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on Fridays, southern Germany broad variety of sweet dishes may be served as a main course, such as Germknödel and Dampfnudel. Potato soup and plum cake are traditional Friday dishes in the Palatinate. Brenntar in Swabia, it is made of roasted flour, usually spelt flour or oat flour. Many Greek and Balkan dishes, such as briam, dolmas (when made without minced meat), fasolada, gemista, vegetable based moussaka and spanakopita. Russian cuisine developed a significant vegetarian tradition in czarist time, based on the example of Leo Tolstoy. The orthodox tradition of separating meat and vegetables and as well between specific meals for fasting and other holidays contributed to a rich variety of vegetarian dishes in Russia and Slavic countries, such as soups (vegetable borscht, shchi, okroshka), pirogi, blini, vareniki, kasha, buckwheat, fermented and pickled vegetables, etc. Many Ethiopian dishes such as injeera or Ethiopian vegetable sauces or chillies. Mideastern food such as falafel, hummus (mashed chick peas), tahini (ground sesame seeds), minted-yogurts, and couscous. Egyptian cuisine in particular is rich in vegetarian foods. For reasons ranging from economics to the religious practices of the Coptic Orthodox Church, most Egyptian dishes rely on beans and vegetables: the national dishes, kushari and ful medames, are entirely vegetarian, as are usually the assorted vegetable casseroles that characterize the typical Egyptian meal. Many dishes in Thai cuisine can be made vegetarian if the main protein element is substituted by a vegetarian alternative such as tofu. This includes dishes such as phat khi mao and, if a vegetarian shrimp paste and fish sauce substitute is used, many Thai curries. Venues serving vegetarian Buddhist cuisine (ahan che; ) can be found all over Thailand. Creole and Southern foods such as hush puppies, okra patties, rice and beans, or sauteed kale or collards, if not cooked with the traditional pork fat or meat stock. Some Welsh recipes, including Glamorgan sausages, laverbread and Welsh rarebit. Desserts and sweets Most desserts, including pies, cobblers, cakes, brownies, cookies, truffles, Rice Krispie treats (from gelatin-free marshmallows or marshmallow fluff), peanut butter treats, pudding, rice pudding, ice cream, crème brulée, etc., are free of meat and fish and are suitable for ovo-lacto vegetarians. Eastern confectionery and desserts, such as halva and Turkish delight, are mostly vegan, while others such as baklava (which often contains butter) are lacto vegetarian. Indian desserts and sweets are mostly vegetarian like peda, barfi, gulab jamun, shrikhand, basundi, kaju katri, rasgulla, cham cham, rajbhog, etc. Indian sweets are mostly made from milk products and are thus lacto vegetarian; dry fruit-based sweets are vegan. Meat analogues Commercial products Commercial products, marketed especially towards vegetarians and labeled as such, are available in most countries worldwide, in varying amounts and quality. As example, in Australia, various vegetarian products are available in most of supermarket chains and a vegetarian shopping guide is provided by Vegetarian/Vegan Society of Queensland. However, the biggest market for commercially vegetarian-labeled foods is India, with official governmental laws regulating the "vegetarian" and "non vegetarian" labels. Health benefits Vegetarian diets are associated with a number of favorable health outcomes in epidemiological studies. In a study supported by a National Institutes of Health grant, dietary patterns were evaluated along with their relationship with metabolic risk factors and metabolic syndromes. A cross-sectional analysis of 773 subjects including 35% vegetarians, 16% semi-vegetarians, and 49% non-vegetarians found that a vegetarian dietary pattern is associated significantly with lower means for all metabolic risk factors except HDL, and a lower risk of metabolic syndromes when compared to non-vegetarian diets. Metabolic risk factors include HDL, triglycerides, glucose, systolic blood pressure, diastolic blood pressure, waist circumference, and body mass index. Metabolic syndromes are a cluster of disorders associated with a heightened risk of diabetes and cardiovascular disease. Adventist Study 2 (AHS-2) compared mean consumption of each food group for vegetarian patterns compared to non-vegetarian patterns. Health benefits can be explained by increase in certain foods, not just the lack of animal products. Vegetarian Cuisine is good for the heart as it comprises high-fiber whole grains, nuts, legumes, raw and fresh fruits and vegetables, and other low glycemic foods. Vegetarian Cuisine reduces the risk of cancer as it is a type of animal-free diet. Vegetarian Cuisine also prevents type-2 diabetes and related complications. It is also noticed that people who do not eat meat have chances of having lower blood pressure. This is because vegetables tend to have less fat percentage, low amount of sodium, which positively affects blood pressure. Fruits have a
contains beef or other non-vegetarian ingredients. Another Korean food which is sometimes vegetarian is jeon, in which ingredients (most commonly vegetables and/or seafood) are coated in a flour and egg batter and then pan-fried in oil. Cuisine of the Mediterranean such as tumbet and many polentas and tapas dishes. Mexican foods such as salsa and guacamole with chips, rice and bean burritos (without lard in the refried beans or chicken fat in the rice), huevos rancheros, veggie burrito, many quesadillas, bean tacos, some chilaquiles and bean-pies, chili sin carne, black beans with rice, some chiles rellenos, cheese enchiladas and vegetable fajitas. Italian foods such as most pastas, many pizzas, bruschetta, caponata, crostini, eggplant parmigiana, Polenta and many risottos. Continental cuisine such as braised leeks with olives and parsley, ratatouille, many quiches, sauteed Brussels sprouts with mushrooms, sauteed Swiss chard, squash and vegetable-stuffed mushrooms. In Germany, Frankfurt green sauce, Klöße with vegetarian sauces (e.g., Chanterelle), cheese or vegetable stuffed Maultaschen, combinations of quark, spinach, potatoes and herbs provide some traditional vegetarian summer dishes. Traditionally on Fridays, southern Germany broad variety of sweet dishes may be served as a main course, such as Germknödel and Dampfnudel. Potato soup and plum cake are traditional Friday dishes in the Palatinate. Brenntar in Swabia, it is made of roasted flour, usually spelt flour or oat flour. Many Greek and Balkan dishes, such as briam, dolmas (when made without minced meat), fasolada, gemista, vegetable based moussaka and spanakopita. Russian cuisine developed a significant vegetarian tradition in czarist time, based on the example of Leo Tolstoy. The orthodox tradition of separating meat and vegetables and as well between specific meals for fasting and other holidays contributed to a rich variety of vegetarian dishes in Russia and Slavic countries, such as soups (vegetable borscht, shchi, okroshka), pirogi, blini, vareniki, kasha, buckwheat, fermented and pickled vegetables, etc. Many Ethiopian dishes such as injeera or Ethiopian vegetable sauces or chillies. Mideastern food such as falafel, hummus (mashed chick peas), tahini (ground sesame seeds), minted-yogurts, and couscous. Egyptian cuisine in particular is rich in vegetarian foods. For reasons ranging from economics to the religious practices of the Coptic Orthodox Church, most Egyptian dishes rely on beans and vegetables: the national dishes, kushari and ful medames, are entirely vegetarian, as are usually the assorted vegetable casseroles that characterize the typical Egyptian meal. Many dishes in Thai cuisine can be made vegetarian if the main protein element is substituted by a vegetarian alternative such as tofu. This includes dishes such as phat khi mao and, if a vegetarian shrimp paste and fish sauce substitute is used, many Thai curries. Venues serving vegetarian Buddhist cuisine (ahan che; ) can be found all over Thailand. Creole and Southern foods such as hush puppies, okra patties, rice and beans, or sauteed kale or collards, if not cooked with the traditional pork fat or meat stock. Some Welsh recipes, including Glamorgan sausages, laverbread and Welsh rarebit. Desserts and sweets Most desserts, including pies, cobblers, cakes, brownies, cookies, truffles, Rice Krispie treats (from gelatin-free marshmallows or marshmallow fluff), peanut butter treats, pudding, rice pudding, ice cream, crème brulée, etc., are free of meat and fish and are suitable for ovo-lacto vegetarians. Eastern confectionery and desserts, such as halva and Turkish delight, are mostly vegan, while others such as baklava (which often contains butter) are lacto vegetarian. Indian desserts and sweets are mostly vegetarian like peda, barfi, gulab jamun, shrikhand, basundi, kaju katri, rasgulla, cham cham, rajbhog, etc. Indian sweets are mostly made from milk products and are thus lacto vegetarian; dry fruit-based sweets are vegan. Meat analogues Commercial products Commercial products, marketed especially towards vegetarians and labeled as such, are available in most countries worldwide, in varying amounts and quality. As example, in Australia, various vegetarian products are available in most of supermarket chains and a vegetarian shopping guide is provided by Vegetarian/Vegan Society of Queensland. However, the biggest market for commercially vegetarian-labeled foods is India, with official governmental laws regulating the "vegetarian" and "non vegetarian" labels. Health benefits Vegetarian diets are associated with a number of favorable health outcomes in epidemiological studies. In a study supported by a National Institutes of Health grant, dietary patterns were evaluated along with their relationship with metabolic risk factors and metabolic syndromes. A cross-sectional analysis of 773 subjects including 35% vegetarians, 16% semi-vegetarians, and 49% non-vegetarians found that a vegetarian dietary pattern is associated significantly with lower means for all metabolic risk factors except HDL, and a lower risk of metabolic syndromes when compared to non-vegetarian diets. Metabolic risk factors include HDL, triglycerides, glucose, systolic blood pressure, diastolic blood pressure, waist circumference, and body mass index. Metabolic syndromes are a cluster of disorders associated with a heightened risk of diabetes and cardiovascular disease. Adventist Study 2 (AHS-2) compared mean consumption of each food group for vegetarian patterns compared to non-vegetarian patterns. Health benefits can be explained by increase in certain foods, not just the lack of animal products. Vegetarian Cuisine is good for the heart as it comprises high-fiber whole grains, nuts, legumes, raw and fresh fruits and vegetables, and other low glycemic foods. Vegetarian Cuisine reduces the risk of cancer as it is a type of animal-free diet. Vegetarian Cuisine also prevents type-2 diabetes and related complications. It is also noticed that people who do not eat meat have chances of having lower blood pressure. This is because vegetables tend to have less fat percentage, low amount of sodium, which positively affects blood pressure. Fruits have a good amount of potassium which helps to keep the blood pressure on the lower side. As evident by the Adventist Study 2 (AHS-2), the vegetarian diet does not always cause health benefits. This is dependent on the specific foods in the vegetarian diet. The National Institute of Health recommends a 1600 calories a day lacto-ovo vegetarian cuisine for the diet.
his neighbours as subjects. In August 1881, his recently widowed cousin, Cornelia "Kee" Vos-Stricker, daughter of his mother's older sister Willemina and Johannes Stricker, arrived for a visit. He was thrilled and took long walks with her. Kee was seven years older than he was and had an eight-year-old son. Van Gogh surprised everyone by declaring his love to her and proposing marriage. She refused with the words "No, nay, never" ("nooit, neen, nimmer"). After Kee returned to Amsterdam, Van Gogh went to The Hague to try to sell paintings and to meet with his second cousin, Anton Mauve. Mauve was the successful artist Van Gogh longed to be. Mauve invited him to return in a few months and suggested he spend the intervening time working in charcoal and pastels; Van Gogh returned to Etten and followed this advice. Late in November 1881, Van Gogh wrote a letter to Johannes Stricker, one which he described to Theo as an attack. Within days he left for Amsterdam. Kee would not meet him, and her parents wrote that his "persistence is disgusting". In despair, he held his left hand in the flame of a lamp, with the words: "Let me see her for as long as I can keep my hand in the flame." He did not recall the event well, but later assumed that his uncle had blown out the flame. Kee's father made it clear that her refusal should be heeded and that the two would not marry, largely because of Van Gogh's inability to support himself. Mauve took Van Gogh on as a student and introduced him to watercolour, which he worked on for the next month before returning home for Christmas. He quarrelled with his father, refusing to attend church, and left for The Hague. In January 1882, Mauve introduced him to painting in oil and lent him money to set up a studio. Within a month Van Gogh and Mauve fell out, possibly over the viability of drawing from plaster casts. Van Gogh could afford to hire only people from the street as models, a practice of which Mauve seems to have disapproved. In June Van Gogh suffered a bout of gonorrhoea and spent three weeks in hospital. Soon after, he first painted in oils, bought with money borrowed from Theo. He liked the medium, and he spread the paint liberally, scraping from the canvas and working back with the brush. He wrote that he was surprised at how good the results were. By March 1882, Mauve appeared to have gone cold towards Van Gogh, and he stopped replying to his letters. He had learned of Van Gogh's new domestic arrangement with an alcoholic prostitute, Clasina Maria "Sien" Hoornik (1850–1904), and her young daughter. Van Gogh had met Sien towards the end of January 1882, when she had a five-year-old daughter and was pregnant. She had previously borne two children who died, but Van Gogh was unaware of this. On 2 July, she gave birth to a baby boy, Willem. When Van Gogh's father discovered the details of their relationship, he put pressure on his son to abandon Sien and her two children. Vincent at first defied him, and considered moving the family out of the city, but in late 1883, he left Sien and the children. Poverty may have pushed Sien back into prostitution; the home became less happy and Van Gogh may have felt family life was irreconcilable with his artistic development. Sien gave her daughter to her mother and baby Willem to her brother. Willem remembered visiting Rotterdam when he was about 12, when an uncle tried to persuade Sien to marry to legitimise the child. He believed Van Gogh was his father, but the timing of his birth makes this unlikely. Sien drowned herself in the River Scheldt in 1904. In September 1883, Van Gogh moved to Drenthe in the northern Netherlands. In December, driven by loneliness, he went to live with his parents, then in Nuenen, North Brabant. Emerging artist Nuenen and Antwerp (1883–1886) In Nuenen, Van Gogh focused on painting and drawing. Working outside and very quickly, he completed sketches and paintings of weavers and their cottages. Van Gogh also completed The Parsonage Garden at Nuenen, which was stolen from the Singer Laren in March 2020. From August 1884, Margot Begemann, a neighbour's daughter ten years his senior, joined him on his forays; she fell in love and he reciprocated, though less enthusiastically. They wanted to marry, but neither side of their families were in favour. Margot was distraught and took an overdose of strychnine, but survived after Van Gogh rushed her to a nearby hospital. On 26 March 1885, his father died of a heart attack. Van Gogh painted several groups of still lifes in 1885. During his two-year stay in Nuenen, he completed numerous drawings and watercolours and nearly 200 oil paintings. His palette consisted mainly of sombre earth tones, particularly dark brown, and showed no sign of the vivid colours that distinguished his later work. There was interest from a dealer in Paris early in 1885. Theo asked Vincent if he had paintings ready to exhibit. In May, Van Gogh responded with his first major work, The Potato Eaters, and a series of "peasant character studies" which were the culmination of several years of work. When he complained that Theo was not making enough effort to sell his paintings in Paris, his brother responded that they were too dark and not in keeping with the bright style of Impressionism. In August his work was publicly exhibited for the first time, in the shop windows of the dealer Leurs in The Hague. One of his young peasant sitters became pregnant in September 1885; Van Gogh was accused of forcing himself upon her, and the village priest forbade parishioners to model for him. He moved to Antwerp that November and rented a room above a paint dealer's shop in the rue des Images (Lange Beeldekensstraat). He lived in poverty and ate poorly, preferring to spend the money Theo sent on painting materials and models. Bread, coffee and tobacco became his staple diet. In February 1886, he wrote to Theo that he could only remember eating six hot meals since the previous May. His teeth became loose and painful. In Antwerp he applied himself to the study of colour theory and spent time in museumsparticularly studying the work of Peter Paul Rubensand broadened his palette to include carmine, cobalt blue and emerald green. Van Gogh bought Japanese ukiyo-e woodcuts in the docklands, later incorporating elements of their style into the background of some of his paintings. He was drinking heavily again, and was hospitalised between February and March 1886, when he was possibly also treated for syphilis. After his recovery, despite his antipathy towards academic teaching, he took the higher-level admission exams at the Academy of Fine Arts in Antwerp and, in January 1886, matriculated in painting and drawing. He became ill and run down by overwork, poor diet and excessive smoking. He started to attend drawing classes after plaster models at the Antwerp Academy on 18 January 1886. He quickly got into trouble with Charles Verlat, the director of the academy and teacher of a painting class, because of his unconventional painting style. Van Gogh had also clashed with the instructor of the drawing class Franz Vinck. Van Gogh finally started to attend the drawing classes after antique plaster models given by Eugène Siberdt. Soon Siberdt and Van Gogh came into conflict when the latter did not comply with Siberdt's requirement that drawings express the contour and concentrate on the line. When Van Gogh was required to draw the Venus of Milo during a drawing class, he produced the limbless, naked torso of a Flemish peasant woman. Siberdt regarded this as defiance against his artistic guidance and made corrections to Van Gogh's drawing with his crayon so vigorously that he tore the paper. Van Gogh then flew into a violent rage and shouted at Siberdt: 'You clearly do not know what a young woman is like, God damn it! A woman must have hips, buttocks, a pelvis in which she can carry a baby!' According to some accounts, this was the last time Van Gogh attended classes at the academy and he left later for Paris. On 31 March 1886, which was about a month after the confrontation with Siberdt, the teachers of the academy decided that 17 students, including Van Gogh, had to repeat a year. The story that Van Gogh was expelled from the academy by Siberdt is therefore unfounded. Paris (1886–1888) Van Gogh moved to Paris in March 1886 where he shared Theo's rue Laval apartment in Montmartre and studied at Fernand Cormon's studio. In June the brothers took a larger flat at 54 rue Lepic. In Paris, Vincent painted portraits of friends and acquaintances, still life paintings, views of Le Moulin de la Galette, scenes in Montmartre, Asnières and along the Seine. In 1885 in Antwerp he had become interested in Japanese ukiyo-e woodblock prints and had used them to decorate the walls of his studio; while in Paris he collected hundreds of them. He tried his hand at Japonaiserie, tracing a figure from a reproduction on the cover of the magazine Paris Illustre, The Courtesan or Oiran (1887), after Keisai Eisen, which he then graphically enlarged in a painting. After seeing the portrait of Adolphe Monticelli at the Galerie Delareybarette, Van Gogh adopted a brighter palette and a bolder attack, particularly in paintings such as his Seascape at Saintes-Maries (1888). Two years later, Vincent and Theo paid for the publication of a book on Monticelli paintings, and Vincent bought some of Monticelli's works to add to his collection. Van Gogh learned about Fernand Cormon's atelier from Theo. He worked at the studio in April and May 1886, where he frequented the circle of the Australian artist John Peter Russell, who painted his portrait in 1886. Van Gogh also met fellow students Émile Bernard, Louis Anquetin and Henri de Toulouse-Lautrec – who painted a portrait of him in pastel. They met at Julien "Père" Tanguy's paint shop, (which was, at that time, the only place where Paul Cézanne's paintings were displayed). In 1886, two large exhibitions were staged there, showing Pointillism and Neo-impressionism for the first time and bringing attention to Georges Seurat and Paul Signac. Theo kept a stock of Impressionist paintings in his gallery on boulevard Montmartre, but Van Gogh was slow to acknowledge the new developments in art. Conflicts arose between the brothers. At the end of 1886 Theo found living with Vincent to be "almost unbearable". By early 1887, they were again at peace, and Vincent had moved to Asnières, a northwestern suburb of Paris, where he got to know Signac. He adopted elements of Pointillism, a technique in which a multitude of small coloured dots are applied to the canvas so that when seen from a distance they create an optical blend of hues. The style stresses the ability of complementary colours – including blue and orange – to form vibrant contrasts. While in Asnières Van Gogh painted parks, restaurants and the Seine, including Bridges across the Seine at Asnières. In November 1887, Theo and Vincent befriended Paul Gauguin who had just arrived in Paris. Towards the end of the year, Vincent arranged an exhibition alongside Bernard, Anquetin, and probably Toulouse-Lautrec, at the Grand-Bouillon Restaurant du Chalet, 43 avenue de Clichy, Montmartre. In a contemporary account, Bernard wrote that the exhibition was ahead of anything else in Paris. There, Bernard and Anquetin sold their first paintings, and Van Gogh exchanged work with Gauguin. Discussions on art, artists, and their social situations started during this exhibition, continued and expanded to include visitors to the show, like Camille Pissarro and his son Lucien, Signac and Seurat. In February 1888, feeling worn out from life in Paris, Van Gogh left, having painted more than 200 paintings during his two years there. Hours before his departure, accompanied by Theo, he paid his first and only visit to Seurat in his studio. Artistic breakthrough Arles (1888–89) Ill from drink and suffering from smoker's cough, in February 1888 Van Gogh sought refuge in Arles. He seems to have moved with thoughts of founding an art colony. The Danish artist Christian Mourier-Petersen became his companion for two months, and, at first, Arles appeared exotic. In a letter, he described it as a foreign country: "The Zouaves, the brothels, the adorable little Arlésienne going to her First Communion, the priest in his surplice, who looks like a dangerous rhinoceros, the people drinking absinthe, all seem to me creatures from another world." The time in Arles became one of Van Gogh's more prolific periods: he completed 200 paintings and more than 100 drawings and watercolours. He was enchanted by the local countryside and light; his works from this period are rich in yellow, ultramarine and mauve. They include harvests, wheat fields and general rural landmarks from the area, including The Old Mill (1888), one of seven canvases sent to Pont-Aven on 4 October 1888 in an exchange of works with Paul Gauguin, Émile Bernard, Charles Laval and others. The portrayals of Arles are informed by his Dutch upbringing; the patchworks of fields and avenues are flat and lacking perspective, but excel in their use of colour. In March 1888 he painted landscapes using a gridded "perspective frame"; three of the works were shown at the annual exhibition of the Société des Artistes Indépendants. In April, he was visited by the American artist Dodge MacKnight, who was living nearby at Fontvieille. On 1 May 1888, for 15 francs per month, he signed a lease for the eastern wing of the Yellow House at 2 place Lamartine. The rooms were unfurnished and had been uninhabited for months. On 7 May, Van Gogh moved from the Hôtel Carrel to the Café de la Gare, having befriended the proprietors, Joseph and Marie Ginoux. The Yellow House had to be furnished before he could fully move in, but he was able to use it as a studio. He wanted a gallery to display his work and started a series of paintings that eventually included Van Gogh's Chair (1888), Bedroom in Arles (1888), The Night Café (1888), Café Terrace at Night (September 1888), Starry Night Over the Rhone (1888), and Still Life: Vase with Twelve Sunflowers (1888), all intended for the decoration for the Yellow House. Van Gogh wrote that with The Night Café he tried "to express the idea that the café is a place where one can ruin oneself, go mad, or commit a crime". When he visited Saintes-Maries-de-la-Mer in June, he gave lessons to a Zouave second lieutenant – Paul-Eugène Milliet – and painted boats on the sea and the village. MacKnight introduced Van Gogh to Eugène Boch, a Belgian painter who sometimes stayed in Fontvieille, and the two exchanged visits in July. Gauguin's visit (1888) When Gauguin agreed to visit Arles in 1888, Van Gogh hoped for friendship and the realisation of his idea of an artists' collective. While waiting, in August he painted Sunflowers. When Boch visited again, Van Gogh painted a portrait of him, as well as the study The Poet Against a Starry Sky. In preparation for Gauguin's visit, Van Gogh bought two beds on advice from the station's postal supervisor Joseph Roulin, whose portrait he painted. On 17 September, he spent his first night in the still sparsely furnished Yellow House. When Gauguin consented to work and live in Arles with him, Van Gogh started to work on the Décoration for the Yellow House, probably the most ambitious effort he ever undertook. He completed two chair paintings: Van Gogh's Chair and Gauguin's Chair. After much pleading from Van Gogh, Gauguin arrived in Arles on 23 October and, in November, the two painted together. Gauguin depicted Van Gogh in his The Painter of Sunflowers; Van Gogh painted pictures from memory, following Gauguin's suggestion. Among these "imaginative" paintings is Memory of the Garden at Etten. Their first joint outdoor venture was at the Alyscamps, when they produced the pendants Les Alyscamps. The single painting Gauguin completed during his visit was his portrait of Van Gogh. Van Gogh and Gauguin visited Montpellier in December 1888, where they saw works by Courbet and Delacroix in the Musée Fabre. Their relationship began to deteriorate; Van Gogh admired Gauguin and wanted to be treated as his equal, but Gauguin was arrogant and domineering, which frustrated Van Gogh. They often quarrelled; Van Gogh increasingly feared that Gauguin was going to desert him, and the situation, which Van Gogh described as one of "excessive tension", rapidly headed towards crisis point. Hospital in Arles (December 1888) The exact sequence of events which led to Van Gogh's mutilation of his ear is not known. Gauguin stated, 15 years later, that the night followed several instances of physically threatening behaviour. Their relationship was complex, and Theo may have owed money to Gauguin, who was suspicious that the brothers were exploiting him financially. It seems likely that Van Gogh had realised that Gauguin was planning to leave. The following days saw heavy rain, leading to the two men being shut in the Yellow House. Gauguin reported that Van Gogh followed when Gauguin left the house for a walk, and "rushed towards me, an open razor in his hand." This account is uncorroborated; Gauguin was almost certainly absent from the Yellow House that night, most likely in a hotel. After the altercation with Gauguin, in the evening of 23 December 1888 Van Gogh returned to his room, where he was assaulted by voices and severed his left ear with a razor (either wholly or in part; accounts differ), causing severe bleeding. He bandaged the wound, wrapped the ear in paper, and delivered the package to a woman at a brothel Van Gogh and Gauguin both frequented. Van Gogh was found unconscious the next morning by a policeman and taken to hospital, where Félix Rey, a young doctor still in training, treated him. The ear was delivered to the hospital, but Rey did not attempt to reattach it as too much time had passed. Van Gogh researcher and art historian Bernadette Murphy discovered the true identity of the woman named Gabrielle, who died in Arles at age 80 in 1952, and whose descendants still live just outside Arles. Gabrielle, known in her youth as "Gaby," was a 17-year-old cleaning girl at the brothel and other local establishments at the time Van Gogh presented her with his ear. Van Gogh had no recollection of the event, suggesting that he may have suffered an acute mental breakdown. The hospital diagnosis was "acute mania with generalised delirium", and within a few days, the local police ordered that he be placed in hospital care. Gauguin immediately notified Theo, who, on 24 December, had proposed marriage to his old friend Andries Bonger's sister Johanna. That evening, Theo rushed to the station to board a night train to Arles. He arrived on Christmas Day and comforted Vincent, who seemed to be semi-lucid. That evening, he left Arles for the return trip to Paris. During the first days of his treatment, Van Gogh repeatedly and unsuccessfully asked for Gauguin, who asked a policeman attending the case to "be kind enough, Monsieur, to awaken this man with great care, and if he asks for me tell him I have left for Paris; the sight of me might prove fatal for him." Gauguin fled Arles, never to see Van Gogh again. They continued to correspond, and in 1890, Gauguin proposed they form a studio in Antwerp. Meanwhile, other visitors to the hospital included Marie Ginoux and Roulin. Despite a pessimistic diagnosis, Van Gogh recovered and returned to the Yellow House on 7 January 1889. He spent the following month between hospital and home, suffering from hallucinations and delusions of poisoning. In March, the police closed his house after a petition by 30 townspeople (including the Ginoux family) who described him as "le fou roux" (the redheaded madman); Van Gogh returned to hospital. Paul Signac visited him twice in March; in April Van Gogh moved into rooms owned by Dr Rey after floods damaged paintings in his own home. Two months later, he left Arles and voluntarily entered an asylum in Saint-Rémy-de-Provence. Around this time, he wrote, "Sometimes moods of indescribable anguish, sometimes moments when the veil of time and fatality of circumstances seemed to be torn apart for an instant." Van Gogh gave his 1889 Portrait of Doctor Félix Rey to Dr Rey. The physician was not fond of the painting and used it to repair a chicken coop, then gave it away. In 2016, the portrait was housed at the Pushkin Museum of Fine Arts and estimated to be worth over $50 million. Saint-Rémy (May 1889 – May 1890) Van Gogh entered the Saint-Paul-de-Mausole asylum on 8 May 1889, accompanied by his caregiver, Frédéric Salles, a Protestant clergyman. Saint-Paul was a former monastery in Saint-Rémy, located less than from Arles, and it was run by a former naval doctor, Théophile Peyron. Van Gogh had two cells with barred windows, one of which he used as a studio. The clinic and its garden became the main subjects of his paintings. He made several studies of the hospital's interiors, such as Vestibule of the Asylum and Saint-Rémy (September 1889), and its gardens, such as Lilacs (May 1889). Some of his works from this time are characterised by swirls, such as The Starry Night. He was allowed short supervised walks, during which time he painted cypresses and olive trees, including Valley with Ploughman Seen from Above, Olive Trees with the Alpilles in the Background 1889, Cypresses 1889, Cornfield with Cypresses (1889), Country road in Provence by Night (1890). In September 1889, he produced two further versions of Bedroom in Arles. Limited access to life outside the clinic resulted in a shortage of subject matter. Van Gogh instead worked on interpretations of other artist's paintings, such as Millet's The Sower and Noonday Rest, and variations on his own earlier work. Van Gogh was an admirer of the Realism of Jules Breton, Gustave Courbet and Millet, and he compared his copies to a musician's interpreting Beethoven. His Prisoners' Round (after Gustave Doré) (1890) was painted after an engraving by Gustave Doré (1832–1883). Tralbaut suggests that the face of the prisoner in the centre of the painting looking towards the viewer is Van Gogh himself; Jan Hulsker discounts this. Between February and April 1890, Van Gogh suffered a severe relapse. Depressed and unable to bring himself to write, he was still able to paint and draw a little during this time, and he later wrote to Theo that he had made a few small canvases "from memory ... reminisces of the North". Among these was Two Peasant Women Digging in a Snow-Covered Field at Sunset. Hulsker believes that this small group of paintings formed the nucleus of many drawings and study sheets depicting landscapes and figures that Van Gogh worked on during this time. He comments that this short period was the only time that Van Gogh's illness had a significant effect on his work. Van Gogh asked his mother and his brother to send him drawings and rough work he had done in the early 1880s so he could work on new paintings from his old sketches. Belonging to this period is Sorrowing Old Man ("At Eternity's Gate"), a colour study Hulsker describes as "another unmistakable remembrance of times long past". His late paintings show an artist at the height of his abilities, according to the art critic Robert Hughes, "longing for concision and grace". After the birth of his nephew, Van Gogh wrote, "I started right away to
Rest, and variations on his own earlier work. Van Gogh was an admirer of the Realism of Jules Breton, Gustave Courbet and Millet, and he compared his copies to a musician's interpreting Beethoven. His Prisoners' Round (after Gustave Doré) (1890) was painted after an engraving by Gustave Doré (1832–1883). Tralbaut suggests that the face of the prisoner in the centre of the painting looking towards the viewer is Van Gogh himself; Jan Hulsker discounts this. Between February and April 1890, Van Gogh suffered a severe relapse. Depressed and unable to bring himself to write, he was still able to paint and draw a little during this time, and he later wrote to Theo that he had made a few small canvases "from memory ... reminisces of the North". Among these was Two Peasant Women Digging in a Snow-Covered Field at Sunset. Hulsker believes that this small group of paintings formed the nucleus of many drawings and study sheets depicting landscapes and figures that Van Gogh worked on during this time. He comments that this short period was the only time that Van Gogh's illness had a significant effect on his work. Van Gogh asked his mother and his brother to send him drawings and rough work he had done in the early 1880s so he could work on new paintings from his old sketches. Belonging to this period is Sorrowing Old Man ("At Eternity's Gate"), a colour study Hulsker describes as "another unmistakable remembrance of times long past". His late paintings show an artist at the height of his abilities, according to the art critic Robert Hughes, "longing for concision and grace". After the birth of his nephew, Van Gogh wrote, "I started right away to make a picture for him, to hang in their bedroom, branches of white almond blossom against a blue sky." 1890 Exhibitions and recognition See also Vincent van Gogh's display at Les XX, 1890 Albert Aurier praised his work in the Mercure de France in January 1890 and described him as "a genius". In February, Van Gogh painted five versions of L'Arlésienne (Madame Ginoux), based on a charcoal sketch Gauguin had produced when she sat for both artists in November 1888. Also in February, Van Gogh was invited by Les XX, a society of avant-garde painters in Brussels, to participate in their annual exhibition. At the opening dinner a Les XX member, Henry de Groux, insulted Van Gogh's work. Toulouse-Lautrec demanded satisfaction, and Signac declared he would continue to fight for Van Gogh's honour if Lautrec surrendered. De Groux apologised for the slight and left the group. From 20 March to 27 April 1890, Van Gogh was included in the sixth exhibition of the Société des Artistes Indépendants in the Pavillon de la Ville de Paris on the Champs-Elysées. Van Gogh exhibited ten paintings. Eight of these can be identified as Cypresses (F 613 / JH 1746 ), Road menders (‘The tall plane trees’) (F 657 / JH 1860 ), Ravine (F 662 / JH 1804 ), Avenue of chestnut trees in blossom (F 517 / JH 1689 ), Mulberry tree (F 637 / JH 1796 ), Trees with ivy in the garden of the asylum (F 609 / JH 1693 ), Wheatfield at sunrise (F 737 / JH 1862 ). ‘Les Tournesols’ is either Sunflowers in a vase (F 454 / JH 1562 ) or Sunflowers in a vase (F 456 / JH 1561 ) Wheatfield after a storm (F 611 / JH 1723 ) and Olive grove (F 586 / JH 1854 ). While Van Gogh's exhibit was on display with the Artistes Indépendants in Paris, Claude Monet said that his work was the best in the show. Auvers-sur-Oise (May–July 1890) In May 1890, Van Gogh left the clinic in Saint-Rémy to move nearer to both Dr Paul Gachet in the Paris suburb of Auvers-sur-Oise and to Theo. Gachet was an amateur painter and had treated several other artists – Camille Pissarro had recommended him. Van Gogh's first impression was that Gachet was "iller than I am, it seemed to me, or let's say just as much." The painter Charles Daubigny moved to Auvers in 1861 and in turn drew other artists there, including Camille Corot and Honoré Daumier. In July 1890, Van Gogh completed two paintings of Daubigny's Garden, one of which is likely his final work. During his last weeks at Saint-Rémy, his thoughts returned to "memories of the North", and several of the approximately 70 oils, painted during as many days in Auvers-sur-Oise, are reminiscent of northern scenes. In June 1890, he painted several portraits of his doctor, including Portrait of Dr Gachet, and his only etching. In each the emphasis is on Gachet's melancholic disposition. There are other paintings which are probably unfinished, including Thatched Cottages by a Hill. In July, Van Gogh wrote that he had become absorbed "in the immense plain against the hills, boundless as the sea, delicate yellow". He had first become captivated by the fields in May, when the wheat was young and green. In July, he described to Theo "vast fields of wheat under turbulent skies". He wrote that they represented his "sadness and extreme loneliness" and that the "canvases will tell you what I cannot say in words, that is, how healthy and invigorating I find the countryside". Wheatfield with Crows, although not his last oil work, is from July 1890 and Hulsker discusses it as being associated with "melancholy and extreme loneliness". Hulsker identifies seven oil paintings from Auvers that follow the completion of Wheatfield with Crows. Research published in 2020 by senior researchers at the museum Louis van Tilborgh and Teio Meedendorp, reviewing findings of Wouter van der Veen, the scientific director of the Institut Van Gogh, concluded that it was "highly plausible" that the exact location where Van Gogh's final work Tree Roots was some from the Auberge Ravoux inn where he was staying, where a stand of trees with a tangle of gnarled roots grew on a hillside. These trees with gnarled roots are shown in a postcard from 1900 to 1910. Mr Van der Veen believes Van Gogh may have been working on the painting just hours before his death. Death On 27 July 1890, aged 37, Van Gogh is believed to have shot himself in the chest with a 7mm Lefaucheux pinfire revolver. There were no witnesses and he died 30 hours after the incident. The shooting may have taken place in the wheat field in which he had been painting, or a local barn. The bullet was deflected by a rib and passed through his chest without doing apparent damage to internal organs – probably stopped by his spine. He was able to walk back to the Auberge Ravoux, where he was attended to by two doctors, but without a surgeon present the bullet could not be removed. The doctors tended to him as well as they could, then left him alone in his room, smoking his pipe. The following morning, Theo rushed to his brother's side, finding him in good spirits. But within hours Vincent's health began to fail, suffering from an untreated infection resulting from the wound. He died in the early hours of 29 July. According to Theo, Vincent's last words were: "The sadness will last forever". Van Gogh was buried on 30 July, in the municipal cemetery of Auvers-sur-Oise. The funeral was attended by Theo van Gogh, Andries Bonger, Charles Laval, Lucien Pissarro, Émile Bernard, Julien Tanguy and Paul Gachet, among twenty family members, friends and locals. Theo had been ill, and his health began to decline further after his brother's death. Weak and unable to come to terms with Vincent's absence, he died on 25 January 1891 at Den Dolder and was buried in Utrecht. In 1914, Johanna van Gogh-Bonger had Theo's body exhumed and moved from Utrecht to be re-buried alongside Vincent's at Auvers-sur-Oise. There have been numerous debates as to the nature of Van Gogh's illness and its effect on his work, and many retrospective diagnoses have been proposed. The consensus is that Van Gogh had an episodic condition with periods of normal functioning. Perry was the first to suggest bipolar disorder in 1947, and this has been supported by the psychiatrists Hemphill and Blumer. Biochemist Wilfred Arnold has countered that the symptoms are more consistent with acute intermittent porphyria, noting that the popular link between bipolar disorder and creativity might be spurious. Temporal lobe epilepsy with bouts of depression has also been suggested. Whatever the diagnosis, his condition was likely worsened by malnutrition, overwork, insomnia and alcohol. The gun Van Gogh was reputed to have used was rediscovered in 1965 and was auctioned, on 19 June 2019, as "the most famous weapon in art history". The gun sold for €162,500 (£144,000; $182,000), almost three times more than expected. Style and works Artistic development Van Gogh drew, and painted with watercolours while at school, but only a few examples survive and the authorship of some has been challenged. When he took up art as an adult, he began at an elementary level. In early 1882, his uncle, Cornelis Marinus, owner of a well-known gallery of contemporary art in Amsterdam, asked for drawings of The Hague. Van Gogh's work did not live up to expectations. Marinus offered a second commission, specifying the subject matter in detail, but was again disappointed with the result. Van Gogh persevered; he experimented with lighting in his studio using variable shutters and different drawing materials. For more than a year he worked on single figures – highly elaborate studies in black and white, which at the time gained him only criticism. Later, they were recognised as early masterpieces. In August 1882 Theo gave Vincent money to buy materials for working en plein air. Vincent wrote that he could now "go on painting with new vigour". From early 1883 he worked on multi-figure compositions. He had some of them photographed, but when his brother remarked that they lacked liveliness and freshness, he destroyed them and turned to oil painting. Van Gogh turned to well-known Hague School artists like Weissenbruch and Blommers, and he received technical advice from them as well as from painters like De Bock and Van der Weele, both of the Hague School's second generation. When he moved to Nuenen after the period in Drenthe he began several large paintings but destroyed most of them. The Potato Eaters and its companion pieces are the only ones to have survived. Following a visit to the Rijksmuseum, Van Gogh wrote of his admiration for the quick, economical brushwork of the Dutch Masters, especially Rembrandt and Frans Hals. He was aware that many of his faults were due to lack of experience and technical expertise, so in November 1885 he travelled to Antwerp and later Paris to learn and develop his skills. Theo criticised The Potato Eaters for its dark palette, which he thought unsuitable for a modern style. During Van Gogh's stay in Paris between 1886 and 1887, he tried to master a new, lighter palette. His Portrait of Père Tanguy (1887) shows his success with the brighter palette and is evidence of an evolving personal style. Charles Blanc's treatise on colour interested him greatly and led him to work with complementary colours. Van Gogh came to believe that the effect of colour went beyond the descriptive; he said that "colour expresses something in itself". According to Hughes, Van Gogh perceived colour as having a "psychological and moral weight", as exemplified in the garish reds and greens of The Night Café, a work he wanted to "express the terrible passions of humanity". Yellow meant the most to him, because it symbolised emotional truth. He used yellow as a symbol for sunlight, life, and God. Van Gogh strove to be a painter of rural life and nature, and during his first summer in Arles he used his new palette to paint landscapes and traditional rural life. His belief that a power existed behind the natural led him to try to capture a sense of that power, or the essence of nature in his art, sometimes through the use of symbols. His renditions of the sower, at first copied from Jean-François Millet, reflect Van Gogh's religious beliefs: the sower as Christ sowing life beneath the hot sun. These were themes and motifs he returned to often to rework and develop. His paintings of flowers are filled with symbolism, but rather than use traditional Christian iconography he made up his own, where life is lived under the sun and work is an allegory of life. In Arles, having gained confidence after painting spring blossoms and learning to capture bright sunlight, he was ready to paint The Sower. Van Gogh stayed within what he called the "guise of reality", and was critical of overly stylised works. He wrote afterwards that the abstraction of Starry Night had gone too far and that reality had "receded too far in the background". Hughes describes it as a moment of extreme visionary ecstasy: the stars are in a great whirl, reminiscent of Hokusai's Great Wave, the movement in the heaven above is reflected by the movement of the cypress on the earth below, and the painter's vision is "translated into a thick, emphatic plasma of paint". Between 1885 and his death in 1890, Van Gogh appears to have been building an oeuvre, a collection that reflected his personal vision and could be commercially successful. He was influenced by Blanc's definition of style, that a true painting required optimal use of colour, perspective and brushstrokes. Van Gogh applied the word "purposeful" to paintings he thought he had mastered, as opposed to those he thought of as studies. He painted many series of studies; most of which were still lifes, many executed as colour experiments or as gifts to friends. The work in Arles contributed considerably to his oeuvre: those he thought the most important from that time were The Sower, Night Cafe, Memory of the Garden in Etten and Starry Night. With their broad brushstrokes, inventive perspectives, colours, contours and designs, these paintings represent the style he sought. Major series Van Gogh's stylistic developments are usually linked to the periods he spent living in different places across Europe. He was inclined to immerse himself in local cultures and lighting conditions, although he maintained a highly individual visual outlook throughout. His evolution as an artist was slow, and he was aware of his painterly limitations. He moved home often, perhaps to expose himself to new visual stimuli, and through exposure develop his technical skill. Art historian Melissa McQuillan believes the moves also reflect later stylistic changes, and that Van Gogh used the moves to avoid conflict, and as a coping mechanism for when the idealistic artist was faced with the realities of his then current situation. Portraits The portraits gave Van Gogh his best opportunity to earn. He believed they were "the only thing in painting that moves me deeply and that gives me a sense of the infinite." He wrote to his sister that he wished to paint portraits that would endure, and that he would use colour to capture their emotions and character rather than aiming for photographic realism. Those closest to Van Gogh are mostly absent from his portraits; he rarely painted Theo, Van Rappard or Bernard. The portraits of his mother were from photographs. In December 1888 he painted La Berceuse – a figure that he thought as good as his sunflowers. It has a limited palette, varied brushstrokes and simple contours. It appears to be a culmination of portraits of the Roulin family completed in Arles between November and December. The portraits show a shift in style from the fluid, restrained brushstrokes and even surface of Portrait of the Postman to the frenetic style, rough surface, broad brushstrokes and use of a palette knife in Madame Roulin with Baby. Self-portraits Van Gogh created more than 43 self-portraits between 1885 and 1889. They were usually completed in series, such as those painted in Paris in mid-1887, and continued until shortly before his death. Generally the portraits were studies, created during introspective periods when he was reluctant to mix with others, or when he lacked models, and so painted himself. The self-portraits reflect an unusually high degree of self-scrutiny. Often they were intended to mark important periods in his life; for example, the mid-1887 Paris series were painted at the point where he became aware of Claude Monet, Paul Cézanne and Signac. In Self-Portrait with Grey Felt Hat, heavy strains of paint spread outwards across the canvas. It is one of his most renowned self-portraits of that period, "with its highly organized rhythmic brushstrokes, and the novel halo derived from the Neo-impressionist repertoire was what Van Gogh himself called a 'purposeful' canvas". They contain a wide array of physiognomical representations. Van Gogh's mental and physical condition is usually apparent; he may appear unkempt, unshaven or with a neglected beard, with deeply sunken eyes, a weak jaw, or having lost teeth. Some show him with full lips, a long face or prominent skull, or sharpened, alert features. His hair may be the usual red, or at times ash coloured. Van Gogh's gaze is seldom directed at the viewer. The portraits vary in intensity and colour, and in those painted after December 1888 especially, the vivid colours highlight the haggard pallor of his skin. Some depict the artist with a beard, others without. He can be seen with bandages in portraits executed just after he mutilated his ear. In only a few does he depict himself as a painter. Those painted in Saint-Rémy show the head from the right, the side opposite his damaged ear, as he painted himself reflected in his mirror. Flowers Van Gogh painted several landscapes with flowers, including roses, lilacs, irises, and sunflowers. Some reflect his interests in the language of colour, and also in Japanese ukiyo-e. There are two series of dying sunflowers. The first was painted in Paris in 1887 and shows flowers lying on the ground. The second set was completed a year later in Arles and is of bouquets in a vase positioned in early morning light. Both are built from thickly layered paintwork, which, according to the London National Gallery, evoke the "texture of the seed-heads". In these series, Van Gogh was not preoccupied by his usual interest in filling his paintings with subjectivity and emotion; rather, the two series are intended to display his technical skill and working methods to Gauguin, who was about to visit. The 1888 paintings were created during a rare period of optimism for the artist. Vincent wrote to Theo in August 1888: "I'm painting with the gusto of a Marseillais eating bouillabaisse, which won't surprise you when it's a question of painting large sunflowers ... If I carry out this plan there'll be a dozen or so panels. The whole thing will therefore be a symphony in blue and yellow. I work on it all these mornings, from sunrise. Because the flowers wilt quickly and it's a matter of doing the whole thing in one go." The sunflowers were painted to decorate the walls in anticipation of Gauguin's visit, and Van Gogh placed individual works around the Yellow House's guest room in Arles. Gauguin was deeply impressed and later acquired two of the Paris versions. After Gauguin's departure, Van Gogh imagined the two major versions of the sunflowers as wings of the Berceuse Triptych, and included them in his Les XX in Brussels exhibit. Today the major pieces of the series are among his best known, celebrated for the sickly connotations of the colour yellow and its tie-in with the Yellow House, the expressionism of the brush strokes, and their contrast against often dark backgrounds. Cypresses and olives Fifteen canvases depict cypresses, a tree he became fascinated with in Arles. He brought life to the trees, which were traditionally seen as emblematic of death. The series of cypresses he began in Arles featured the trees in the distance, as windbreaks in fields; when he was at Saint-Rémy he brought them to the foreground. Vincent wrote to Theo in May 1889: "Cypresses still preoccupy me, I should like to do something with them like my canvases of sunflowers"; he went on to say, "They are beautiful in line and proportion like an Egyptian obelisk." In mid-1889, and at his sister Wil's request, Van Gogh painted several smaller versions of Wheat Field with Cypresses. The works are characterised by swirls and densely painted impasto, and include The Starry Night, in which cypresses dominate the foreground. In addition to this, other notable works on cypresses include Cypresses (1889), Cypresses with Two Figures (1889–90), and Road with Cypress and Star (1890). During the last six or seven months of the year 1889, he had also created at least fifteen paintings of olive trees, a subject which he considered as demanding and compelling. Among these works are Olive Trees with the Alpilles in the Background (1889), about which in a letter to his brother Van Gogh wrote, "At last I have a landscape with olives". While in Saint-Rémy, Van Gogh spent time outside the asylum, where he painted trees in the olive groves. In these works, natural life is rendered as gnarled and arthritic as if a personification of the natural world, which are, according to Hughes, filled with "a continuous field of energy of which nature is a manifestation". Orchards The Flowering Orchards (also the Orchards in Blossom) are among the first groups of work completed after Van Gogh's arrival in Arles in February 1888. The 14 paintings are optimistic, joyous and visually expressive of the burgeoning spring. They are delicately sensitive and unpopulated. He painted swiftly, and although he brought to this series a version of Impressionism, a strong sense of personal style began to emerge during this period. The transience of the blossoming trees, and the passing of the season, seemed to align with his sense of impermanence and belief in a new beginning in Arles. During the blossoming of the trees that spring, he found "a world of motifs that could not have been more Japanese". Vincent wrote to Theo on 21 April 1888 that he had 10 orchards and "one big [painting] of a cherry tree, which I've spoiled". During this period Van Gogh mastered the use of light by subjugating shadows and painting the trees as if they are the source of light – almost in a sacred manner. Early the following year he painted another smaller group of orchards, including View of Arles, Flowering Orchards. Van Gogh was enthralled by the landscape and vegetation of the south of France, and often visited the farm gardens near Arles. In the vivid light of the Mediterranean climate his palette significantly brightened. Wheat fields Van Gogh made several painting excursions during visits to the landscape around Arles. He made paintings of harvests, wheat fields and other rural landmarks of the area, including The Old Mill (1888); a good example of a picturesque structure bordering the wheat fields beyond. At various points, Van Gogh painted the view from his window – at The Hague, Antwerp, and Paris. These works culminated in The Wheat Field series, which depicted the view from his cells in the asylum at Saint-Rémy. Many of the late paintings are sombre but essentially optimistic and, right up to the time of Van Gogh's death, reflect his desire to return to lucid mental health. Yet some of his final works reflect his deepening concerns. Writing in July 1890, from Auvers, Van Gogh said that he had become absorbed "in the immense plain against the hills, boundless as the sea, delicate yellow". Van Gogh was captivated by the fields in May when the wheat
the following environmental properties: air humidity - dry air is thought to increase the stress experienced in the vocal folds, however, this has not been proven hydration - dehydration may increase effects of stress inflicted on the vocal folds background noise - people tend to speak louder when background noise is present, even when it isn't necessary. Increasing speaking volume increases stress inflicted on the vocal folds pitch - Using a higher or lower pitch than normal will also increase laryngeal stress. voice quality - Using a vocal quality which differs from that habitually used is thought to increase laryngeal stress. In addition, smoking and other types of air pollution might have a negative effect on voice production organs. Symptoms Objective evaluation or measurement of vocal loading is very difficult due to the tight coupling of the experienced psychological and physiological stress. However, there are some typical symptoms that can be objectively measured. Firstly, the pitch range of the voice will decrease. Pitch range indicates the possible pitches that can be spoken. When a voice is loaded, the upper pitch limit will decrease and the lower pitch limit will rise. Similarly, the volume range will decrease. Secondly, an increase in the hoarseness and strain of a voice
hits. Vocal loading also includes other kinds of strain on the speech organs. These include all kinds of muscular strain in the speech organs, similarly as usage of any other muscles will experience strain if used for an extended period of time. However, researchers' largest interest lies in stress exerted on the vocal folds. Effect of speaking environment Several studies in vocal loading show that the speaking environment does have a significant impact on vocal loading. Still, the exact details are debated. Most scientists agree on the effect of the following environmental properties: air humidity - dry air is thought to increase the stress experienced in the vocal folds, however, this has not been proven hydration - dehydration may increase effects of stress inflicted on the vocal folds background noise - people tend to speak louder when background noise is present, even when it isn't necessary. Increasing speaking volume increases stress inflicted on the vocal folds pitch - Using a higher or lower pitch than normal will also increase laryngeal stress. voice quality - Using a vocal quality which differs from that habitually used is thought to increase laryngeal stress. In addition, smoking and other types of air pollution might have a negative effect on voice production organs. Symptoms Objective evaluation or measurement of vocal loading is very difficult due to the tight coupling of the experienced psychological and physiological stress. However, there are some typical symptoms that can be objectively measured. Firstly, the pitch range of the voice will decrease. Pitch range indicates the possible pitches that can be spoken. When a voice is loaded, the
allow us to reconstruct the relative health and nutritional status of boys and girls in the past, using anthropometric techniques. Burials from Scandinavia and other European countries suggests that, in comparison with other societies at the time, female equality was remarkably high in rural Scandinavia. Females in the rural periphery of Nordic countries during the Viking period and the later Middle Ages had relatively high status, resulting in substantial nutritional and health resources being allocated to girls, enabling them to grow stronger and healthier. Appearances Scandinavian Vikings were similar in appearance to modern Scandinavians; "their skin was fair and the hair color varied between blond, dark and reddish". Genetic studies suggest that people were mostly blond in what is now eastern Sweden, while red hair was mostly found in western Scandinavia. Most Viking men had shoulder-length hair and beards, and slaves (thralls) were usually the only men with short hair. The length varied according to personal preference and occupation. Men involved in warfare, for example, may have had slightly shorter hair and beards for practical reasons. Men in some regions bleached their hair a golden saffron color. Females also had long hair, with girls often wearing it loose or braided and married women often wearing it in a bun. The average height is estimated to have been for men and for women. The three classes were easily recognisable by their appearances. Men and women of the Jarls were well groomed with neat hairstyles and expressed their wealth and status by wearing expensive clothes (often silk) and well crafted jewellery like brooches, belt buckles, necklaces and arm rings. Almost all of the jewellery was crafted in specific designs unique to the Norse (see Viking art). Finger rings were seldom used and earrings were not used at all, as they were seen as a Slavic phenomenon. Most Karls expressed similar tastes and hygiene, but in a more relaxed and inexpensive way. Archaeological finds from Scandinavia and Viking settlements in the British Isles support the idea of the well groomed and hygienic Viking. Burial with grave goods was a common practice in the Scandinavian world, through the Viking Age and well past the Christianization of the Norse peoples. Within these burial sites and homesteads, combs, often made from antler, are a common find. The manufacturing of such antler combs was common, as at the Viking settlement at Dublin hundreds of examples of combs from the tenth-century have survived, suggesting that grooming was a common practice. The manufacturing of such combs was also widespread throughout the Viking world, as examples of similar combs have been found at Viking settlements in Ireland, England, and Scotland. The combs share a common visual appearance as well, with the extant examples often decorated with linear, interlacing, and geometric motifs, or other forms of ornamentation depending on the comb's period and type, but stylistically similar to Viking Age art. The practice of grooming was a concern for all levels of Viking age society, as grooming products, combs, have been found in common graves as well as aristocratic ones. Farming and cuisine The sagas tell about the diet and cuisine of the Vikings, but first hand evidence, like cesspits, kitchen middens and garbage dumps have proved to be of great value and importance. Undigested remains of plants from cesspits at Coppergate in York have provided much information in this respect. Overall, archaeo-botanical investigations have been undertaken increasingly in recent decades, as a collaboration between archaeologists and palaeoethno-botanists. This new approach sheds light on the agricultural and horticultural practices of the Vikings and their cuisine. The combined information from various sources suggests a diverse cuisine and ingredients. Meat products of all kinds, such as cured, smoked and whey-preserved meat, sausages, and boiled or fried fresh meat cuts, were prepared and consumed. There were plenty of seafood, bread, porridges, dairy products, vegetables, fruits, berries and nuts. Alcoholic drinks like beer, mead, bjórr (a strong fruit wine) and, for the rich, imported wine, were served. Certain livestock were typical and unique to the Vikings, including the Icelandic horse, Icelandic cattle, a plethora of sheep breeds, the Danish hen and the Danish goose. The Vikings in York mostly ate beef, mutton, and pork with small amounts of horse meat. Most of the beef and horse leg bones were found split lengthways, to extract the marrow. The mutton and swine were cut into leg and shoulder joints and chops. The frequent remains of pig skull and foot bones found on house floors indicate that brawn and trotters were also popular. Hens were kept for both their meat and eggs, and the bones of game birds such as black grouse, golden plover, wild ducks, and geese have also been found. Seafood was important, in some places even more so than meat. Whales and walrus were hunted for food in Norway and the north-western parts of the North Atlantic region, and seals were hunted nearly everywhere. Oysters, mussels and shrimp were eaten in large quantities and cod and salmon were popular fish. In the southern regions, herring was also important. Milk and buttermilk were popular, both as cooking ingredients and drinks, but were not always available, even at farms. Milk came from cows, goats and sheep, with priorities varying from location to location, and fermented milk products like skyr or surmjölk were produced as well as butter and cheese. Food was often salted and enhanced with spices, some of which were imported like black pepper, while others were cultivated in herb gardens or harvested in the wild. Home grown spices included caraway, mustard and horseradish as evidenced from the Oseberg ship burial or dill, coriander, and wild celery, as found in cesspits at Coppergate in York. Thyme, juniper berry, sweet gale, yarrow, rue and peppercress were also used and cultivated in herb gardens. Vikings collected and ate fruits, berries and nuts. Apple (wild crab apples), plums and cherries were part of the diet, as were rose hips and raspberry, wild strawberry, blackberry, elderberry, rowan, hawthorn and various wild berries, specific to the locations. Hazelnuts were an important part of the diet in general and large amounts of walnut shells have been found in cities like Hedeby. The shells were used for dyeing, and it is assumed that the nuts were consumed. The invention and introduction of the mouldboard plough revolutionised agriculture in Scandinavia in the early Viking Age and made it possible to farm even poor soils. In Ribe, grains of rye, barley, oat and wheat dated to the 8th century have been found and examined, and are believed to have been cultivated locally. Grains and flour were used for making porridges, some cooked with milk, some cooked with fruit and sweetened with honey, and also various forms of bread. Remains of bread from primarily Birka in Sweden were made of barley and wheat. It is unclear if the Norse leavened their breads, but their ovens and baking utensils suggest that they did. Flax was a very important crop for the Vikings: it was used for oil extraction, food consumption and most importantly the production of linen. More than 40% of all known textile recoveries from the Viking Age can be traced as linen. This suggests a much higher actual percentage, as linen is poorly preserved compared to wool for example. The quality of food for common people was not always particularly high. The research at Coppergate shows that the Vikings in York made bread from whole meal flour—probably both wheat and rye—but with the seeds of cornfield weeds included. Corncockle (Agrostemma), would have made the bread dark-coloured, but the seeds are poisonous, and people who ate the bread might have become ill. Seeds of carrots, parsnip, and brassicas were also discovered, but they were poor specimens and tend to come from white carrots and bitter tasting cabbages. The rotary querns often used in the Viking Age left tiny stone fragments (often from basalt rock) in the flour, which when eaten wore down the teeth. The effects of this can be seen on skeletal remains of that period. Sports Sports were widely practised and encouraged by the Vikings. Sports that involved weapons training and developing combat skills were popular. This included spear and stone throwing, building and testing physical strength through wrestling (see glima), fist fighting, and stone lifting. In areas with mountains, mountain climbing was practised as a sport. Agility and balance were built and tested by running and jumping for sport, and there is mention of a sport that involved jumping from oar to oar on the outside of a ship's railing as it was being rowed. Swimming was a popular sport and Snorri Sturluson describes three types: diving, long-distance swimming, and a contest in which two swimmers try to dunk one another. Children often participated in some of the sport disciplines and women have also been mentioned as swimmers, although it is unclear if they took part in competition. King Olaf Tryggvason was hailed as a master of both mountain climbing and oar-jumping, and was said to have excelled in the art of knife juggling as well. Skiing and ice skating were the primary winter sports of the Vikings, although skiing was also used as everyday means of transport in winter and in the colder regions of the north. Horse fighting was practised for sport, although the rules are unclear. It appears to have involved two stallions pitted against each other, within smell and sight of fenced-off mares. Whatever the rules were, the fights often resulted in the death of one of the stallions. Icelandic sources refer to the sport of knattleik. A ball game akin to hockey, knattleik involved a bat and a small hard ball and was usually played on a smooth field of ice. The rules are unclear, but it was popular with both adults and children, even though it often led to injuries. Knattleik appears to have been played only in Iceland, where it attracted many spectators, as did horse fighting. Hunting, as a sport, was limited to Denmark, where it was not regarded as an important occupation. Birds, deer, hares and foxes were hunted with bow and spear, and later with crossbows. The techniques were stalking, snare and traps and par force hunting with dog packs. Games and entertainment Both archaeological finds and written sources testify to the fact that the Vikings set aside time for social and festive gatherings. Board games and dice games were played as a popular pastime at all levels of society. Preserved gaming pieces and boards show game boards made of easily available materials like wood, with game pieces manufactured from stone, wood or bone, while other finds include elaborately carved boards and game pieces of glass, amber, antler or walrus tusk, together with materials of foreign origin, such as ivory. The Vikings played several types of tafl games; hnefatafl, nitavl (nine men's morris) and the less common kvatrutafl. Chess also appeared at the end of the Viking Age. Hnefatafl is a war game, in which the object is to capture the king piece—a large hostile army threatens and the king's men have to protect the king. It was played on a board with squares using black and white pieces, with moves made according to dice rolls. The Ockelbo Runestone shows two men engaged in Hnefatafl, and the sagas suggest that money or valuables could have been involved in some dice games. On festive occasions storytelling, skaldic poetry, music and alcoholic drinks, like beer and mead, contributed to the atmosphere. Music was considered an art form and music proficiency as fitting for a cultivated man. The Vikings are known to have played instruments including harps, fiddles, lyres and lutes. Experimental archaeology Experimental archaeology of the Viking Age is a flourishing branch and several places have been dedicated to this technique, such as Jorvik Viking Centre in the United Kingdom, Sagnlandet Lejre and in Denmark, Foteviken Museum in Sweden or Lofotr Viking Museum in Norway. Viking-age reenactors have undertaken experimental activities such as iron smelting and forging using Norse techniques at Norstead in Newfoundland for example. On 1 July 2007, the reconstructed Viking ship Skuldelev 2, renamed Sea Stallion, began a journey from Roskilde to Dublin. The remains of that ship and four others were discovered during a 1962 excavation in the Roskilde Fjord. Tree-ring analysis has shown the ship was built of oak in the vicinity of Dublin in about 1042. Seventy multi-national crew members sailed the ship back to its home, and Sea Stallion arrived outside Dublin's Custom House on 14 August 2007. The purpose of the voyage was to test and document the seaworthiness, speed, and manoeuvrability of the ship on the rough open sea and in coastal waters with treacherous currents. The crew tested how the long, narrow, flexible hull withstood the tough ocean waves. The expedition also provided valuable new information on Viking longships and society. The ship was built using Viking tools, materials, and much the same methods as the original ship. Other vessels, often replicas of the Gokstad ship (full- or half-scale) or Skuldelev have been built and tested as well. The Snorri (a Skuldelev I Knarr), was sailed from Greenland to Newfoundland in 1998. Cultural assimilation Elements of a Scandinavian identity and practices were maintained in settler societies, but they could be quite distinct as the groups assimilated into the neighboring societies. Assimilation to the Frankish culture in Normandy for example was rapid. Links to a Viking identity remained longer in the remote islands of Iceland and the Faroes. Weapons and warfare Knowledge about the arms and armour of the Viking age is based on archaeological finds, pictorial representation, and to some extent on the accounts in the Norse sagas and Norse laws recorded in the 13th century. According to custom, all free Norse men were required to own weapons and were permitted to carry them at all times. These arms indicated a Viking's social status: a wealthy Viking had a complete ensemble of a helmet, shield, mail shirt, and sword. However, swords were rarely used in battle, probably not sturdy enough for combat and most likely only used as symbolic or decorative items. A typical bóndi (freeman) was more likely to fight with a spear and shield, and most also carried a seax as a utility knife and side-arm. Bows were used in the opening stages of land battles and at sea, but they tended to be considered less "honourable" than melee weapons. Vikings were relatively unusual for the time in their use of axes as a main battle weapon. The Húscarls, the elite guard of King Cnut (and later of King Harold II) were armed with two-handed axes that could split shields or metal helmets with ease. The warfare and violence of the Vikings were often motivated and fuelled by their beliefs in Norse religion, focusing on Thor and Odin, the gods of war and death. In combat, it is believed that the Vikings sometimes engaged in a disordered style of frenetic, furious fighting known as berserkergang, leading them to be termed berserkers. Such tactics may have been deployed intentionally by shock troops, and the berserk-state may have been induced through ingestion of materials with psychoactive properties, such as the hallucinogenic mushrooms, Amanita muscaria, or large amounts of alcohol. Trade The Vikings established and engaged in extensive trading networks throughout the known world and had a profound influence on the economic development of Europe and Scandinavia. Except for the major trading centres of Ribe, Hedeby and the like, the Viking world was unfamiliar with the use of coinage and was based on so called bullion economy, that is, the weight of precious metals. Silver was the most common metal in the economy, although gold was also used to some extent. Silver circulated in the form of bars, or ingots, as well as in the form of jewellery and ornaments. A large number of silver hoards from the Viking Age have been uncovered, both in Scandinavia and the lands they settled. Traders carried small scales, enabling them to measure weight very accurately, so it was possible to have a very precise system of trade and exchange, even without a regular coinage. Goods Organized trade covered everything from ordinary items in bulk to exotic luxury products. The Viking ship designs, like that of the knarr, were an important factor in their success as merchants. Imported goods from other cultures included: Spices were obtained from Chinese and Persian traders, who met with the Viking traders in Russia. Vikings used homegrown spices and herbs like caraway, thyme, horseradish and mustard, but imported cinnamon. Glass was much prized by the Norse. The imported glass was often made into beads for decoration and these have been found in the thousands. Åhus in Scania and the old market town of Ribe were major centres of glass bead production. Silk was a very important commodity obtained from Byzantium (modern day Istanbul) and China. It was valued by many European cultures of the time, and the Vikings used it to indicate status such as wealth and nobility. Many of the archaeological finds in Scandinavia include silk. Wine was imported from France and Germany as a drink of the wealthy, augmenting the regular mead and beer. To counter these valuable imports, the Vikings exported a large variety of goods. These goods included: Amber—the fossilised resin of the pine tree—was frequently found on the North Sea and Baltic coastline. It was worked into beads and ornamental objects, before being traded. (See also the Amber Road). Fur was also exported as it provided warmth. This included the furs of pine martens, foxes, bears, otters and beavers. Cloth and wool. The Vikings were skilled spinners and weavers and exported woollen cloth of a high quality. Down was collected and exported. The Norwegian west coast supplied eiderdowns and sometimes feathers were bought from the Samis. Down was used for bedding and quilted clothing. Fowling on the steep slopes and cliffs was dangerous work and was often lethal. Slaves, known as thralls in Old Norse. On their raids, the Vikings captured many people, among them monks and clergymen. They were sometimes sold as slaves to Arab merchants in exchange for silver. Other exports included weapons, walrus ivory, wax, salt and cod. As one of the more exotic exports, hunting birds were sometimes provided from Norway to the European aristocracy, from the 10th century. Many of these goods were also traded within the Viking world itself, as well as goods such as soapstone and whetstone. Soapstone was traded with the Norse on Iceland and in Jutland, who used it for pottery. Whetstones were traded and used for sharpening weapons, tools and knives. There are indications from Ribe and surrounding areas, that the extensive medieval trade with oxen and cattle from Jutland (see Ox Road), reach as far back as c. 720 AD. This trade satisfied the Vikings' need for leather and meat to some extent, and perhaps hides for parchment production on the European mainland. Wool was also very important as a domestic product for the Vikings, to produce warm clothing for the cold Scandinavian and Nordic climate, and for sails. Sails for Viking ships required large amounts of wool, as evidenced by experimental archaeology. There are archaeological signs of organised textile productions in Scandinavia, reaching as far back as the early Iron Ages. Artisans and craftsmen in the larger towns were supplied with antlers from organised hunting with large-scale reindeer traps in the far north. They were used as raw material for making everyday utensils like combs. Legacy Medieval perceptions In England the Viking Age began dramatically on 8 June 793 when Norsemen destroyed the abbey on the island of Lindisfarne. The devastation of Northumbria's Holy Island shocked and alerted the royal courts of Europe to the Viking presence. "Never before has such an atrocity been seen," declared the Northumbrian scholar Alcuin of York. Medieval Christians in Europe were totally unprepared for the Viking incursions and could find no explanation for their arrival and the accompanying suffering they experienced at their hands save the "Wrath of God". More than any other single event, the attack on Lindisfarne demonised perception of the Vikings for the next twelve centuries. Not until the 1890s did scholars outside Scandinavia begin to seriously reassess the achievements of the Vikings, recognizing their artistry, technological skills, and seamanship. Norse Mythology, sagas, and literature tell of Scandinavian culture and religion through tales of heroic and mythological heroes. Early transmission of this information was primarily oral, and later texts relied on the writings and transcriptions of Christian scholars, including the Icelanders Snorri Sturluson and Sæmundur fróði. Many of these sagas were written in Iceland, and most of them, even if they had no Icelandic provenance, were preserved there after the Middle Ages due to the continued interest of Icelanders in Norse literature and law codes. The 200-year Viking influence on European history is filled with tales of plunder and colonisation, and the majority of these chronicles came from western witnesses and their descendants. Less common, though equally relevant, are the Viking chronicles that originated in the east, including the Nestor chronicles, Novgorod chronicles, Ibn Fadlan chronicles, Ibn Rusta chronicles, and brief mentions by Photius, patriarch of Constantinople, regarding their first attack on the Byzantine Empire. Other chroniclers of Viking history include Adam of Bremen, who wrote, in the fourth volume of his Gesta Hammaburgensis Ecclesiae Pontificum, "[t]here is much gold here (in Zealand), accumulated by piracy. These pirates, which are called wichingi by their own people, and Ascomanni by our own people, pay tribute to the Danish king." In 991, the Battle of Maldon between Viking raiders and the inhabitants of Maldon in Essex was commemorated with a poem of the same name. Post-medieval perceptions Early modern publications, dealing with what is now called Viking culture, appeared in the 16th century, e.g. Historia de gentibus septentrionalibus (History of the northern people) of Olaus Magnus (1555), and the first edition of the 13th-century Gesta Danorum (Deeds of the Danes), by Saxo Grammaticus, in 1514. The pace of publication increased during the 17th century with Latin translations of the Edda (notably Peder Resen's Edda Islandorum of 1665). In Scandinavia, the 17th-century Danish scholars Thomas Bartholin and Ole Worm and the Swede Olaus Rudbeck used runic inscriptions and Icelandic sagas as historical sources. An important early British contributor to the study of the Vikings was George Hickes, who published his Linguarum vett. septentrionalium thesaurus (Dictionary of the Old Northern Languages) in 1703–05. During the 18th century, British interest and enthusiasm for Iceland and early Scandinavian culture grew dramatically, expressed in English translations of Old Norse texts and in original poems that extolled the supposed Viking virtues. The word "viking" was first popularised at the beginning of the 19th century by Erik Gustaf Geijer in his poem, The Viking. Geijer's poem did much to propagate the new romanticised ideal of the Viking, which had little basis in historical fact. The renewed interest of Romanticism in the Old North had contemporary political implications. The Geatish Society, of which Geijer was a member, popularised this myth to a great extent. Another Swedish author who had great influence on the perception of the Vikings was Esaias Tegnér, a member of the Geatish Society, who wrote a modern version of Friðþjófs saga hins frœkna, which became widely popular in the Nordic countries, the United Kingdom, and Germany. Fascination with the Vikings reached a peak during the so-called Viking revival in the late 18th and 19th centuries as a branch of Romantic nationalism. In Britain this was called Septentrionalism, in Germany "Wagnerian" pathos, and in the Scandinavian countries Scandinavism. Pioneering 19th-century scholarly editions of the Viking Age began to reach a small readership in Britain, archaeologists began to dig up Britain's Viking past, and linguistic enthusiasts started to identify the Viking-Age origins of rural idioms and proverbs. The new dictionaries of the Old Norse language enabled the Victorians to grapple with the primary Icelandic sagas. Until recently, the history of the Viking Age was largely based on Icelandic sagas, the history of the Danes written by Saxo Grammaticus, the Russian Primary Chronicle, and Cogad Gáedel re Gallaib. Few scholars still accept these texts as reliable sources, as historians now rely more on archaeology and numismatics, disciplines that have made valuable contributions toward understanding the period. In 20th-century politics The romanticised idea of the Vikings constructed in scholarly and popular circles in northwestern Europe in the 19th and early 20th centuries was a potent one, and the figure of the Viking became a familiar and malleable symbol in different contexts in the politics and political ideologies of 20th-century Europe. In Normandy, which had been settled by Vikings, the Viking ship became an uncontroversial regional symbol. In Germany, awareness of Viking history in the 19th century had been stimulated by the border dispute with Denmark over Schleswig-Holstein and the use of Scandinavian mythology by Richard Wagner. The idealised view of the Vikings appealed to Germanic supremacists who transformed the figure of the Viking in accordance with the ideology of a Germanic master race. Building on the linguistic and cultural connections between Norse-speaking Scandinavians and other Germanic groups in the distant past, Scandinavian Vikings were portrayed in Nazi Germany as a pure Germanic type. The cultural phenomenon of Viking expansion was re-interpreted for use as propaganda to support the extreme militant nationalism of the Third Reich, and ideologically informed interpretations of Viking paganism and the Scandinavian use of runes were employed in the construction of Nazi mysticism. Other political organisations of the same ilk, such as the former Norwegian fascist party Nasjonal Samling, similarly appropriated elements of the modern Viking cultural myth in their symbolism and propaganda. Soviet and earlier Slavophile historians emphasized a Slavic rooted foundation in contrast to the Normanist theory of the Vikings conquering the Slavs and founding the Kievan Rus'. They accused Normanist theory proponents of distorting history by depicting the Slavs as undeveloped primitives. In contrast, Soviet historians stated that the Slavs laid the foundations of their statehood long before the Norman/Viking raids, while the Norman/Viking invasions only served to hinder the historical development of the Slavs. They argued that Rus' composition was Slavic and that Rurik and Oleg' success was rooted in their support from within the local Slavic aristocracy.. After the dissolution of the USSR, Novgorod acknowledged its Viking history by incorporating a Viking ship into its logo. In modern popular culture Led by the operas of German composer Richard Wagner, such as Der Ring des Nibelungen, Vikings and the Romanticist Viking Revival have inspired many creative works. These have included novels directly based on historical events, such as Frans Gunnar Bengtsson's The Long Ships (which was also released as a 1963 film), and historical fantasies such as the film The Vikings, Michael Crichton's Eaters of the Dead (movie version called The 13th Warrior), and the comedy film Erik the Viking. The vampire Eric Northman, in the HBO TV series True Blood, was a Viking prince before being turned into a vampire. Vikings appear in several books by the Danish American writer Poul Anderson, while British explorer, historian, and writer Tim Severin authored a trilogy of novels in 2005 about a young Viking adventurer Thorgils Leifsson, who travels around the world. In 1962, American comic book writer Stan Lee and his brother Larry Lieber, together with Jack Kirby, created the Marvel Comics superhero Thor, which they based on the Norse god of the same name. The character is featured in the 2011 Marvel Studios film Thor and its sequels Thor: The Dark World and Thor: Ragnarok. The character also appears in the 2012 film The Avengers and its associated animated series. The appearance of Vikings within popular media and television has seen a resurgence in recent decades, especially with the History Channel's series Vikings (2013), directed by Michael Hirst. The show has a loose grounding in historical facts and sources, but bases itself more so on literary sources, such as fornaldarsaga Ragnars saga loðbrókar, itself more legend than fact, and Old Norse Eddic and Skaldic poetry. The events of the show frequently make references to the Völuspá, an Eddic poem describing the creation of the world, often directly referencing specific lines of the poem in the dialogue. The show portrays some of the social realities of the medieval Scandinavian world, such as slavery and the greater role of women within Viking society. The show also addresses the topics of gender equity in Viking society with the inclusion of shield maidens through the character Lagertha, also based on a legendary figure. Recent archaeological interpretations and osteological analysis of previous excavations of Viking burials has given support to the idea of the Viking woman warrior, namely the excavation and DNA study of the Birka female Viking warrior, within recent years. However, the conclusions remain contentious. Vikings have served as an inspiration for numerous video games, such as The Lost Vikings (1993), Age of Mythology (2002), and For Honor (2017). All three Vikings from The Lost Vikings series—Erik the Swift, Baleog the Fierce, and Olaf the Stout—appeared as a playable hero in the crossover title Heroes of the Storm (2015). The Elder Scrolls V: Skyrim (2011) is an action role-playing video game heavily inspired by Viking culture. Vikings are the lead focus of the 2020 video game Assassin's Creed Valhalla, which is set in 873 AD, and recounts an alternative history of the Viking invasion of Britain. Modern reconstructions of Viking mythology have shown a persistent influence in late 20th- and early 21st-century popular culture in some countries, inspiring comics, movies, television series, role-playing games, computer games, and music, including Viking metal, a subgenre of heavy metal music. Since the 1960s, there has been rising enthusiasm for historical reenactment. While the earliest groups had little claim for historical accuracy, the seriousness and accuracy of reenactors has increased. The largest such groups include The Vikings and Regia Anglorum, though many smaller groups exist in Europe, North America, New Zealand, and Australia. Many reenactor groups participate in live-steel combat, and a few have Viking-style ships or boats. The Minnesota Vikings of the National Football League are so-named owing to the large Scandinavian population in the US state of Minnesota. During the banking boom of the first decade of the twenty-first century, Icelandic financiers came to be styled as útrásarvíkingar (roughly 'raiding Vikings'). Common misconceptions Horned helmets Apart from two or three representations of (ritual) helmets—with protrusions that may be either stylised ravens, snakes, or horns—no depiction of the helmets of Viking warriors, and no preserved helmet, has horns. The formal, close-quarters style of Viking combat (either in shield walls or aboard "ship islands") would have made horned helmets cumbersome and hazardous to the warrior's own side. Historians therefore believe that Viking warriors did not wear horned helmets; whether such helmets were used in Scandinavian culture for other, ritual purposes, remains unproven. The general misconception that Viking warriors wore horned helmets was partly promulgated by the 19th-century enthusiasts of
that were also found in Dalarna. Traditionally regarded as a Swedish dialect, but by several criteria closer related to West Scandinavian dialects, Elfdalian is a separate language by the standard of mutual intelligibility. Although there is no mutual intelligibility, due to schools and public administration in Älvdalen being conducted in Swedish, native speakers are bilingual and speak Swedish at a native level. Residents in the area who speak only Swedish as their sole native language, neither speaking nor understanding Elfdalian, are also common. Älvdalen can be said to have had its own alphabet during the 17th and 18th century. Today there are about 2,000-3000 native speakers of Elfdalian. Burial sites There are numerous burial sites associated with Vikings throughout Europe and their sphere of influence—in Scandinavia, the British Isles, Ireland, Greenland, Iceland, Faeroe Islands, Germany, The Baltic, Russia, etc. The burial practices of the Vikings were quite varied, from dug graves in the ground, to tumuli, sometimes including so-called ship burials. According to written sources, most of the funerals took place at sea. The funerals involved either burial or cremation, depending on local customs. In the area that is now Sweden, cremations were predominant; in Denmark burial was more common; and in Norway both were common. Viking barrows are one of the primary source of evidence for circumstances in the Viking Age. The items buried with the dead give some indication as to what was considered important to possess in the afterlife. It is unknown what mortuary services were given to dead children by the Vikings. Some of the most important burial sites for understanding the Vikings include: Norway: Oseberg; Gokstad; Borrehaugene. Sweden: Gettlinge gravfält; the cemeteries of Birka, a World Heritage Site; Valsgärde; Gamla Uppsala; Hulterstad gravfält, near Alby; Hulterstad, Öland. Denmark: Jelling, a World Heritage Site; Lindholm Høje; Ladby ship; Mammen chamber tomb and hoard. Estonia: Salme ships – The largest ship burial ground ever uncovered. Scotland: Port an Eilean Mhòir ship burial; Scar boat burial, Orkney. Faroe Islands: Hov. Iceland: Mosfellsbær in Capital Region; the boat burial in Vatnsdalur, Austur-Húnavatnssýsla. Greenland: Brattahlíð. Germany: Hedeby. Latvia: Grobiņa. Ukraine: the Black Grave. Russia: Gnezdovo. Ships There have been several archaeological finds of Viking ships of all sizes, providing knowledge of the craftsmanship that went into building them. There were many types of Viking ships, built for various uses; the best-known type is probably the longship. Longships were intended for warfare and exploration, designed for speed and agility, and were equipped with oars to complement the sail, making navigation possible independently of the wind. The longship had a long, narrow hull and shallow draught to facilitate landings and troop deployments in shallow water. Longships were used extensively by the Leidang, the Scandinavian defence fleets. The longship allowed the Norse to go Viking, which might explain why this type of ship has become almost synonymous with the concept of Vikings. The Vikings built many unique types of watercraft, often used for more peaceful tasks. The knarr was a dedicated merchant vessel designed to carry cargo in bulk. It had a broader hull, deeper draught, and a small number of oars (used primarily to manoeuvre in harbours and similar situations). One Viking innovation was the 'beitass', a spar mounted to the sail that allowed their ships to sail effectively against the wind. It was common for seafaring Viking ships to tow or carry a smaller boat to transfer crews and cargo from the ship to shore. Ships were an integral part of the Viking culture. They facilitated everyday transportation across seas and waterways, exploration of new lands, raids, conquests, and trade with neighbouring cultures. They also held a major religious importance. People with high status were sometimes buried in a ship along with animal sacrifices, weapons, provisions and other items, as evidenced by the buried vessels at Gokstad and Oseberg in Norway and the excavated ship burial at Ladby in Denmark. Ship burials were also practised by Vikings abroad, as evidenced by the excavations of the Salme ships on the Estonian island of Saaremaa. Well-preserved remains of five Viking ships were excavated from Roskilde Fjord in the late 1960s, representing both the longship and the knarr. The ships were scuttled there in the 11th century to block a navigation channel and thus protect Roskilde, then the Danish capital, from seaborne assault. The remains of these ships are on display at the Viking Ship Museum in Roskilde. In 2019, archaeologists uncovered two Viking boat graves in Gamla Uppsala. They also discovered that one of the boats still holds the remains of a man, a dog, and a horse, along with other items. This has shed light on death rituals of Viking communities in the region. Everyday life Social structure Viking society was divided into the three socio-economic classes: Thralls, Karls and Jarls. This is described vividly in the Eddic poem of Rígsþula, which also explains that it was the god Ríg—father of mankind also known as Heimdallr—who created the three classes. Archaeology has confirmed this social structure. Thralls were the lowest ranking class and were slaves. Slaves comprised as much as a quarter of the population. Slavery was of vital importance to Viking society, for everyday chores and large scale construction and also to trade and the economy. Thralls were servants and workers in the farms and larger households of the Karls and Jarls, and they were used for constructing fortifications, ramps, canals, mounds, roads and similar hard work projects. According to the Rigsthula, Thralls were despised and looked down upon. New thralls were supplied by either the sons and daughters of thralls or captured abroad. The Vikings often deliberately captured many people on their raids in Europe, to enslave them as thralls. The thralls were then brought back home to Scandinavia by boat, used on location or in newer settlements to build needed structures, or sold, often to the Arabs in exchange for silver. Other names for thrall were 'træl' and 'ty'. Karls were free peasants. They owned farms, land and cattle and engaged in daily chores like ploughing the fields, milking the cattle, building houses and wagons, but used thralls to make ends meet. Other names for Karls were 'bonde' or simply free men. Similar classes were churls and huskarls. The Jarls were the aristocracy of the Viking society. They were wealthy and owned large estates with huge longhouses, horses and many thralls. The thralls did most of the daily chores, while the Jarls did administration, politics, hunting, sports, visited other Jarls or went abroad on expeditions. When a Jarl died and was buried, his household thralls were sometimes sacrificially killed and buried next to him, as many excavations have revealed. In daily life, there were many intermediate positions in the overall social structure and it is believed that there must have been some social mobility. These details are unclear, but titles and positions like hauldr, thegn, landmand, show mobility between the Karls and the Jarls. Other social structures included the communities of félag in both the civil and the military spheres, to which its members (called félagi) were obliged. A félag could be centred around certain trades, a common ownership of a sea vessel or a military obligation under a specific leader. Members of the latter were referred to as drenge, one of the words for warrior. There were also official communities within towns and villages, the overall defence, religion, the legal system and the Things. Status of women Like elsewhere in medieval Europe, most women in Viking society were subordinate to their husbands and fathers and had little political power. However, the written sources portray free Viking women as having independence and rights. Viking women generally appear to have had more freedom than women elsewhere, as illustrated in the Icelandic Grágás and the Norwegian Frostating laws and Gulating laws. Most free Viking women were housewives, and the woman's standing in society was linked to that of her husband. Marriage gave a woman a degree of economic security and social standing encapsulated in the title húsfreyja (lady of the house). Norse laws assert the housewife's authority over the 'indoor household'. She had the important roles of managing the farm's resources, conducting business, as well as child-rearing, although some of this would be shared with her husband. After the age of 20, an unmarried woman, referred to as maer and mey, reached legal majority and had the right to decide her place of residence and was regarded as her own person before the law. An exception to her independence was the right to choose a husband, as marriages were normally arranged by the family. The groom would pay a bride-price (mundr) to the bride's family, and the bride brought assets into the marriage, as a dowry. A married woman could divorce her husband and remarry. Concubinage was also part of Viking society, whereby a woman could live with a man and have children with him without marrying; such a woman was called a frilla. Usually she would be the mistress of a wealthy and powerful man who also had a wife. The wife had authority over the mistresses if they lived in her household. Through her relationship to a man of higher social standing, a concubine and her family could advance socially; although her position was less secure than that of a wife. There was little distinction made between children born inside or outside marriage: both had the right to inherit property from their parents, and there were no "legitimate" or "illegitimate" children. However, children born in wedlock had more inheritance rights than those born out of wedlock. A woman had the right to inherit part of her husband's property upon his death, and widows enjoyed the same independent status as unmarried women. The paternal aunt, paternal niece and paternal granddaughter, referred to as odalkvinna, all had the right to inherit property from a deceased man. A woman with no husband, sons or male relatives could inherit not only property but also the position as head of the family when her father or brother died. Such a woman was referred to as Baugrygr, and she exercised all the rights afforded to the head of a family clan, until she married, by which her rights were transferred to her new husband. Women had religious authority and were active as priestesses (gydja) and oracles (sejdkvinna). They were active within art as poets (skalder) and rune masters, and as merchants and medicine women. There may also have been female entrepreneurs, who worked in textile production. Women may also have been active within military office: the tales about shieldmaidens are unconfirmed, but some archaeological finds such as the Birka female Viking warrior may indicate that at least some women in military authority existed. These liberties of the Viking women gradually disappeared after the introduction of Christianity, and from the late 13th-century, they are no longer mentioned. Examinations of Viking Age burials suggests that women lived longer, and nearly all well past the age of 35, as compared to earlier times. Female graves from before the Viking Age in Scandinavia holds a proportional large number of remains from women aged 20 to 35, presumably due to complications of childbirth. Examinations of skeletal remains also allow us to reconstruct the relative health and nutritional status of boys and girls in the past, using anthropometric techniques. Burials from Scandinavia and other European countries suggests that, in comparison with other societies at the time, female equality was remarkably high in rural Scandinavia. Females in the rural periphery of Nordic countries during the Viking period and the later Middle Ages had relatively high status, resulting in substantial nutritional and health resources being allocated to girls, enabling them to grow stronger and healthier. Appearances Scandinavian Vikings were similar in appearance to modern Scandinavians; "their skin was fair and the hair color varied between blond, dark and reddish". Genetic studies suggest that people were mostly blond in what is now eastern Sweden, while red hair was mostly found in western Scandinavia. Most Viking men had shoulder-length hair and beards, and slaves (thralls) were usually the only men with short hair. The length varied according to personal preference and occupation. Men involved in warfare, for example, may have had slightly shorter hair and beards for practical reasons. Men in some regions bleached their hair a golden saffron color. Females also had long hair, with girls often wearing it loose or braided and married women often wearing it in a bun. The average height is estimated to have been for men and for women. The three classes were easily recognisable by their appearances. Men and women of the Jarls were well groomed with neat hairstyles and expressed their wealth and status by wearing expensive clothes (often silk) and well crafted jewellery like brooches, belt buckles, necklaces and arm rings. Almost all of the jewellery was crafted in specific designs unique to the Norse (see Viking art). Finger rings were seldom used and earrings were not used at all, as they were seen as a Slavic phenomenon. Most Karls expressed similar tastes and hygiene, but in a more relaxed and inexpensive way. Archaeological finds from Scandinavia and Viking settlements in the British Isles support the idea of the well groomed and hygienic Viking. Burial with grave goods was a common practice in the Scandinavian world, through the Viking Age and well past the Christianization of the Norse peoples. Within these burial sites and homesteads, combs, often made from antler, are a common find. The manufacturing of such antler combs was common, as at the Viking settlement at Dublin hundreds of examples of combs from the tenth-century have survived, suggesting that grooming was a common practice. The manufacturing of such combs was also widespread throughout the Viking world, as examples of similar combs have been found at Viking settlements in Ireland, England, and Scotland. The combs share a common visual appearance as well, with the extant examples often decorated with linear, interlacing, and geometric motifs, or other forms of ornamentation depending on the comb's period and type, but stylistically similar to Viking Age art. The practice of grooming was a concern for all levels of Viking age society, as grooming products, combs, have been found in common graves as well as aristocratic ones. Farming and cuisine The sagas tell about the diet and cuisine of the Vikings, but first hand evidence, like cesspits, kitchen middens and garbage dumps have proved to be of great value and importance. Undigested remains of plants from cesspits at Coppergate in York have provided much information in this respect. Overall, archaeo-botanical investigations have been undertaken increasingly in recent decades, as a collaboration between archaeologists and palaeoethno-botanists. This new approach sheds light on the agricultural and horticultural practices of the Vikings and their cuisine. The combined information from various sources suggests a diverse cuisine and ingredients. Meat products of all kinds, such as cured, smoked and whey-preserved meat, sausages, and boiled or fried fresh meat cuts, were prepared and consumed. There were plenty of seafood, bread, porridges, dairy products, vegetables, fruits, berries and nuts. Alcoholic drinks like beer, mead, bjórr (a strong fruit wine) and, for the rich, imported wine, were served. Certain livestock were typical and unique to the Vikings, including the Icelandic horse, Icelandic cattle, a plethora of sheep breeds, the Danish hen and the Danish goose. The Vikings in York mostly ate beef, mutton, and pork with small amounts of horse meat. Most of the beef and horse leg bones were found split lengthways, to extract the marrow. The mutton and swine were cut into leg and shoulder joints and chops. The frequent remains of pig skull and foot bones found on house floors indicate that brawn and trotters were also popular. Hens were kept for both their meat and eggs, and the bones of game birds such as black grouse, golden plover, wild ducks, and geese have also been found. Seafood was important, in some places even more so than meat. Whales and walrus were hunted for food in Norway and the north-western parts of the North Atlantic region, and seals were hunted nearly everywhere. Oysters, mussels and shrimp were eaten in large quantities and cod and salmon were popular fish. In the southern regions, herring was also important. Milk and buttermilk were popular, both as cooking ingredients and drinks, but were not always available, even at farms. Milk came from cows, goats and sheep, with priorities varying from location to location, and fermented milk products like skyr or surmjölk were produced as well as butter and cheese. Food was often salted and enhanced with spices, some of which were imported like black pepper, while others were cultivated in herb gardens or harvested in the wild. Home grown spices included caraway, mustard and horseradish as evidenced from the Oseberg ship burial or dill, coriander, and wild celery, as found in cesspits at Coppergate in York. Thyme, juniper berry, sweet gale, yarrow, rue and peppercress were also used and cultivated in herb gardens. Vikings collected and ate fruits, berries and nuts. Apple (wild crab apples), plums and cherries were part of the diet, as were rose hips and raspberry, wild strawberry, blackberry, elderberry, rowan, hawthorn and various wild berries, specific to the locations. Hazelnuts were an important part of the diet in general and large amounts of walnut shells have been found in cities like Hedeby. The shells were used for dyeing, and it is assumed that the nuts were consumed. The invention and introduction of the mouldboard plough revolutionised agriculture in Scandinavia in the early Viking Age and made it possible to farm even poor soils. In Ribe, grains of rye, barley, oat and wheat dated to the 8th century have been found and examined, and are believed to have been cultivated locally. Grains and flour were used for making porridges, some cooked with milk, some cooked with fruit and sweetened with honey, and also various forms of bread. Remains of bread from primarily Birka in Sweden were made of barley and wheat. It is unclear if the Norse leavened their breads, but their ovens and baking utensils suggest that they did. Flax was a very important crop for the Vikings: it was used for oil extraction, food consumption and most importantly the production of linen. More than 40% of all known textile recoveries from the Viking Age can be traced as linen. This suggests a much higher actual percentage, as linen is poorly preserved compared to wool for example. The quality of food for common people was not always particularly high. The research at Coppergate shows that the Vikings in York made bread from whole meal flour—probably both wheat and rye—but with the seeds of cornfield weeds included. Corncockle (Agrostemma), would have made the bread dark-coloured, but the seeds are poisonous, and people who ate the bread might have become ill. Seeds of carrots, parsnip, and brassicas were also discovered, but they were poor specimens and tend to come from white carrots and bitter tasting cabbages. The rotary querns often used in the Viking Age left tiny stone fragments (often from basalt rock) in the flour, which when eaten wore down the teeth. The effects of this can be seen on skeletal remains of that period. Sports Sports were widely practised and encouraged by the Vikings. Sports that involved weapons training and developing combat skills were popular. This included spear and stone throwing, building and testing physical strength through wrestling (see glima), fist fighting, and stone lifting. In areas with mountains, mountain climbing was practised as a sport. Agility and balance were built and tested by running and jumping for sport, and there is mention of a sport that involved jumping from oar to oar on the outside of a ship's railing as it was being rowed. Swimming was a popular sport and Snorri Sturluson describes three types: diving, long-distance swimming, and a contest in which two swimmers try to dunk one another. Children often participated in some of the sport disciplines and women have also been mentioned as swimmers, although it is unclear if they took part in competition. King Olaf Tryggvason was hailed as a master of both mountain climbing and oar-jumping, and was said to have excelled in the art of knife juggling as well. Skiing and ice skating were the primary winter sports of the Vikings, although skiing was also used as everyday means of transport in winter and in the colder regions of the north. Horse fighting was practised for sport, although the rules are unclear. It appears to have involved two stallions pitted against each other, within smell and sight of fenced-off mares. Whatever the rules were, the fights often resulted in the death of one of the stallions. Icelandic sources refer to the sport of knattleik. A ball game akin to hockey, knattleik involved a bat and a small hard ball and was usually played on a smooth field of ice. The rules are unclear, but it was popular with both adults and children, even though it often led to injuries. Knattleik appears to have been played only in Iceland, where it attracted many spectators, as did horse fighting. Hunting, as a sport, was limited to Denmark, where it was not regarded as an important occupation. Birds, deer, hares and foxes were hunted with bow and spear, and later with crossbows. The techniques were stalking, snare and traps and par force hunting with dog packs. Games and entertainment Both archaeological finds and written sources testify to the fact that the Vikings set aside time for social and festive gatherings. Board games and dice games were played as a popular pastime at all levels of society. Preserved gaming pieces and boards show game boards made of easily available materials like wood, with game pieces manufactured from stone, wood or bone, while other finds include elaborately carved boards and game pieces of glass, amber, antler or walrus tusk, together with materials of foreign origin, such as ivory. The Vikings played several types of tafl games; hnefatafl, nitavl (nine men's morris) and the less common kvatrutafl. Chess also appeared at the end of the Viking Age. Hnefatafl is a war game, in which the object is to capture the king piece—a large hostile army threatens and the king's men have to protect the king. It was played on a board with squares using black and white pieces, with moves made according to dice rolls. The Ockelbo Runestone shows two men engaged in Hnefatafl, and the sagas suggest that money or valuables could have been involved in some dice games. On festive occasions storytelling, skaldic poetry, music and alcoholic drinks, like beer and mead, contributed to the atmosphere. Music was considered an art form and music proficiency as fitting for a cultivated man. The Vikings are known to have played instruments including harps, fiddles, lyres and lutes. Experimental archaeology Experimental archaeology of the Viking Age is a flourishing branch and several places have been dedicated to this technique, such as Jorvik Viking Centre in the United Kingdom, Sagnlandet Lejre and in Denmark, Foteviken Museum in Sweden or Lofotr Viking Museum in Norway. Viking-age reenactors have undertaken experimental activities such as iron smelting and forging using Norse techniques at Norstead in Newfoundland for example. On 1 July 2007, the reconstructed Viking ship Skuldelev 2, renamed Sea Stallion, began a journey from Roskilde to Dublin. The remains of that ship and four others were discovered during a 1962 excavation in the Roskilde Fjord. Tree-ring analysis has shown the ship was built of oak in the vicinity of Dublin in about 1042. Seventy multi-national crew members sailed the ship back to its home, and Sea Stallion arrived outside Dublin's Custom House on 14 August 2007. The purpose of the voyage was to test and document the seaworthiness, speed, and manoeuvrability of the ship on the rough open sea and in coastal waters with treacherous currents. The crew tested how the long, narrow, flexible hull withstood the tough ocean waves. The expedition also provided valuable new information on Viking longships and society. The ship was built using Viking tools, materials, and much the same methods as the original ship. Other vessels, often replicas of the Gokstad ship (full- or half-scale) or Skuldelev have been built and tested as well. The Snorri (a Skuldelev I Knarr), was sailed from Greenland to Newfoundland in 1998. Cultural assimilation Elements of a Scandinavian identity and practices were maintained in settler societies, but they could be quite distinct as the groups assimilated into the neighboring societies. Assimilation to the Frankish culture in Normandy for example was rapid. Links to a Viking identity remained longer in the remote islands of Iceland and the Faroes. Weapons and warfare Knowledge about the arms and armour of the Viking age is based on archaeological finds, pictorial representation, and to some extent on the accounts in the Norse sagas and Norse laws recorded in the 13th century. According to custom, all free Norse men were required to own weapons and were permitted to carry them at all times. These arms indicated a Viking's social status: a wealthy Viking had a complete ensemble of a helmet, shield, mail shirt, and sword. However, swords were rarely used in battle, probably not sturdy enough for combat and most likely only used as symbolic or decorative items. A typical bóndi (freeman) was more likely to fight with a spear and shield, and most also carried a seax as a utility knife and side-arm. Bows were used in the opening stages of land battles and at sea, but they tended to be considered less "honourable" than melee weapons. Vikings were relatively unusual for the time in their use of axes as a main battle weapon. The Húscarls, the elite guard of King Cnut (and later of King Harold II) were armed with two-handed axes that could split shields or metal helmets with ease. The warfare and violence of the Vikings were often motivated and fuelled by their beliefs in Norse religion, focusing on Thor and Odin, the gods of war and death. In combat, it is believed that the Vikings sometimes engaged in a disordered style of frenetic, furious fighting known as berserkergang, leading them to be termed berserkers. Such tactics may have been deployed intentionally by shock troops, and the berserk-state may have been induced through ingestion of materials with psychoactive properties, such as the hallucinogenic mushrooms, Amanita muscaria, or large amounts of alcohol. Trade The Vikings established and engaged in extensive trading networks throughout the known world and had a profound influence on the economic development of Europe and Scandinavia. Except for the major trading centres of Ribe, Hedeby and the like, the Viking world was unfamiliar with the use of coinage and was based on so called bullion economy, that is, the weight of precious metals. Silver was the most common metal in the economy, although gold was also used to some extent. Silver circulated in the form of bars, or ingots, as well as in the form of jewellery and ornaments. A large number of silver hoards from the Viking Age have been uncovered, both in Scandinavia and the lands they settled. Traders carried small scales, enabling them to measure weight very accurately, so it was possible to have a very precise system of trade and exchange, even without a regular coinage. Goods Organized trade covered everything from ordinary items in bulk to exotic luxury products. The Viking ship designs, like that of the knarr, were an important factor in their success as merchants. Imported goods from other cultures included: Spices were obtained from Chinese and Persian traders, who met with the Viking traders in Russia. Vikings used homegrown spices and herbs like caraway, thyme, horseradish and mustard, but imported cinnamon. Glass was much prized by the Norse. The imported glass was often made into beads for decoration and these have been found in the thousands. Åhus in Scania and the old market town of Ribe were major centres of glass bead production. Silk was a very important commodity obtained from Byzantium (modern day Istanbul) and China. It was valued by many European cultures of the time, and the Vikings used it to indicate status such as wealth and nobility. Many of the archaeological finds in Scandinavia include silk. Wine was imported from France and Germany as a drink of the wealthy, augmenting the regular mead and beer. To counter these valuable imports, the Vikings exported a large variety of goods. These goods included: Amber—the fossilised resin of the pine tree—was frequently found on the North Sea and Baltic coastline. It was worked into beads and ornamental objects, before being traded. (See also the Amber Road). Fur was also exported as it provided warmth. This included the furs of pine martens, foxes, bears, otters and beavers. Cloth and wool. The Vikings were skilled spinners and weavers and exported woollen cloth of a high quality. Down was collected and exported. The Norwegian west coast supplied eiderdowns and sometimes feathers were bought from the Samis. Down was used for bedding and quilted clothing. Fowling on the steep slopes and cliffs was dangerous work and was often lethal. Slaves, known as thralls in Old Norse. On their raids, the Vikings captured many people, among them monks and clergymen. They were sometimes sold as slaves to Arab merchants in exchange for silver. Other exports included weapons, walrus ivory, wax, salt and cod. As one of the more exotic exports, hunting birds were sometimes provided from Norway to the European aristocracy, from the 10th century. Many of these goods were also traded within the Viking world itself, as well as goods such as soapstone and whetstone. Soapstone was traded with the Norse on Iceland and in Jutland, who used it for pottery. Whetstones were traded and used for sharpening weapons, tools and knives. There are indications from Ribe and surrounding areas, that the extensive medieval trade with oxen and cattle from Jutland (see Ox Road), reach as far back as c. 720 AD. This trade satisfied the Vikings' need for leather and meat to some extent, and perhaps hides for parchment production on the European mainland. Wool was also very important as a domestic product for the Vikings, to produce warm clothing for the cold Scandinavian and Nordic climate, and for sails. Sails for Viking ships required large amounts of wool, as evidenced by experimental archaeology. There are archaeological signs of organised textile productions in Scandinavia, reaching as far back as the early Iron Ages. Artisans and craftsmen in the larger towns were supplied with antlers from organised hunting with large-scale reindeer traps in the far north. They were used as raw material for making everyday utensils like combs. Legacy Medieval perceptions In England the Viking Age began dramatically on 8 June 793 when Norsemen destroyed the abbey on the island of Lindisfarne. The devastation of Northumbria's Holy Island shocked and alerted the royal courts of Europe to the Viking presence. "Never before has such an atrocity been seen," declared the Northumbrian scholar Alcuin of York. Medieval Christians in Europe were totally unprepared for the Viking incursions and could find no explanation for their arrival and the accompanying suffering they experienced at their hands save the "Wrath of God". More than any other single event, the attack on Lindisfarne demonised perception of the Vikings for the next twelve centuries. Not until the 1890s did scholars outside Scandinavia begin to seriously reassess the achievements of the Vikings, recognizing their artistry, technological skills, and seamanship. Norse Mythology, sagas, and literature tell of Scandinavian culture and religion through tales of heroic and mythological heroes. Early transmission of this information was primarily oral, and later texts relied on the writings and transcriptions of Christian scholars, including the Icelanders Snorri Sturluson and Sæmundur fróði. Many of these sagas were written in Iceland, and most of them, even if they had no Icelandic provenance, were preserved there after the Middle Ages due to the continued interest of Icelanders in Norse literature and law codes. The 200-year Viking influence on European history is filled with tales of plunder and colonisation, and the majority of these chronicles came from western witnesses and their descendants. Less common, though equally relevant, are the Viking chronicles that originated in the east, including the Nestor chronicles, Novgorod chronicles, Ibn Fadlan chronicles, Ibn Rusta chronicles, and brief mentions by Photius, patriarch of Constantinople, regarding their first attack on the Byzantine Empire. Other chroniclers of Viking history include Adam of Bremen, who wrote, in the fourth volume of his Gesta Hammaburgensis Ecclesiae Pontificum, "[t]here is much gold here (in Zealand), accumulated by piracy. These pirates, which are called wichingi by their own people, and Ascomanni by our own people, pay tribute to the Danish king." In 991, the Battle of Maldon between Viking raiders and the inhabitants of Maldon in Essex was commemorated with a poem of the same name. Post-medieval perceptions Early modern publications, dealing with what is now called Viking culture, appeared in the 16th century, e.g. Historia de gentibus septentrionalibus (History of the northern people) of Olaus Magnus (1555), and the first edition of the 13th-century Gesta Danorum (Deeds of the Danes), by Saxo Grammaticus, in 1514. The pace of publication increased during the 17th century with Latin translations of the Edda (notably Peder Resen's Edda Islandorum of 1665). In Scandinavia, the 17th-century Danish scholars Thomas Bartholin and Ole Worm and the Swede Olaus Rudbeck used runic inscriptions and Icelandic sagas as historical sources. An important early British contributor to the study of the Vikings was George Hickes, who published his Linguarum vett. septentrionalium thesaurus (Dictionary of the Old Northern Languages) in 1703–05. During the 18th century, British interest and enthusiasm for Iceland and early Scandinavian culture grew dramatically, expressed in English translations of Old Norse texts and in original poems that extolled the supposed Viking virtues. The word "viking" was first popularised at the beginning of the 19th century by Erik Gustaf Geijer in his poem, The Viking. Geijer's poem did much to propagate the new romanticised ideal of the Viking, which had little basis in historical fact. The renewed interest of Romanticism in the Old North had contemporary political implications. The Geatish Society, of which Geijer
former general, was fearful that his forces would be cut off in the north by the attacking communists; Thieu ordered a retreat, which soon turned into a bloody rout. While the bulk of ARVN forces attempted to flee, isolated units fought desperately. ARVN general Phu abandoned Pleiku and Kon Tum and retreated toward the coast, in what became known as the "column of tears". On 20 March, Thieu reversed himself and ordered Huế, Vietnam's third-largest city, be held at all costs, and then changed his policy several times. As the PAVN launched their attack, panic set in, and ARVN resistance withered. On 22 March, the PAVN opened the siege of Huế. Civilians flooded the airport and the docks hoping for any mode of escape. As resistance in Huế collapsed, PAVN rockets rained down on Da Nang and its airport. By 28 March 35,000 PAVN troops were poised to attack the suburbs. By 30 March 100,000 leaderless ARVN troops surrendered as the PAVN marched victoriously through Da Nang. With the fall of the city, the defense of the Central Highlands and Northern provinces came to an end. Final North Vietnamese offensive With the northern half of the country under their control, the Politburo ordered General Dung to launch the final offensive against Saigon. The operational plan for the Ho Chi Minh Campaign called for the capture of Saigon before 1 May. Hanoi wished to avoid the coming monsoon and prevent any redeployment of ARVN forces defending the capital. Northern forces, their morale boosted by their recent victories, rolled on, taking Nha Trang, Cam Ranh and Da Lat. On 7 April, three PAVN divisions attacked Xuân Lộc, east of Saigon. For two bloody weeks, severe fighting raged as the ARVN defenders made a last stand to try to block the PAVN advance. On 21 April, however, the exhausted garrison was ordered to withdraw towards Saigon. An embittered and tearful president Thieu resigned on the same day, declaring that the United States had betrayed South Vietnam. In a scathing attack, he suggested that Kissinger had tricked him into signing the Paris peace agreement two years earlier, promising military aid that failed to materialize. Having transferred power to Trần Văn Hương on 21 April, he left for Taiwan on 25 April. After having appealed unsuccessfully to Congress for $722 million in emergency aid for South Vietnam, President Ford had given a televised speech on 23 April, declaring an end to the Vietnam War and all U.S. aid. By the end of April, the ARVN had collapsed on all fronts except in the Mekong Delta. Thousands of refugees streamed southward, ahead of the main communist onslaught. On 27 April 100,000 PAVN troops encircled Saigon. The city was defended by about 30,000 ARVN troops. To hasten a collapse and foment panic, the PAVN shelled Tan Son Nhut Airport and forced its closure. With the air exit closed, large numbers of civilians found that they had no way out. Fall of Saigon Chaos, unrest, and panic broke out as hysterical South Vietnamese officials and civilians scrambled to leave Saigon. Martial law was declared. American helicopters began evacuating South Vietnamese, U.S. and foreign nationals from various parts of the city and from the U.S. embassy compound. Operation Frequent Wind had been delayed until the last possible moment, because of U.S. Ambassador Graham Martin's belief that Saigon could be held and that a political settlement could be reached. Frequent Wind was the largest helicopter evacuation in history. It began on 29 April, in an atmosphere of desperation, as hysterical crowds of Vietnamese vied for limited space. Frequent Wind continued around the clock, as PAVN tanks breached defenses near Saigon. In the early morning hours of 30 April, the last U.S. Marines evacuated the embassy by helicopter, as civilians swamped the perimeter and poured into the grounds. On 30 April 1975, PAVN troops entered the city of Saigon and quickly overcame all resistance, capturing key buildings and installations. Two tanks from the 203rd Tank Brigade of the 2nd Corps crashed through the gates of the Independence Palace and the Viet Cong flag was raised above it at 11:30 am local time. President Dương Văn Minh, who had succeeded Huong two days earlier, surrendered to Lieutenant colonel Bùi Văn Tùng, the political commissar of the 203rd Tank Brigade. Minh was then escorted to Radio Saigon to announce the surrender declaration (spontaneously written by Tung). The statement was on air at 2:30 pm. Opposition to U.S. involvement, 1964–1973 During the course of the Vietnam War a large segment of the American population came to be opposed to U.S. involvement in Southeast Asia. Public opinion steadily turned against the war following 1967 and by 1970 only a third of Americans believed that the U.S. had not made a mistake by sending troops to fight in Vietnam. Early opposition to U.S. involvement in Vietnam drew its inspiration from the Geneva Conference of 1954. American support of Diệm in refusing elections was seen as thwarting the democracy America claimed to support. John F. Kennedy, while senator, opposed involvement in Vietnam. Nonetheless, it is possible to specify certain groups who led the anti-war movement at its peak in the late 1960s and the reasons why. Many young people protested because they were the ones being drafted, while others were against the war because the anti-war movement grew increasingly popular among the counterculture. Some advocates within the peace movement advocated a unilateral withdrawal of U.S. forces from Vietnam. Opposition to the Vietnam War tended to unite groups opposed to U.S. anti-communism and imperialism, and for those involved with the New Left, such as the Catholic Worker Movement. Others, such as Stephen Spiro, opposed the war based on the theory of Just War. Some wanted to show solidarity with the people of Vietnam, such as Norman Morrison emulating the self-immolation of Thích Quảng Đức. High-profile opposition to the Vietnam War increasingly turned to mass protests in an effort to shift U.S. public opinion. Riots broke out at the 1968 Democratic National Convention during protests against the war. After news reports of American military abuses, such as the 1968 My Lai Massacre, brought new attention and support to the anti-war movement, some veterans joined Vietnam Veterans Against the War. On 15 October 1969, the Vietnam Moratorium attracted millions of Americans. The fatal shooting of four students at Kent State University in 1970 led to nationwide university protests. Anti-war protests declined after the signing of the Paris Peace Accords and the end of the draft in January 1973, and the withdrawal of American troops from Vietnam in the months following. Involvement of other countries Pro-Hanoi China In 1950, the People's Republic of China extended diplomatic recognition to the Democratic Republic of Vietnam and sent heavy weapons, as well as military advisers led by Luo Guibo to assist the Viet Minh in its war with the French. The first draft of the 1954 Geneva Accords was negotiated by French prime minister Pierre Mendès France and Chinese Premier Zhou Enlai who, seeing U.S. intervention coming, urged the Viet Minh to accept a partition at the 17th parallel. China's support for North Vietnam when the U.S. started to intervene included both financial aid and the deployment of hundreds of thousands of military personnel in support roles. In the summer of 1962, Mao Zedong agreed to supply Hanoi with 90,000 rifles and guns free of charge. Starting in 1965, China sent anti-aircraft units and engineering battalions to North Vietnam to repair the damage caused by American bombing, man anti-aircraft batteries, rebuild roads and railroads, transport supplies, and perform other engineering works. This freed North Vietnamese army units for combat in the South. China sent 320,000 troops and annual arms shipments worth $180 million. The Chinese military claims to have caused 38% of American air losses in the war. China claimed that its military and economic aid to North Vietnam and the Viet Cong totaled $20 billion (approx. $143 billion adjusted for inflation in 2015) during the Vietnam War. Included in that aid were donations of 5 million tons of food to North Vietnam (equivalent to North Vietnamese food production in a single year), accounting for 10–15% of the North Vietnamese food supply by the 1970s. Sino-Soviet relations soured after the Soviets invaded Czechoslovakia in August 1968. In October, the Chinese demanded North Vietnam cut relations with Moscow, but Hanoi refused. The Chinese began to withdraw in November 1968 in preparation for a clash with the Soviets, which occurred at Zhenbao Island in March 1969. In 1967, the Chinese government launched a secret military program named "Project 523". which intended to find a treatment for malaria to provide the assistance to the PAVN who suffered malaria. As a result, Chinese scientist Tu Youyou and her collaborators discovered artemisinin. Tu was awarded the Nobel Prize in 2015 for her contribution on the anti-malaria treatment. The Chinese also began financing the Khmer Rouge as a counterweight to North Vietnam at this time. China "armed and trained" the Khmer Rouge during the civil war and continued to aid them for years afterward. The Khmer Rouge launched ferocious raids into Vietnam in 1975–1978. When Vietnam responded with an invasion that toppled the Khmer Rouge, China launched a brief, punitive invasion of Vietnam in 1979. Soviet Union Soviet ships in the South China Sea gave vital early warnings to PAVN/VC forces in South Vietnam. The Soviet intelligence ships would pick up American B-52 bombers flying from Okinawa and Guam. Their airspeed and direction would be noted and then relayed to the Central Office for South Vietnam, North Vietnam's southern headquarters. Using airspeed and direction, COSVN analysts would calculate the bombing target and tell any assets to move "perpendicularly to the attack trajectory." These advance warnings gave them time to move out of the way of the bombers, and, while the bombing runs caused extensive damage, because of the early warnings from 1968 to 1970 they did not kill a single military or civilian leader in the headquarters complexes. The Soviet Union supplied North Vietnam with medical supplies, arms, tanks, planes, helicopters, artillery, anti-aircraft missiles and other military equipment. Soviet crews fired Soviet-made surface-to-air missiles at U.S. F-4 Phantoms, which were shot down over Thanh Hóa in 1965. Over a dozen Soviet soldiers lost their lives in this conflict. Following the dissolution of the Soviet Union in 1991, Russian Federation officials acknowledged that the Soviet Union had stationed up to 3,000 troops in Vietnam during the war. Some Russian sources give more specific numbers: Between 1953 and 1991, the hardware donated by the Soviet Union included 2,000 tanks, 1,700 APCs, 7,000 artillery guns, over 5,000 anti-aircraft guns, 158 surface-to-air missile launchers, and 120 helicopters. During the war, the Soviets sent North Vietnam annual arms shipments worth $450 million. From July 1965 to the end of 1974, fighting in Vietnam was observed by some 6,500 officers and generals, as well as more than 4,500 soldiers and sergeants of the Soviet Armed Forces. In addition, Soviet military schools and academies began training Vietnamese soldiers—in all more than 10,000 military personnel. The KGB had also helped develop the signals intelligence (SIGINT) capabilities of the North Vietnamese, through an operation known as Vostok (also known as Phương Đông, meaning "Orient" and named after the Vostok 1). The Vostok program was a counterintelligence and espionage program. These programs were pivotal in detecting and defeating CIA and South Vietnamese commando teams sent into North Vietnam, as they were detected and captured. The Soviets helped the Ministry of Public Security recruit foreigners within high-level diplomatic circles among the Western-allies of the US, under a clandestine program known as "B12,MM" which produced thousands of high-level documents for nearly a decade, including targets of B-52 strikes. In 1975, the SIGINT services had broken information from Western US-allies in Saigon, determining that the US would not intervene to save South Vietnam from collapse. Czechoslovakia The Czechoslovak Socialist Republic was a member of the Warsaw Pact and sent significant aid to North Vietnam, both prior to and after the Prague Spring. The Czechoslovakian government created committees which sought to not only promote and establish peace, but also to promote victory for Viet Cong and PAVN forces. Czech-made equipment and military aid would increase significantly following the Prague Spring. Czechoslovakia continued to send tens of thousands of Czech-made rifles as well as mortar and artillery throughout the war. In general, Czechoslovakia was aligned with European leftist movements, and there were simultaneous protests demonstrating against the Soviet intervention in Prague and the US intervention in Vietnam. Cooperation with Czechoslovakia on the development of North Vietnamese air capabilities began as early as 1956. Czechoslovak instructors and trainers instructed the Vietnam People's Air Force (VPAF) in China and helped them develop a modernised air force, with the Czech-built Aero Ae-45 and Aero L-29 Delfín alongside Zlín Z 26 aircraft utilised significantly for training, and regarded as preferential to Soviet-built Yakovlev Yak-3 as training aircraft. North Korea As a result of a decision of the Korean Workers' Party in October 1966, in early 1967, North Korea (officially known as Democratic People's Republic of Korea) sent a Korean People's Army Air Force fighter squadron to North Vietnam to back up the North Vietnamese 921st and 923rd Fighter Squadrons defending Hanoi. The North Koreans stayed through 1968, and 200 pilots were reported to have served. In addition, at least two anti-aircraft artillery regiments were sent as well. Cuba The contributions to North Vietnam by the Republic of Cuba under Fidel Castro have been recognized several times by representatives of the Democratic Republic of Vietnam. Castro mentioned in his discourses the Batallón Girón (Giron Battalion) as comprising the Cuban contingent that served as military advisors during the war. In this battalion, the Cubans were aided by Nguyễn Thị Định, founding member of the Viet Cong, who later became the first female major general in the PAVN. There are numerous allegations by former U.S. prisoners of war that Cuban Revolutionary Armed Forces personnel were present at North Vietnamese prison facilities during the war and that they participated in torture activities. Witnesses to this include Senator John McCain, the 2008 U.S. presidential candidate and a former Vietnam prisoner of war, according to his 1999 book Faith of My Fathers. Other Eastern Bloc countries The Ministry of Public Security of Vietnam (Bộ Công An) states that there was special interest towards the Stasi of East Germany in establishing an intelligence and security apparatus, particularly since the Stasi was well-regarded and considered as "industrial, modern, and (with a) scientific working-style". In official Vietnamese language histories on the Vietnamese Ministry of Public Security, the assistance provided by the Soviet and East German intelligence services to Vietnam is usually rated as the most important within the socialist bloc. East Germany had also provided a substantial amount of aid to help North Vietnam duplicate "Green Dragon" identity cards, which were created by Saigon in order to identify North Vietnamese combatants and were difficult to duplicate. East German authorities had also begun providing material and technical aid to help develop and modernise the North Vietnamese economy and military. In addition, East Germany had also vigorously denounced the US war effort, and had reaped significant international and diplomatic standing as a result of its anti-war campaigns. Romania was also among primary supporters of North Vietnam during the war in political, economic and military terms. Contemporarily, the Eastern Bloc country was also known for its role in the mediation activities in the mid-1960s, resulting in what became known as the "Trinh Signal" in January 1967, in which Hanoi accepted the possibility of negotiation with Washington. Bulgaria committed their charge-free military and economic supplies to North Vietnam in a bilateral agreement signed in 1972. Bulgarian military aid had already been provided to the latter since 1967. Similar conducts was undertaken by Hungary, which was reaffirmed in mutual visits of Hungary and North Vietnam in 1972 and 1973. Hungary also expressed their support through their representatives at the International Commission of Control and Supervision, a body established to supervise the implementation of the Paris Peace Accords. Pro-Saigon As South Vietnam was formally part of a military alliance with the US, Australia, New Zealand, France, the UK, Pakistan, Thailand and the Philippines, the alliance was invoked during the war. The UK, France and Pakistan declined to participate, and South Korea and Taiwan were non-treaty participants. South Korea On the anti-communist side, South Korea (a.k.a. the Republic of Korea, ROK) had the second-largest contingent of foreign troops in South Vietnam after the United States. In November 1961, President Park Chung-hee proposed South Korean participation in the war to John F. Kennedy, but Kennedy disagreed as they were not SEATO treaty members. On 1 May 1964, Lyndon Johnson agreed to permit South Korean participation under the Many Flags Program in return for monetary compensation. The first South Korean troops began arriving in 1964 and large combat formations began arriving a year later. The ROK Marine Corps dispatched their 2nd Marine Brigade, while the ROK Army sent the Capital Division and later the 9th Infantry Division. In August 1966, after the arrival of the 9th Division, the Koreans established a corps command, the Republic of Korea Forces Vietnam Field Command, near I Field Force at Nha Trang. State Department reports publicly questioned the usefulness of ROK forces in the conflict, as they have "appeared to have been reluctant to undertake offensive operations, and are only useful in guarding a small sector of the populated area". State department reports furthermore state that ROK forces engaged in systemic, well-organised corruption in diverting US-equipment, and that actual security was often provided by South Vietnamese Regional Forces, which lacked organic firepower and heavy artillery but served as a buffer between Korean units and the PAVN/VC. In addition, a RAND author conducting studies in South Vietnam in 1970 alleged that ROK forces had a "deliberate, systematic policy of committing atrocities", prompting civilians to leave ROK-controlled sectors. The conduct of ROK forces often emboldened and strengthened the Viet Cong, adding ranks from an otherwise neutral population and undermining efforts to defeat the insurgency overall. Approximately 320,000 South Korean soldiers were sent to Vietnam, each serving a one-year tour of duty. Maximum troop levels peaked at 50,000 in 1968, however all were withdrawn by 1973. About 5,099 South Koreans were killed and 10,962 wounded during the war. South Korea claimed to have killed 41,000 Viet Cong. The United States paid South Korean soldiers 236 million dollars for their efforts in Vietnam, and South Korean GNP increased five-fold during the war. Thailand Thai Army formations, including the Royal Thai Volunteer Regiment (Queen's Cobras) and later the Royal Thai Army Expeditionary Division (Black Panthers), saw action in South Vietnam between 1965 and 1971. Thai forces saw much more action in the covert war in Laos between 1964 and 1972, though Thai regular formations there were heavily outnumbered by the irregular "volunteers" of the CIA-sponsored Police Aerial Reconnaissance Units or PARU, who carried out reconnaissance activities on the western side of the Ho Chi Minh trail. Australia and New Zealand Australia and New Zealand, close allies of the United States and members of the SEATO and the ANZUS military cooperation treaty, sent ground troops to Vietnam. Both nations had gained experience in counterinsurgency and jungle warfare during the Malayan Emergency and World War II, and their governments subscribed to the domino theory. New Zealand was, however, a reluctant participant. Officials expected a foreign intervention to fail, were concerned that they would be supporting a corrupt regime, and did not want to further stretch their country's small military (which was already deployed to Malaysia). In the end, though, a desire to prove their commitment to the ANZUS alliance and discourage an American withdrawal from Southeast Asia necessitated a military commitment. Australia began by sending advisors to Vietnam in 1962, and combat troops were committed in 1965. New Zealand began by sending a detachment of engineers and an artillery battery, later sending special forces and regular infantry, which were attached to Australian formations. Australia's peak commitment was 7,672 combat troops and New Zealand's 552. Around 50,190 Australian Defence Force personnel were involved during the war, of which 521 were killed and more than 3,000 wounded. Approximately 3,500 New Zealand Defence Force personnel served in Vietnam, with 37 killed and 187 wounded. Most Australians and New Zealanders served in the 1st Australian Task Force in Phước Tuy Province. Australia, with decades of experience from both the Malayan Emergency and its AATTV role in 1962, recognised the necessity of a true counter-insurgency, which relied on providing village-level security, establishing civilian trust and economic incentives and improving ARVN capabilities. This brought Australian commanders into conflict with Westmoreland's conventional attrition warfare approach, since Australian ground forces were required to follow US doctrine. Nevertheless, Australian forces were generally the most capable at counter-insurgency, and they helped to train Regional Forces despite being under significant doctrinal constraints. Philippines Some 10,450 Philippine Armed Forces troops were dispatched to South Vietnam and primarily supported medical and other civilian pacification projects. These forces operated under the designation A or Philippine Civic Action Group-Vietnam. The naval base at Subic Bay was used for the U.S. Seventh Fleet from 1964 until the end of the war in 1975. Subic Bay and Clark Air Base achieved maximum functionality during the war, as well as supporting an estimated 80,000 locals in allied tertiary businesses that ranged from shoe making to prostitution. Taiwan Beginning in November 1967, Taiwan secretly operated a cargo transport detachment to assist the United States and South Vietnam. Taiwan also provided military training units for the South Vietnamese diving units, later known as the Lien Doi Nguoi Nhai (LDMN) or "Frogman unit" in English. Military commandos from Taiwan were captured by North Vietnamese forces three times trying to infiltrate North Vietnam. Neutral and non-belligerent nations Canada Contributor to the three-nation monitoring-force, the International Control Commission (ICC/ICSC) [1954–1973] and, briefly, its successor: the International Commission for Control and Supervision (ICCS) [1973-1973]. Officially, Canada did not have state-sanctioned combat involvement in the Vietnam War, and diplomatically, it was "non-belligerent", though the sympathies of the state and many of its citizens were well-understood by both sides. The Vietnam War entry in The Canadian Encyclopedia asserts that Canada's record on the truce commissions was a pro-Saigon partisan one. Under Prime Minister Pierre Trudeau, Immigration and Citizenship Canada notably accepted approximately 40,000 American draft evaders and military deserters as legal immigrants despite U.S. pressure. At the same time, approximately 20,000 Canadians crossed the U.S.-Canada border to illegally enlist in the U.S. Armed Forces for service in Vietnam, of which 134 died. United Kingdom The Johnson administration was anxious to secure a military commitment from Britain, which the United States was closely allied with through NATO and the Special Relationship. The United States had previously cancelled its planned air intervention at the end of the First Indochina War because of doubts from British Prime Ministers Winston Churchill and Anthony Eden. McNamara and Bundy joked that they would give a billion dollars for one British brigade. After the 1964 general election Johnson began lobbying the new Labour Prime Minister Harold Wilson for a small British Armed Forces deployment. However, the war was deeply unpopular in Britain and Wilson rebuffed Johnson's requests. The denial of military assistance slightly strained U.S.-U.K. relations in the 1960s. Poland Contributor to the three-nation monitoring-force, the International Control Commission (ICC/ICSC) [1954–1973] and its successor: the International Commission for Control and Supervision (ICCS) [1973–1975]. The Polish People's Republic had played a substantive role in brokering and serving as an intermediary for peace-talks between Hanoi and Saigon, as part of a delegation under the International Control Commission established under the Geneva Accords. Recent evidence has emerged that Poland played an early role in attempting to broker talks between Ngô Đình Nhu and the Diem regime and Hanoi in 1963 in an effort to prevent the expansion of the war, given that Polish representatives were the only communist nation present in Saigon and had acted as a broker and representative for Hanoi. Spain President Johnson had asked the Spanish Caudillo Francisco Franco to contribute a military contingent to the war effort. After lengthy debate between his ministers, Franco took the advice of veteran General Agustín Muñoz Grandes. Franco was even more cautious in committing himself to the US cause and finally decided to send a medical team of around thirty people, and under strict secrecy. The first group of medical soldiers, including four doctors, seven nurses and one officer in charge of military supplies, arrived in Vietnam in 1966 and worked at Truong Cong Dinh hospital in the Gò Công district. From 1966 to 1971 three other groups, totalling nearly 100 Spaniards, worked at the hospital. Brazil Brazil, under a U.S.-backed military regime, officially supported the United States' position in South Vietnam and contributed a medical team and supplies to the country. It was the only Latin American country with a presence in the region. United Front for the Liberation of Oppressed Races (FULRO) The ethnic minority peoples of South Vietnam, like the Montagnards (Degar) in the Central Highlands, the Hindu and Muslim Cham, and the Buddhist Khmer Krom, were actively recruited in the war. There was an active strategy of recruitment and favorable treatment of Montagnard tribes for the Viet Cong, as they were pivotal for control of infiltration routes. Some groups had split off and formed the United Front for the Liberation of Oppressed Races (French: Front Uni de Lutte des Races Opprimées, acronym: FULRO) to fight for autonomy or independence. FULRO fought against both the South Vietnamese and the Viet Cong, later proceeding to fight against the unified Socialist Republic of Vietnam after the fall of South Vietnam. During the war, the South Vietnamese president Ngo Dinh Diem began a program to settle ethnic Vietnamese Kinh on Montagnard lands in the Central Highlands region. This provoked a backlash from the Montagnards, some joining the Viet Cong as a result. The Cambodians under both the pro-China King Sihanouk and the pro-American Lon Nol supported their fellow co-ethnic Khmer Krom in South Vietnam, following an anti-ethnic Vietnamese policy. Following Vietnamization many Montagnard groups and fighters were incorporated into the Vietnamese Rangers as border sentries. War crimes A large number of war crimes took place during the Vietnam War. War crimes were committed by both sides during the conflict and included rape, massacres of civilians, bombings of civilian targets, terrorism, the widespread use of torture, and the murder of prisoners of war. Additional common crimes included theft, arson, and the destruction of property not warranted by military necessity. South Vietnamese, Korean and American In 1968, the Vietnam War Crimes Working Group (VWCWG) was established by the Pentagon task force set up in the wake of the My Lai Massacre, to attempt to ascertain the veracity of emerging claims of war crimes by U.S. armed forces in Vietnam, during the Vietnam War period. Of the war crimes reported to military authorities, sworn statements by witnesses and status reports indicated that 320 incidents had a factual basis. The substantiated cases included 7 massacres between 1967 and 1971 in which at least 137 civilians were killed; seventy eight further attacks targeting non-combatants resulting in at least 57 deaths, 56 wounded and 15 sexually assaulted; and 141 cases of U.S. soldiers torturing civilian detainees or prisoners of war with fists, sticks, bats, water or electric shock. Journalism in the ensuing years has documented other overlooked and uninvestigated war crimes involving every army division that was active in Vietnam, including the atrocities committed by Tiger Force. Rummel estimated that American forces committed around 5,500 democidal killings between 1960 and 1972, from a range of between 4,000 and 10,000 killed. U.S. forces established numerous free-fire zones as a tactic to prevent Viet Cong fighters from sheltering in South Vietnamese villages. Such practice, which involved the assumption that any individual appearing in the designated zones was an enemy combatant that could be freely targeted by weapons, is regarded by journalist Lewis M. Simons as "a severe violation of the laws of war". Nick Turse, in his 2013 book, Kill Anything that Moves, argues that a relentless drive toward higher body counts, a widespread use of free-fire zones, rules of engagement where civilians who ran from soldiers or helicopters could be viewed as Viet Cong and a widespread disdain for Vietnamese civilians led to massive civilian casualties and endemic war crimes inflicted by U.S. troops. One example cited by Turse is Operation Speedy Express, an operation by the 9th Infantry Division, which was described by John Paul Vann as, in effect, "many Mỹ Lais". A report by Newsweek magazine suggested that at least 5,000 civilians may have been killed during six months of the operation, and there were approximately 748 recovered weapons and an official US military body count of 10,889 enemy combatants killed. R.J. Rummel estimated that 39,000 were killed by South Vietnam during the Diem-era in democide from a range of between 16,000 and 167,000 people; for 1964 to 1975, Rummel estimated 50,000 people were killed in democide, from a range of between 42,000 and 128,000. Thus, the total for 1954 to 1975 is 81,000, from a range of between 57,000 and 284,000 deaths caused by South Vietnam. Benjamin Valentino estimates 110,000–310,000 deaths as a "possible case" of "counter-guerrilla mass killings" by U.S. and South Vietnamese forces during the war. The Phoenix Program, coordinated by the CIA and involving US and South Vietnamese security forces, was aimed at destroying the political infrastructure of the Viet Cong. The program killed 26,369 to 41,000 people, with an unknown number being innocent civilians. Torture and ill-treatment were frequently applied by the South Vietnamese to POWs as well as civilian prisoners. During their visit to the Con Son Prison in 1970, U.S. congressmen Augustus F. Hawkins and William R. Anderson witnessed detainees either confined in minute "tiger cages" or chained to their cells, and provided with poor-quality food. A group of American doctors inspecting the prison in the same year found many inmates suffering symptoms resulting from forced immobility and torture. During their visits to transit detention facilities under American administration in 1968 and 1969, the International Red Cross recorded many cases of torture and inhumane treatment before the captives were handed over to South Vietnamese authorities. Torture was conducted by the South Vietnamese government in collusion with the CIA. South Korean forces were also accused of war crimes. One documented event was the Phong Nhị and Phong Nhất massacre where the 2nd Marine Brigade reportedly killed between 69 and 79 civilians on 12 February 1968 in Phong Nhị and Phong Nhất village, Điện Bàn District, Quảng Nam Province. South Korean forces are also accused of perpetrating other massacres, namely: Bình Hòa massacre, Binh Tai Massacre and Hà My massacre. North Vietnamese and Viet Cong Ami Pedahzur has written that "the overall volume and lethality of Viet Cong terrorism rivals or exceeds all but a handful of terrorist campaigns waged over the last third of the twentieth century", based on the definition of terrorists as a non-state actor, and examining targeted killings and civilian deaths which are estimated at over 18,000 from 1966 to 1969. The US Department of Defense estimates the VC/PAVN had conducted 36,000 murders and almost 58,000 kidnappings from 1967 to 1972, c. 1973. Benjamin Valentino attributes 45,000–80,000 "terrorist mass killings" to the Viet Cong during the war. Statistics for 1968–1972 suggest that "about 80 percent of the terrorist victims were ordinary civilians and only about 20 percent were government officials, policemen, members of the self-defence forces or pacification cadres." Viet Cong tactics included the frequent mortaring of civilians in refugee camps, and the placing of mines on highways frequented by villagers taking their goods to urban markets. Some mines were set only to go off after heavy vehicle passage, causing extensive slaughter aboard packed civilian buses. Notable Viet Cong atrocities include the massacre of over 3,000 unarmed civilians at Huế during the Tet Offensive and the killing of 252 civilians during the Đắk Sơn massacre. 155,000 refugees fleeing the final North Vietnamese Spring Offensive were reported to have been killed or abducted on the road to Tuy Hòa in 1975. According to Rummel, PAVN and Viet Cong troops killed 164,000 civilians in democide between 1954 and 1975 in South Vietnam, from a range of between 106,000 and 227,000 (50,000 of which were reportedly killed by shelling and mortar on ARVN forces during the retreat to Tuy Hoa). North Vietnam was also known for its abusive treatment of American POWs, most notably in Hỏa Lò Prison (aka the Hanoi Hilton), where torture was employed to extract confessions. Women American nurses American women served on active duty performing a variety of jobs. Early in 1963, the Army Nurse Corps (ANC) launched Operation Nightingale, an intensive effort to recruit nurses to serve in Vietnam. First Lieutenant Sharon Lane was the only female military nurse to be killed by enemy gunfire during the war, on 8 June 1969. One civilian doctor, Eleanor Ardel Vietti, who was captured by Viet Cong on 30 May 1962, in Buôn Ma Thuột, remains the only American woman unaccounted for from the Vietnam War. Although a small number of women were assigned to combat zones, they were never allowed directly in the field of battle. Unlike the men, the women who served in the military were solely volunteers. They faced a plethora of challenges, one of which was the relatively small number of female soldiers. Living in a male-dominated environment created tensions between the sexes. By 1973, approximately 7,500 women had served in Vietnam in the Southeast Asian theater. American women serving in Vietnam were subject to societal stereotypes. To address this problem, the ANC released advertisements portraying women in the ANC as "proper, professional and well protected." This effort to highlight the positive aspects of a nursing career reflected the feminism of the 1960s–1970s in the United States. Although female military nurses lived in a heavily male environment, very few cases of sexual harassment were ever reported. Vietnamese soldiers Unlike the American women who went to Vietnam, both South and North Vietnamese women were enlisted and served in combat zones. Women were enlisted in both the PAVN and the Viet Cong, many joining due to the promises of female equality and a greater social role within society. Some women also served for the PAVN and Viet Cong intelligence services. The deputy military commander of the Viet Cong, was a female general, Nguyễn Thị Định. All-female units were present throughout the entirety of the war, ranging from front-line combat troops to anti-aircraft, scout and reconnaissance units. Female combat squads were present in the Cu Chi theatre. They also fought in the Battle of Hue. In addition, large numbers of women served in North Vietnam, manning anti-aircraft batteries, providing village security and serving in logistics on the Ho Chi Minh trail. Other women were embedded with troops on the front-lines, serving as doctors and medical personnel. Đặng Thùy Trâm became renowned after her diary was published following her death. The Foreign Minister for the Viet Cong and later the PRG was also a woman, Nguyễn Thị Bình. In South Vietnam, many women voluntarily served in the ARVN's Women's Armed Force Corps (WAFC) and various other Women's corps in the military. Some, like in the WAFC, served in combat with other soldiers. Others served as nurses and doctors in the battlefield and in military hospitals, or served in South Vietnam or America's intelligence agencies. During Diệm's presidency, his sister-in-law Madame Nhu was the commander of the WAFC. Many women joined provincial and voluntary village-level militia in the People's Self-Defense Force especially during the ARVN expansions later in the war. During the war more than one million rural people migrated or fled the fighting in the South Vietnamese countryside to the cities, especially Saigon. Among the internal refugees were many young women who became the ubiquitous "bar girls" of wartime South Vietnam, "hawking her wares—be that cigarettes, liquor, or herself" to American and allied soldiers. American bases were ringed by bars and brothels. 8,040 Vietnamese women came to the United States as war brides between 1964 and 1975. Many mixed-blood Amerasian children were left behind when their American fathers returned to the United States after their tour of duty in South Vietnam; 26,000 of them were permitted to immigrate to the United States in the 1980s and 1990s. Journalists Women also played a prominent role as front-line reporters in the conflict, directly reporting on the conflict as it occurred. A number of women volunteered on the North Vietnamese side as embedded journalists, including author Lê Minh Khuê embedded with PAVN forces, on the Ho Chi Minh trail as well as on combat fronts. A number of prominent Western journalists were also involved in covering the war, with Dickey Chapelle being among the first as well as the first American female reporter killed in a war. The French-speaking Australian journalist Kate Webb was captured along with a photographer and others by the Viet Cong in Cambodia and travelled into Laos with them; they were released back into Cambodia after 23 days of captivity. Webb would be the first Western journalist to be captured and released, as well as cover the perspective of the Viet Cong in her memoir On The Other Side. Another French-speaking journalist, Catherine Leroy, was briefly captured and released by North Vietnamese forces during the Battle of Huế, capturing some famous photos from the battles that would appear on the cover of Life Magazine. Political Activists Women took on the role of building support for the war efforts as well. The Vietnam Women's Union, known as the Anti-Imperialism Women's Union at the time, worked to show their support of the Communist regime and to bring women together in opposition to the American involvement through their political involvement and mobilization of women. Black servicemen The experience of American military personnel of African ancestry during the Vietnam War had received significant attention. For example, the website "African-American Involvement in the Vietnam War" compiles examples of such coverage, as does the print and broadcast work of journalist Wallace Terry whose book Bloods: An Oral History of the Vietnam War by Black Veterans (1984), includes observations about the impact of the war on the black community in general and on black servicemen specifically. Points he makes on the latter topic include: the higher proportion of combat casualties in Vietnam among African American servicemen than among American soldiers of other races, the shift toward and different attitudes of black military volunteers and black conscripts, the discrimination encountered by black servicemen "on the battlefield in decorations, promotion and duty assignments" as well as their having to endure "the racial insults, cross-burnings and Confederate flags of their white comrades"—and the experiences faced by black soldiers stateside, during the war and after America's withdrawal. Civil rights leaders protested the disproportionate casualties and the overrepresentation in hazardous duty and combat roles experienced by African American servicemen, prompting reforms that were implemented beginning in 1967–68. As a result, by the war's completion in 1975, black casualties had declined to 12.5% of US combat deaths, approximately equal to percentage of draft-eligible black men, though still slightly higher than the 10% who served in the military. Weapons During the early stages of the war, the Viet Cong mainly sustained itself with captured arms; these were often of American manufacture or were crude, makeshift weapons used alongside shotguns made of galvanized pipes. Most arms were captured from poorly defended ARVN militia outposts. In 1967, all Viet Cong battalions were reequipped with arms of Soviet design such as the AK-47 assault rifle, carbines and the RPG-2 anti-tank weapon. Their weapons were principally of Chinese or Soviet manufacture. In the period up to the conventional phase in 1970, the Viet Cong and PAVN were primarily limited to 81 mm mortars, recoilless rifles, and small arms and had significantly lighter equipment and firepower in comparison with the US arsenal. They relied on ambushes, superior stealth, planning, marksmanship, and small-unit tactics to face the disproportionate US technological advantage. After the Tet Offensive, many PAVN units incorporated light tanks such as the Type 62 Type 59 tank., BTR-60, Type 60 artillery, amphibious tanks (such as the PT-76) and integrated into new war doctrines as a mobile combined-arms force. The PAVN started receiving experimental Soviet weapons against ARVN forces, including MANPADS 9K32 Strela-2 and anti-tank missiles, 9M14 Malyutka. By 1975, they had fully transformed from the strategy of mobile light-infantry and using the people's war concept used against the United States. The US service rifle was initially the M14. The M14 was a powerful, accurate rifle, but it was heavy, hard-recoiling, and especially unwieldy in jungle fighting, as it was unsuited for the combat conditions, often suffering from feed failure. It was gradually replaced by the M16 rifle, designed by Eugene Stoner, between 1964 and 1970. When first deployed, the M16 also suffered from a propensity to jam in combat, leaving the soldier defenseless and potentially killing him. According to a congressional report, the jamming was not related to operator error or to an inherent flaw in the rifle, but instead due to a change in the gunpowder to be used in the rifle's cartridges, which led to rapid powder fouling of the action and failures to extract or feed cartridges. This decision, made after "inadequate testing", proved that "the safety of soldiers was a secondary consideration." The issue was solved in early 1968 with the issuance of the M16A1, featuring a chrome-plated bore, which reduced fouling, and the introduction of a cleaner-burning powder. Incorporating features from the German FG-42 and MG-42, the U.S. replaced their earlier M1919 Browning in most roles with the M60 machine gun, including on helicopters where it was used for suppressive fire. While its issues were not as severe as they were in the M14 or M16, the M60 still could fail to fire at crucial times – spent casings could get stuck inside of the chamber, meaning the barrel would have to be replaced before it could fire again. The AC-130 "Spectre" Gunship and the UH-1 "Huey" gunship were used frequently by the U.S. during the war. The AC-130 was a heavily armed ground-attack aircraft variant of the C-130 Hercules transport plane, while the Huey is a military helicopter powered by a single, turboshaft engine; approximately 7,000 UH-1 aircraft saw service in Vietnam. The U.S. heavily armored, 90 mm M48A3 Patton tank saw extensive action during the Vietnam War, and over 600 were deployed with U.S. Forces. US ground forces also had access to B-52 and F-4 Phantom II and other aircraft to launch napalm, white phosphorus, tear gas, chemical weapons, precision-guided munition and cluster bombs. Radio communications The Vietnam War was the first conflict where U.S. forces had secure voice communication equipment available at the tactical level. The National Security Agency ran a crash program to provide U.S. forces with a family of security equipment, codenamed NESTOR, fielding 17,000 units initially; eventually 30,000 units were produced. However, limitations of the units, including poor voice quality, reduced range, annoying time delays and logistical support issues, led to only one unit in ten being used. While many in the U.S. military believed that the Viet Cong and PAVN would not be able to exploit insecure communications, interrogation of captured communication intelligence units showed they could understand the jargon and codes used in real time and were often able to warn their side of impending U.S. actions. Extent of U.S. bombings The U.S. dropped over 7 million tons of bombs on Indochina during the war, more than triple the 2.1 million tons of bombs the U.S. dropped on Europe and Asia during all of World War II and more than ten times the amount dropped by the U.S. during the Korean War. 500 thousand tons were dropped on Cambodia, 1 million tons were dropped on North Vietnam, and 4 million tons were dropped on South Vietnam. On a per capita basis, the 2 million tons dropped on Laos make it the most heavily bombed country in history; The New York Times noted this was "nearly a ton for every person in Laos." Due to the particularly heavy impact of cluster bombs during this war, Laos was a strong advocate of the Convention on Cluster Munitions to ban the weapons, and was host to the First Meeting of States Parties to the convention in November 2010. Former U.S. Air Force official Earl Tilford has recounted "repeated bombing runs of a lake in central Cambodia. The B-52s literally dropped their payloads in the lake." The Air Force ran many missions of this kind to secure additional funding during budget negotiations, so the tonnage expended does not directly correlate with the resulting damage. Aftermath Events in Southeast Asia On 2 July 1976, North and South Vietnam were merged to form the Socialist Republic of Vietnam. Despite speculation that the victorious North Vietnamese would, in President Nixon's words, "massacre the civilians there [South Vietnam] by the millions," there is a widespread consensus that no mass executions took place. However, in the years following the war, a vast number of South Vietnamese were sent to re-education camps where many endured torture, starvation, and disease while being forced to perform hard labor. According to Amnesty International Report 1979, this figure varied considerably depend on different observers: "...included such figures as "50,000 to 80,000" (Le Monde, 19 April 1978), "150,000" (Reuters from Bien Hoa, 2 November 1977), "150,000 to 200,000" (Washington Post, 20 December 1978), and "300,000" (Agence France Presse from Hanoi, 12 February 1978)." Such variations may be because "Some estimates may include not only detainees but also people sent from the cities to the countryside." According to a native observer, 443,360 people had to register for a period in re-education camps in Saigon alone, and while some of them were released after a few days, others stayed there for more than a decade. Between 1975 and 1980, more than 1 million northerners migrated south to regions formerly in the Republic of Vietnam, while, as part of the New Economic Zones program, around 750,000 to over 1 million southerners were moved mostly to uninhabited mountainous forested areas. Gabriel García Márquez, a Nobel Prize winning writer, described South Vietnam as a "False paradise" after the war, when he visited in 1980: The US used its security council veto to block Vietnam's recognition by the United Nations three times, an obstacle to the country receiving international aid. By 1975, the North Vietnamese had lost influence over the Khmer Rouge. Phnom Penh, the capital of Cambodia, fell to the Khmer Rouge on 17 April 1975. Under the leadership of Pol Pot, the Khmer Rouge would eventually kill 1–3 million Cambodians out of a population of around 8 million, in one of the bloodiest genocides in history. The relationship between Vietnam and Democratic Kampuchea (Cambodia) escalated right after the end of the war. In response to the Khmer Rouge taking over Phu Quoc on 17 April and Tho Chu on 4 May 1975 and the belief that they were responsible for the disappearance of 500 Vietnamese natives on Tho Chu, Vietnam launched a counterattack to take back these islands. After several failed attempts to negotiate by both sides, Vietnam invaded Democratic Kampuchea in 1978 and ousted the Khmer Rouge, who were being supported by China, in the Cambodian–Vietnamese War. In response, China invaded Vietnam in 1979. The two countries fought a brief border war, known as the Sino-Vietnamese War. From 1978 to 1979, some 450,000 ethnic Chinese left Vietnam by boat as refugees or were expelled. The Pathet Lao overthrew the monarchy of Laos in December 1975, establishing the Lao People's Democratic Republic under the leadership of a member of the royal family, Souphanouvong. The change in regime was "quite peaceful, a sort of Asiatic 'velvet revolution'"—although 30,000 former officials were sent to reeducation camps, often enduring harsh conditions for several years. The conflict between Hmong rebels and the Pathet Lao continued in isolated pockets. Unexploded ordnance, mostly from U.S. bombing, continues to detonate and kill people today and has rendered much land hazardous and impossible to cultivate. According to the Vietnamese government, ordnance has killed some 42,000 people since the war officially ended. In Laos, 80 million bombs failed to explode and remain scattered throughout the country. According to the government of Laos, unexploded ordnance has killed or injured over 20,000 Laotians since the end of the war and currently 50 people are killed or maimed every year. It is estimated that the explosives still remaining buried in the ground will not be removed entirely for the next few centuries. Over 3 million people left Vietnam, Laos, and Cambodia in the Indochina refugee crisis after 1975. Most Asian countries were unwilling to accept these refugees, many of whom fled by boat and were known as boat people. Between 1975 and 1998, an estimated 1.2 million refugees from Vietnam and other Southeast Asian countries resettled in the United States, while Canada, Australia, and France resettled over 500,000. China accepted 250,000 people. Of all the countries of Indochina, Laos experienced the largest refugee flight in proportional terms, as 300,000 people out of a total population of 3 million crossed the border into Thailand. Included among their ranks were "about 90 percent" of Laos's "intellectuals, technicians, and officials." An estimated 200,000 to 400,000 Vietnamese boat people died at sea, according to the United Nations High Commissioner for Refugees. Effect on the United States Views on the war In the post-war era, Americans struggled to absorb the lessons of the military intervention. As General Maxwell Taylor, one of the principal architects of the war, noted: President Ronald Reagan coined the term "Vietnam Syndrome" to describe the reluctance of the American public and politicians to support further military interventions abroad after Vietnam. According to a 2004 Gallup poll, 62 percent of Americans believed it was an unjust war. US public polling in 1978 revealed that nearly 72% of Americans believed the war was "fundamentally wrong and immoral." Nearly a decade later, the number fell to 66%. In the past three decades, surveys have consistently shown that only around 35% of Americans believe that the war was fundamentally wrong and immoral. When surveyed in 2000, one third of Americans believed that the war was a noble cause. Failure of the war is often placed
proclaiming victory and Westmoreland stating that the "end is coming into view", internal reports in the Pentagon Papers indicate that Viet Cong forces retained strategic initiative and controlled their losses. Viet Cong attacks against static US positions accounted for 30% of all engagements, VC/PAVN ambushes and encirclements for 23%, American ambushes against Viet Cong/PAVN forces for 9%, and American forces attacking Viet Cong emplacements for only 5% of all engagements. Tet Offensive In late 1967, the PAVN lured American forces into the hinterlands at Đắk Tô and at the Marine Khe Sanh combat base in Quảng Trị Province, where the U.S. fought a series of battles known as The Hill Fights. These actions were part of a diversionary strategy meant to draw U.S. forces towards the Central Highlands. Preparations were underway for the General Offensive, General Uprising, known as Tet Mau Than, or the Tet Offensive, with the intention of Văn Tiến Dũng for forces to launch "direct attacks on the American and puppet nerve centers—Saigon, Huế, Danang, all the cities, towns and main bases..." Le Duan sought to placate critics of the ongoing stalemate by planning a decisive victory. He reasoned that this could be achieved through sparking a general uprising within the towns and cities, along with mass defections among ARVN units, who were on holiday leave during the truce period. The Tet Offensive began on 30 January 1968, as over 100 cities were attacked by over 85,000 VC/PAVN troops, including assaults on key military installations, headquarters, and government buildings and offices, including the U.S. Embassy in Saigon. U.S. and South Vietnamese forces were initially shocked by the scale, intensity and deliberative planning of the urban offensive, as infiltration of personnel and weapons into the cities was accomplished covertly; the offensive constituted an intelligence failure on the scale of Pearl Harbor. Most cities were recaptured within weeks, except the former imperial capital of Huế in which PAVN/Viet Cong troops captured most of the city and citadel except the headquarters of the 1st Division and held on in the fighting for 26 days. During that time, they had executed approximately 2,800 unarmed Huế civilians and foreigners they considered to be enemy's spies. In the following Battle of Huế American forces employed massive firepower that left 80 percent of the city in ruins. Further north, at Quảng Trị City, the ARVN Airborne Division, the 1st Division and a regiment of the US 1st Cavalry Division had managed to hold out and overcome an assault intended to capture the city. In Saigon, Viet Cong/PAVN fighters had captured areas in and around the city, attacking key installations and the neighbourhood of Cholon before US and ARVN forces dislodged them after three weeks. During one battle, Peter Arnett reported an infantry commander saying of the Battle of Bến Tre (laid to rubble by U.S. attacks) that "it became necessary to destroy the village in order to save it." During the first month of the offensive, 1,100 Americans and other allied troops, 2,100 ARVN and 14,000 civilians were killed. By the end of the first offensive, after two months, nearly 5,000 ARVN and over 4,000 U.S. forces had been killed and 45,820 wounded. The U.S. claimed 17,000 of the PAVN and Viet Cong had been killed and 15,000 wounded. A month later a second offensive known as the May Offensive was launched; although less widespread, it demonstrated the Viet Cong were still capable of carrying out orchestrated nationwide offensives. Two months later a third offensive was launched, the Phase III Offensive. The PAVN's own official records of their losses across all three offensives was 45,267 killed and 111,179 total casualties. By then it had become the bloodiest year of the war up to that point. The failure to spark a general uprising and the lack of defections among the ARVN units meant both war goals of Hanoi had fallen flat at enormous costs. Prior to Tet, in November 1967, Westmoreland had spearheaded a public relations drive for the Johnson administration to bolster flagging public support. In a speech before the National Press Club he said a point in the war had been reached "where the end comes into view." Thus, the public was shocked and confused when Westmoreland's predictions were trumped by the Tet Offensive. Public approval of his overall performance dropped from 48 percent to 36 percent, and endorsement for the war effort fell from 40 percent to 26 percent." The American public and media began to turn against Johnson as the three offensives contradicted claims of progress made by the Johnson administration and the military. At one point in 1968, Westmoreland considered the use of nuclear weapons in Vietnam in a contingency plan codenamed Fracture Jaw, which was abandoned when it became known to the White House. Westmoreland requested 200,000 additional troops, which was leaked to the media, and the subsequent fallout combined with intelligence failures caused him to be removed from command in March 1968, succeeded by his deputy Creighton Abrams. On 10 May 1968, peace talks began between the United States and North Vietnam in Paris. Negotiations stagnated for five months, until Johnson gave orders to halt the bombing of North Vietnam. At the same time, Hanoi realized it could not achieve a "total victory" and employed a strategy known as "talking while fighting, fighting while talking", in which military offensives would occur concurrently with negotiations. Johnson declined to run for re-election as his approval rating slumped from 48 to 36 percent. His escalation of the war in Vietnam divided Americans into warring camps, cost 30,000 American lives by that point and was regarded to have destroyed his presidency. Refusal to send more U.S. troops to Vietnam was also seen as Johnson's admission that the war was lost. As Secretary of Defense Robert McNamara noted, "the dangerous illusion of victory by the United States was therefore dead." Vietnam was a major political issue during the United States presidential election in 1968. The election was won by Republican party candidate Richard Nixon who claimed to have a secret plan to end the war. Vietnamization, 1969–1972 Nuclear threats and diplomacy U.S. president Richard Nixon began troop withdrawals in 1969. His plan to build up the ARVN so that it could take over the defense of South Vietnam became known as "Vietnamization". As the PAVN/VC recovered from their 1968 losses and generally avoided contact, Creighton Abrams conducted operations aimed at disrupting logistics, with better use of firepower and more cooperation with the ARVN. On 27 October 1969, Nixon had ordered a squadron of 18 B-52s loaded with nuclear weapons to race to the border of Soviet airspace to convince the Soviet Union, in accord with the madman theory, that he was capable of anything to end the Vietnam War. Nixon had also sought détente with the Soviet Union and rapprochement with China, which decreased global tensions and led to nuclear arms reduction by both superpowers; however, the Soviets continued to supply the North Vietnamese with aid. Hanoi's war strategy In September 1969, Ho Chi Minh died at age seventy-nine. The failure of Tet in sparking a popular uprising caused a shift in Hanoi's war strategy, and the Giáp-Chinh "Northern-First" faction regained control over military affairs from the Lê Duẩn-Hoàng Văn Thái "Southern-First" faction. An unconventional victory was sidelined in favor of a strategy built on conventional victory through conquest. Large-scale offensives were rolled back in favour of small-unit and sapper attacks as well as targeting the pacification and Vietnamization strategy. In the two-year period following Tet, the PAVN had begun its transformation from a fine light-infantry, limited mobility force into a high-mobile and mechanised combined arms force. U.S. domestic controversies The anti-war movement was gaining strength in the United States. Nixon appealed to the "silent majority" of Americans who he said supported the war without showing it in public. But revelations of the 1968 My Lai Massacre, in which a U.S. Army unit raped and killed civilians, and the 1969 "Green Beret Affair", where eight Special Forces soldiers, including the 5th Special Forces Group Commander, were arrested for the murder of a suspected double agent, provoked national and international outrage. In 1971, the Pentagon Papers were leaked to The New York Times. The top-secret history of U.S. involvement in Vietnam, commissioned by the Department of Defense, detailed a long series of public deceptions on the part of the U.S. government. The Supreme Court ruled that its publication was legal. Collapsing U.S. morale Following the Tet Offensive and the decreasing support among the U.S. public for the war, U.S. forces began a period of morale collapse, disillusionment and disobedience. At home, desertion rates quadrupled from 1966 levels. Among the enlisted, only 2.5% chose infantry combat positions in 1969–1970. ROTC enrollment decreased from 191,749 in 1966 to 72,459 by 1971, and reached an all-time low of 33,220 in 1974, depriving U.S. forces of much-needed military leadership. Open refusal to engage in patrols or carry out orders and disobedience began to emerge during this period, with one notable case of an entire company refusing orders to engage or carry out operations. Unit cohesion began to dissipate and focused on minimising contact with Viet Cong and PAVN. A practice known as "sand-bagging" started occurring, where units ordered to go on patrol would go into the country-side, find a site out of view from superiors and rest while radioing in false coordinates and unit reports. Drug usage increased rapidly among U.S. forces during this period, as 30% of U.S. troops regularly used marijuana, while a House subcommittee found 10–15% of U.S. troops in Vietnam regularly used high-grade heroin. From 1969 on, search-and-destroy operations became referred to as "search and evade" or "search and avoid" operations, falsifying battle reports while avoiding guerrilla fighters. A total of 900 fragging and suspected fragging incidents were investigated, most occurring between 1969 and 1971. In 1969, field-performance of the U.S. Forces was characterised by lowered morale, lack of motivation, and poor leadership. The significant decline in U.S. morale was demonstrated by the Battle of FSB Mary Ann in March 1971, in which a sapper attack inflicted serious losses on the U.S. defenders. William Westmoreland, no longer in command but tasked with investigation of the failure, cited a clear dereliction of duty, lax defensive postures and lack of officers in charge as its cause. On the collapse of U.S. morale, historian Shelby Stanton wrote: ARVN taking the lead and U.S. ground-force withdrawal Beginning in 1970, American troops were withdrawn from border areas where most of the fighting took place and instead redeployed along the coast and interior. US casualties in 1970 were less than half of 1969 casualties after being relegated to less active combat. While U.S. forces were redeployed, the ARVN took over combat operations throughout the country, with casualties double US casualties in 1969, and more than triple US ones in 1970. In the post-Tet environment, membership in the South Vietnamese Regional Force and Popular Force militias grew, and they were now more capable of providing village security, which the Americans had not accomplished under Westmoreland. In 1970, Nixon announced the withdrawal of an additional 150,000 American troops, reducing the number of Americans to 265,500. By 1970, Viet Cong forces were no longer southern-majority, as nearly 70% of units were northerners. Between 1969 and 1971 the Viet Cong and some PAVN units had reverted to small unit tactics typical of 1967 and prior instead of nationwide grand offensives. In 1971, Australia and New Zealand withdrew their soldiers and U.S. troop count was further reduced to 196,700, with a deadline to remove another 45,000 troops by February 1972. The United States also reduced support troops, and in March 1971 the 5th Special Forces Group, the first American unit deployed to South Vietnam, withdrew to Fort Bragg, North Carolina. Cambodia Prince Norodom Sihanouk had proclaimed Cambodia neutral since 1955, but permitted the PAVN/Viet Cong to use the port of Sihanoukville and the Sihanouk Trail. In March 1969 Nixon launched a massive secret bombing campaign, called Operation Menu, against communist sanctuaries along the Cambodia/Vietnam border. Only five high-ranking congressional officials were informed of Operation Menu. In March 1970, Prince Sihanouk was deposed by his pro-American prime minister Lon Nol, who demanded that North Vietnamese troops leave Cambodia or face military action. Lon Nol began rounding up Vietnamese civilians in Cambodia into internment camps and massacring them, provoking harsh reactions from both the North Vietnamese and South Vietnamese government. North Vietnam invaded Cambodia at the request of the Khmer Rouge following negotiations with deputy leader Nuon Chea. In April–May 1970, many North Vietnamese forces entered Cambodia in response to the call for help addressed to Vietnam by Nuon Chea. Nguyen Co Thach recalls: "Nuon Chea has asked for help and we have liberated five provinces of Cambodia in ten days." U.S. and ARVN forces launched the Cambodian Campaign to attack PAVN and Viet Cong bases. A counter-offensive later that year as part of Operation Chenla II by the PAVN would recapture most of the border areas and decimate most of Lon Nol's forces. The invasion of Cambodia sparked nationwide U.S. protests as Nixon had promised to deescalate the American involvement. Four students were killed by National Guardsmen in May 1970 during a protest at Kent State University in Ohio, which provoked further public outrage in the United States. The reaction to the incident by the Nixon administration was seen as callous and indifferent, reinvigorating the declining anti-war movement. The U.S. Air Force continued to heavily bomb Cambodia in support of the Cambodian government as part of Operation Freedom Deal. Laos Building up on the success of ARVN units in Cambodia, and further testing the Vietnamization program, the ARVN were tasked to launch Operation Lam Son 719 in February 1971, the first major ground operation aimed directly at attacking the Ho Chi Minh trail by attacking the major crossroad of Tchepone. This offensive would also be the first time the PAVN would field-test its combined arms force. The first few days were considered a success but the momentum had slowed after fierce resistance. Thiệu had halted the general advance, leaving armoured divisions able to surround them. Thieu had ordered air assault troops to capture Tchepone and withdraw, despite facing four-times larger numbers. During the withdrawal the PAVN counterattack had forced a panicked rout. Half of the ARVN troops involved were either captured or killed, half of the ARVN/US support helicopters were downed by anti-aircraft fire and the operation was considered a fiasco, demonstrating operational deficiencies still present within the ARVN. Nixon and Thieu had sought to use this event to show-case victory simply by capturing Tchepone, and it was spun off as an "operational success". Easter Offensive and Paris Peace Accords, 1972 Vietnamization was again tested by the Easter Offensive of 1972, a massive conventional PAVN invasion of South Vietnam. The PAVN quickly overran the northern provinces and in coordination with other forces attacked from Cambodia, threatening to cut the country in half. U.S. troop withdrawals continued, but American airpower responded, beginning Operation Linebacker, and the offensive was halted. The war was central to the 1972 U.S. presidential election as Nixon's opponent, George McGovern, campaigned on immediate withdrawal. Nixon's National Security Advisor, Henry Kissinger, had continued secret negotiations with North Vietnam's Lê Đức Thọ and in October 1972 reached an agreement. President Thieu demanded changes to the peace accord upon its discovery, and when North Vietnam went public with the agreement's details, the Nixon administration claimed they were attempting to embarrass the president. The negotiations became deadlocked when Hanoi demanded new changes. To show his support for South Vietnam and force Hanoi back to the negotiating table, Nixon ordered Operation Linebacker II, a massive bombing of Hanoi and Haiphong 18–29 December 1972. Nixon pressured Thieu to accept the terms of the agreement or else face retaliatory military action from the U.S. On 15 January 1973, all U.S. combat activities were suspended. Lê Đức Thọ and Henry Kissinger, along with the PRG Foreign Minister Nguyễn Thị Bình and a reluctant President Thiệu, signed the Paris Peace Accords on 27 January 1973. This officially ended direct U.S. involvement in the Vietnam War, created a ceasefire between North Vietnam/PRG and South Vietnam, guaranteed the territorial integrity of Vietnam under the Geneva Conference of 1954, called for elections or a political settlement between the PRG and South Vietnam, allowed 200,000 communist troops to remain in the south, and agreed to a POW exchange. There was a sixty-day period for the total withdrawal of U.S. forces. "This article", noted Peter Church, "proved... to be the only one of the Paris Agreements which was fully carried out." All U.S. forces personnel were completely withdrawn by March 1973. U.S. exit and final campaigns, 1973–1975 In the lead-up to the ceasefire on 28 January, both sides attempted to maximize the land and population under their control in a campaign known as the War of the flags. Fighting continued after the ceasefire, this time without US participation, and continued throughout the year. North Vietnam was allowed to continue supplying troops in the South but only to the extent of replacing expended material. Later that year the Nobel Peace Prize was awarded to Kissinger and Thọ, but the North Vietnamese negotiator declined it saying that true peace did not yet exist. On 15 March 1973, Nixon implied the US would intervene again militarily if the North launched a full offensive, and Secretary of Defense James Schlesinger re-affirmed this position during his June 1973 confirmation hearings. Public and congressional reaction to Nixon's statement was unfavorable, prompting the U.S. Senate to pass the Case–Church Amendment to prohibit any intervention. PAVN/VC leaders expected the ceasefire terms would favor their side, but Saigon, bolstered by a surge of U.S. aid received just before the ceasefire went into effect, began to roll back the Viet Cong. The PAVN/VC responded with a new strategy hammered out in a series of meetings in Hanoi in March 1973, according to the memoirs of Trần Văn Trà. With U.S. bombings suspended, work on the Ho Chi Minh trail and other logistical structures could proceed unimpeded. Logistics would be upgraded until the North was in a position to launch a massive invasion of the South, projected for the 1975–1976 dry season. Tra calculated that this date would be Hanoi's last opportunity to strike before Saigon's army could be fully trained. The PAVN/VC resumed offensive operations when the dry season began in 1973, and by January 1974 had recaptured territory it lost during the previous dry season. Within South Vietnam, the departure of the US military and the global recession that followed the 1973 oil crisis hurt an economy that was partly dependent on U.S. financial support and troop presence. After two clashes that left 55 ARVN soldiers dead, President Thieu announced on 4 January 1974, that the war had restarted and that the Paris Peace Accords were no longer in effect. There were over 25,000 South Vietnamese casualties during the ceasefire period. Gerald Ford took over as U.S. president on 9 August 1974 after the resignation of President Nixon, and Congress cut financial aid to South Vietnam from $1 billion a year to $700 million. Congress also voted in further restrictions on funding to be phased in through 1975 and to culminate in a total cutoff in 1976. The success of the 1973–1974 dry season offensive inspired Trà to return to Hanoi in October 1974 and plead for a larger offensive the next dry season. This time, Trà could travel on a drivable highway with regular fueling stops, a vast change from the days when the Ho Chi Minh trail was a dangerous mountain trek. Giáp, the North Vietnamese defence minister, was reluctant to approve of Trà's plan since a larger offensive might provoke U.S. reaction and interfere with the big push planned for 1976. Trà appealed to Giáp's superior, first secretary Lê Duẩn, who approved the operation. Trà's plan called for a limited offensive from Cambodia into Phước Long Province. The strike was designed to solve local logistical problems, gauge the reaction of South Vietnamese forces, and determine whether the U.S. would return. On 13 December 1974, North Vietnamese forces attacked Phước Long. Phuoc Binh, the provincial capital, fell on 6 January 1975. Ford desperately asked Congress for funds to assist and re-supply the South before it was overrun. Congress refused. The fall of Phuoc Binh and the lack of an American response left the South Vietnamese elite demoralized. The speed of this success led the Politburo to reassess its strategy. It decided that operations in the Central Highlands would be turned over to General Văn Tiến Dũng and that Pleiku should be seized, if possible. Before he left for the South, Dũng was addressed by Lê Duẩn: "Never have we had military and political conditions so perfect or a strategic advantage as great as we have now." At the start of 1975, the South Vietnamese had three times as much artillery and twice the number of tanks and armoured cars as the PAVN. They also had 1,400 aircraft and a two-to-one numerical superiority in combat troops over the PAVN/VC. However, heightened oil prices meant that many of these assets could not be adequately leveraged. Moreover, the rushed nature of Vietnamization, intended to cover the US retreat, resulted in a lack of spare parts, ground-crew, and maintenance personnel, which rendered most of the equipment inoperable. Campaign 275 On 10 March 1975, General Dung launched Campaign 275, a limited offensive into the Central Highlands, supported by tanks and heavy artillery. The target was Buôn Ma Thuột, in Đắk Lắk Province. If the town could be taken, the provincial capital of Pleiku and the road to the coast would be exposed for a planned campaign in 1976. The ARVN proved incapable of resisting the onslaught, and its forces collapsed on 11 March. Once again, Hanoi was surprised by the speed of their success. Dung now urged the Politburo to allow him to seize Pleiku immediately and then turn his attention to Kon Tum. He argued that with two months of good weather remaining until the onset of the monsoon, it would be irresponsible to not take advantage of the situation. President Thiệu, a former general, was fearful that his forces would be cut off in the north by the attacking communists; Thieu ordered a retreat, which soon turned into a bloody rout. While the bulk of ARVN forces attempted to flee, isolated units fought desperately. ARVN general Phu abandoned Pleiku and Kon Tum and retreated toward the coast, in what became known as the "column of tears". On 20 March, Thieu reversed himself and ordered Huế, Vietnam's third-largest city, be held at all costs, and then changed his policy several times. As the PAVN launched their attack, panic set in, and ARVN resistance withered. On 22 March, the PAVN opened the siege of Huế. Civilians flooded the airport and the docks hoping for any mode of escape. As resistance in Huế collapsed, PAVN rockets rained down on Da Nang and its airport. By 28 March 35,000 PAVN troops were poised to attack the suburbs. By 30 March 100,000 leaderless ARVN troops surrendered as the PAVN marched victoriously through Da Nang. With the fall of the city, the defense of the Central Highlands and Northern provinces came to an end. Final North Vietnamese offensive With the northern half of the country under their control, the Politburo ordered General Dung to launch the final offensive against Saigon. The operational plan for the Ho Chi Minh Campaign called for the capture of Saigon before 1 May. Hanoi wished to avoid the coming monsoon and prevent any redeployment of ARVN forces defending the capital. Northern forces, their morale boosted by their recent victories, rolled on, taking Nha Trang, Cam Ranh and Da Lat. On 7 April, three PAVN divisions attacked Xuân Lộc, east of Saigon. For two bloody weeks, severe fighting raged as the ARVN defenders made a last stand to try to block the PAVN advance. On 21 April, however, the exhausted garrison was ordered to withdraw towards Saigon. An embittered and tearful president Thieu resigned on the same day, declaring that the United States had betrayed South Vietnam. In a scathing attack, he suggested that Kissinger had tricked him into signing the Paris peace agreement two years earlier, promising military aid that failed to materialize. Having transferred power to Trần Văn Hương on 21 April, he left for Taiwan on 25 April. After having appealed unsuccessfully to Congress for $722 million in emergency aid for South Vietnam, President Ford had given a televised speech on 23 April, declaring an end to the Vietnam War and all U.S. aid. By the end of April, the ARVN had collapsed on all fronts except in the Mekong Delta. Thousands of refugees streamed southward, ahead of the main communist onslaught. On 27 April 100,000 PAVN troops encircled Saigon. The city was defended by about 30,000 ARVN troops. To hasten a collapse and foment panic, the PAVN shelled Tan Son Nhut Airport and forced its closure. With the air exit closed, large numbers of civilians found that they had no way out. Fall of Saigon Chaos, unrest, and panic broke out as hysterical South Vietnamese officials and civilians scrambled to leave Saigon. Martial law was declared. American helicopters began evacuating South Vietnamese, U.S. and foreign nationals from various parts of the city and from the U.S. embassy compound. Operation Frequent Wind had been delayed until the last possible moment, because of U.S. Ambassador Graham Martin's belief that Saigon could be held and that a political settlement could be reached. Frequent Wind was the largest helicopter evacuation in history. It began on 29 April, in an atmosphere of desperation, as hysterical crowds of Vietnamese vied for limited space. Frequent Wind continued around the clock, as PAVN tanks breached defenses near Saigon. In the early morning hours of 30 April, the last U.S. Marines evacuated the embassy by helicopter, as civilians swamped the perimeter and poured into the grounds. On 30 April 1975, PAVN troops entered the city of Saigon and quickly overcame all resistance, capturing key buildings and installations. Two tanks from the 203rd Tank Brigade of the 2nd Corps crashed through the gates of the Independence Palace and the Viet Cong flag was raised above it at 11:30 am local time. President Dương Văn Minh, who had succeeded Huong two days earlier, surrendered to Lieutenant colonel Bùi Văn Tùng, the political commissar of the 203rd Tank Brigade. Minh was then escorted to Radio Saigon to announce the surrender declaration (spontaneously written by Tung). The statement was on air at 2:30 pm. Opposition to U.S. involvement, 1964–1973 During the course of the Vietnam War a large segment of the American population came to be opposed to U.S. involvement in Southeast Asia. Public opinion steadily turned against the war following 1967 and by 1970 only a third of Americans believed that the U.S. had not made a mistake by sending troops to fight in Vietnam. Early opposition to U.S. involvement in Vietnam drew its inspiration from the Geneva Conference of 1954. American support of Diệm in refusing elections was seen as thwarting the democracy America claimed to support. John F. Kennedy, while senator, opposed involvement in Vietnam. Nonetheless, it is possible to specify certain groups who led the anti-war movement at its peak in the late 1960s and the reasons why. Many young people protested because they were the ones being drafted, while others were against the war because the anti-war movement grew increasingly popular among the counterculture. Some advocates within the peace movement advocated a unilateral withdrawal of U.S. forces from Vietnam. Opposition to the Vietnam War tended to unite groups opposed to U.S. anti-communism and imperialism, and for those involved with the New Left, such as the Catholic Worker Movement. Others, such as Stephen Spiro, opposed the war based on the theory of Just War. Some wanted to show solidarity with the people of Vietnam, such as Norman Morrison emulating the self-immolation of Thích Quảng Đức. High-profile opposition to the Vietnam War increasingly turned to mass protests in an effort to shift U.S. public opinion. Riots broke out at the 1968 Democratic National Convention during protests against the war. After news reports of American military abuses, such as the 1968 My Lai Massacre, brought new attention and support to the anti-war movement, some veterans joined Vietnam Veterans Against the War. On 15 October 1969, the Vietnam Moratorium attracted millions of Americans. The fatal shooting of four students at Kent State University in 1970 led to nationwide university protests. Anti-war protests declined after the signing of the Paris Peace Accords and the end of the draft in January 1973, and the withdrawal of American troops from Vietnam in the months following. Involvement of other countries Pro-Hanoi China In 1950, the People's Republic of China extended diplomatic recognition to the Democratic Republic of Vietnam and sent heavy weapons, as well as military advisers led by Luo Guibo to assist the Viet Minh in its war with the French. The first draft of the 1954 Geneva Accords was negotiated by French prime minister Pierre Mendès France and Chinese Premier Zhou Enlai who, seeing U.S. intervention coming, urged the Viet Minh to accept a partition at the 17th parallel. China's support for North Vietnam when the U.S. started to intervene included both financial aid and the deployment of hundreds of thousands of military personnel in support roles. In the summer of 1962, Mao Zedong agreed to supply Hanoi with 90,000 rifles and guns free of charge. Starting in 1965, China sent anti-aircraft units and engineering battalions to North Vietnam to repair the damage caused by American bombing, man anti-aircraft batteries, rebuild roads and railroads, transport supplies, and perform other engineering works. This freed North Vietnamese army units for combat in the South. China sent 320,000 troops and annual arms shipments worth $180 million. The Chinese military claims to have caused 38% of American air losses in the war. China claimed that its military and economic aid to North Vietnam and the Viet Cong totaled $20 billion (approx. $143 billion adjusted for inflation in 2015) during the Vietnam War. Included in that aid were donations of 5 million tons of food to North Vietnam (equivalent to North Vietnamese food production in a single year), accounting for 10–15% of the North Vietnamese food supply by the 1970s. Sino-Soviet relations soured after the Soviets invaded Czechoslovakia in August 1968. In October, the Chinese demanded North Vietnam cut relations with Moscow, but Hanoi refused. The Chinese began to withdraw in November 1968 in preparation for a clash with the Soviets, which occurred at Zhenbao Island in March 1969. In 1967, the Chinese government launched a secret military program named "Project 523". which intended to find a treatment for malaria to provide the assistance to the PAVN who suffered malaria. As a result, Chinese scientist Tu Youyou and her collaborators discovered artemisinin. Tu was awarded the Nobel Prize in 2015 for her contribution on the anti-malaria treatment. The Chinese also began financing the Khmer Rouge as a counterweight to North Vietnam at this time. China "armed and trained" the Khmer Rouge during the civil war and continued to aid them for years afterward. The Khmer Rouge launched ferocious raids into Vietnam in 1975–1978. When Vietnam responded with an invasion that toppled the Khmer Rouge, China launched a brief, punitive invasion of Vietnam in 1979. Soviet Union Soviet ships in the South China Sea gave vital early warnings to PAVN/VC forces in South Vietnam. The Soviet intelligence ships would pick up American B-52 bombers flying from Okinawa and Guam. Their airspeed and direction would be noted and then relayed to the Central Office for South Vietnam, North Vietnam's southern headquarters. Using airspeed and direction, COSVN analysts would calculate the bombing target and tell any assets to move "perpendicularly to the attack trajectory." These advance warnings gave them time to move out of the way of the bombers, and, while the bombing runs caused extensive damage, because of the early warnings from 1968 to 1970 they did not kill a single military or civilian leader in the headquarters complexes. The Soviet Union supplied North Vietnam with medical supplies, arms, tanks, planes, helicopters, artillery, anti-aircraft missiles and other military equipment. Soviet crews fired Soviet-made surface-to-air missiles at U.S. F-4 Phantoms, which were shot down over Thanh Hóa in 1965. Over a dozen Soviet soldiers lost their lives in this conflict. Following the dissolution of the Soviet Union in 1991, Russian Federation officials acknowledged that the Soviet Union had stationed up to 3,000 troops in Vietnam during the war. Some Russian sources give more specific numbers: Between 1953 and 1991, the hardware donated by the Soviet Union included 2,000 tanks, 1,700 APCs, 7,000 artillery guns, over 5,000 anti-aircraft guns, 158 surface-to-air missile launchers, and 120 helicopters. During the war, the Soviets sent North Vietnam annual arms shipments worth $450 million. From July 1965 to the end of 1974, fighting in Vietnam was observed by some 6,500 officers and generals, as well as more than 4,500 soldiers and sergeants of the Soviet Armed Forces. In addition, Soviet military schools and academies began training Vietnamese soldiers—in all more than 10,000 military personnel. The KGB had also helped develop the signals intelligence (SIGINT) capabilities of the North Vietnamese, through an operation known as Vostok (also known as Phương Đông, meaning "Orient" and named after the Vostok 1). The Vostok program was a counterintelligence and espionage program. These programs were pivotal in detecting and defeating CIA and South Vietnamese commando teams sent into North Vietnam, as they were detected and captured. The Soviets helped the Ministry of Public Security recruit foreigners within high-level diplomatic circles among the Western-allies of the US, under a clandestine program known as "B12,MM" which produced thousands of high-level documents for nearly a decade, including targets of B-52 strikes. In 1975, the SIGINT services had broken information from Western US-allies in Saigon, determining that the US would not intervene to save South Vietnam from collapse. Czechoslovakia The Czechoslovak Socialist Republic was a member of the Warsaw Pact and sent significant aid to North Vietnam, both prior to and after the Prague Spring. The Czechoslovakian government created committees which sought to not only promote and establish peace, but also to promote victory for Viet Cong and PAVN forces. Czech-made equipment and military aid would increase significantly following the Prague Spring. Czechoslovakia continued to send tens of thousands of Czech-made rifles as well as mortar and artillery throughout the war. In general, Czechoslovakia was aligned with European leftist movements, and there were simultaneous protests demonstrating against the Soviet intervention in Prague and the US intervention in Vietnam. Cooperation with Czechoslovakia on the development of North Vietnamese air capabilities began as early as 1956. Czechoslovak instructors and trainers instructed the Vietnam People's Air Force (VPAF) in China and helped them develop a modernised air force, with the Czech-built Aero Ae-45 and Aero L-29 Delfín alongside Zlín Z 26 aircraft utilised significantly for training, and regarded as preferential to Soviet-built Yakovlev Yak-3 as training aircraft. North Korea As a result of a decision of the Korean Workers' Party in October 1966, in early 1967, North Korea (officially known as Democratic People's Republic of Korea) sent a Korean People's Army Air Force fighter squadron to North Vietnam to back up the North Vietnamese 921st and 923rd Fighter Squadrons defending Hanoi. The North Koreans stayed through 1968, and 200 pilots were reported to have served. In addition, at least two anti-aircraft artillery regiments were sent as well. Cuba The contributions to North Vietnam by the Republic of Cuba under Fidel Castro have been recognized several times by representatives of the Democratic Republic of Vietnam. Castro mentioned in his discourses the Batallón Girón (Giron Battalion) as comprising the Cuban contingent that served as military advisors during the war. In this battalion, the Cubans were aided by Nguyễn Thị Định, founding member of the Viet Cong, who later became the first female major general in the PAVN. There are numerous allegations by former U.S. prisoners of war that Cuban Revolutionary Armed Forces personnel were present at North Vietnamese prison facilities during the war and that they participated in torture activities. Witnesses to this include Senator John McCain, the 2008 U.S. presidential candidate and a former Vietnam prisoner of war, according to his 1999 book Faith of My Fathers. Other Eastern Bloc countries The Ministry of Public Security of Vietnam (Bộ Công An) states that there was special interest towards the Stasi of East Germany in establishing an intelligence and security apparatus, particularly since the Stasi was well-regarded and considered as "industrial, modern, and (with a) scientific working-style". In official Vietnamese language histories on the Vietnamese Ministry of Public Security, the assistance provided by the Soviet and East German intelligence services to Vietnam is usually rated as the most important within the socialist bloc. East Germany had also provided a substantial amount of aid to help North Vietnam duplicate "Green Dragon" identity cards, which were created by Saigon in order to identify North Vietnamese combatants and were difficult to duplicate. East German authorities had also begun providing material and technical aid to help develop and modernise the North Vietnamese economy and military. In addition, East Germany had also vigorously denounced the US war effort, and had reaped significant international and diplomatic standing as a result of its anti-war campaigns. Romania was also among primary supporters of North Vietnam during the war in political, economic and military terms. Contemporarily, the Eastern Bloc country was also known for its role in the mediation activities in the mid-1960s, resulting in what became known as the "Trinh Signal" in January 1967, in which Hanoi accepted the possibility of negotiation with Washington. Bulgaria committed their charge-free military and economic supplies to North Vietnam in a bilateral agreement signed in 1972. Bulgarian military aid had already been provided to the latter since 1967. Similar conducts was undertaken by Hungary, which was reaffirmed in mutual visits of Hungary and North Vietnam in 1972 and 1973. Hungary also expressed their support through their representatives at the International Commission of Control and Supervision, a body established to supervise the implementation of the Paris Peace Accords. Pro-Saigon As South Vietnam was formally part of a military alliance with the US, Australia, New Zealand, France, the UK, Pakistan, Thailand and the Philippines, the alliance was invoked during the war. The UK, France and Pakistan declined to participate, and South Korea and Taiwan were non-treaty participants. South Korea On the anti-communist side, South Korea (a.k.a. the Republic of Korea, ROK) had the second-largest contingent of foreign troops in South Vietnam after the United States. In November 1961, President Park Chung-hee proposed South Korean participation in the war to John F. Kennedy, but Kennedy disagreed as they were not SEATO treaty members. On 1 May 1964, Lyndon Johnson agreed to permit South Korean participation under the Many Flags Program in return for monetary compensation. The first South Korean troops began arriving in 1964 and large combat formations began arriving a year later. The ROK Marine Corps dispatched their 2nd Marine Brigade, while the ROK Army sent the Capital Division and later the 9th Infantry Division. In August 1966, after the arrival of the 9th Division, the Koreans established a corps command, the Republic of Korea Forces Vietnam Field Command, near I Field Force at Nha Trang. State Department reports publicly questioned the usefulness of ROK forces in the conflict, as they have "appeared to have been reluctant to undertake offensive operations, and are only useful in guarding a small sector of the populated area". State department reports furthermore state that ROK forces engaged in systemic, well-organised corruption in diverting US-equipment, and that actual security was often provided by South Vietnamese Regional Forces, which lacked organic firepower and heavy artillery but served as a buffer between Korean units and the PAVN/VC. In addition, a RAND author conducting studies in South Vietnam in 1970 alleged that ROK forces had a "deliberate, systematic policy of committing atrocities", prompting civilians to leave ROK-controlled sectors. The conduct of ROK forces often emboldened and strengthened the Viet Cong, adding ranks from an otherwise neutral population and undermining efforts to defeat the insurgency overall. Approximately 320,000 South Korean soldiers were sent to Vietnam, each serving a one-year tour of duty. Maximum troop levels peaked at 50,000 in 1968, however all were withdrawn by 1973. About 5,099 South Koreans were killed and 10,962 wounded during the war. South Korea claimed to have killed 41,000 Viet Cong. The United States paid South Korean soldiers 236 million dollars for their efforts in Vietnam, and South Korean GNP increased five-fold during the war. Thailand Thai Army formations, including the Royal Thai Volunteer Regiment (Queen's Cobras) and later the Royal Thai Army Expeditionary Division (Black Panthers), saw action in South Vietnam between 1965 and 1971. Thai forces saw much more action in the covert war in Laos between 1964 and 1972, though Thai regular formations there were heavily outnumbered by the irregular "volunteers" of the CIA-sponsored Police Aerial Reconnaissance Units or PARU, who carried out reconnaissance activities on the western side of the Ho Chi Minh trail. Australia and New Zealand Australia and New Zealand, close allies of the United States and members of the SEATO and the ANZUS military cooperation treaty, sent ground troops to Vietnam. Both nations had gained experience in counterinsurgency and jungle warfare during the Malayan Emergency and World War II, and their governments subscribed to the domino theory. New Zealand was, however, a reluctant participant. Officials expected a foreign intervention to fail, were concerned that they would be supporting a corrupt regime, and did not want to further stretch their country's small military (which was already deployed to Malaysia). In the end, though, a desire to prove their commitment to the ANZUS alliance and discourage an American withdrawal from Southeast Asia necessitated a military commitment. Australia began by sending advisors to Vietnam in 1962, and combat troops were committed in 1965. New Zealand began by sending a detachment of engineers and an artillery battery, later sending special forces and regular infantry, which were attached to Australian formations. Australia's peak commitment was 7,672 combat troops and New Zealand's 552. Around 50,190 Australian Defence Force personnel were involved during the war, of which 521 were killed and more than 3,000 wounded. Approximately 3,500 New Zealand Defence Force personnel served in Vietnam, with 37 killed and 187 wounded. Most Australians and New Zealanders served in the 1st Australian Task Force in Phước Tuy Province. Australia, with decades of experience from both the Malayan Emergency and its AATTV role in 1962, recognised the necessity of a true counter-insurgency, which relied on providing village-level security, establishing civilian trust and economic incentives and improving ARVN capabilities. This brought Australian commanders into conflict with Westmoreland's conventional attrition warfare approach, since Australian ground forces were required to follow US doctrine. Nevertheless, Australian forces were generally the most capable at counter-insurgency, and they helped to train Regional Forces despite being under significant doctrinal constraints. Philippines Some 10,450 Philippine Armed Forces troops were dispatched to South Vietnam and primarily supported medical and other civilian pacification projects. These forces operated under the designation A or Philippine Civic Action Group-Vietnam. The naval base at Subic Bay was used for the U.S. Seventh Fleet from 1964 until the end of the war in 1975. Subic Bay and Clark Air Base achieved maximum functionality during the war, as well as supporting an estimated 80,000 locals in allied tertiary businesses that ranged from shoe making to prostitution. Taiwan Beginning in November 1967, Taiwan secretly operated a cargo transport detachment to assist the United States and South Vietnam. Taiwan also provided military training units for the South Vietnamese diving units, later known as the Lien Doi Nguoi Nhai (LDMN) or "Frogman unit" in English. Military commandos from Taiwan were captured by North Vietnamese forces three times trying to infiltrate North Vietnam. Neutral and non-belligerent nations Canada Contributor to the three-nation monitoring-force, the International Control Commission (ICC/ICSC) [1954–1973] and, briefly, its successor: the International Commission for Control and Supervision (ICCS) [1973-1973]. Officially, Canada did not have state-sanctioned combat involvement in the Vietnam War, and diplomatically, it was "non-belligerent", though the sympathies of the state and many of its citizens were well-understood by both sides. The Vietnam War entry in The Canadian Encyclopedia asserts that Canada's record on the truce commissions was a pro-Saigon partisan one. Under Prime Minister Pierre Trudeau, Immigration and Citizenship Canada notably accepted approximately 40,000 American draft evaders and military deserters as legal immigrants despite U.S. pressure. At the same time, approximately 20,000 Canadians crossed the U.S.-Canada border to illegally enlist in the U.S. Armed Forces for service in Vietnam, of which 134 died. United Kingdom The Johnson administration was anxious to secure a military commitment from Britain, which the United States was closely allied with through NATO and the Special Relationship. The United States had previously cancelled its planned air intervention at the end of the First Indochina War because of doubts from British Prime Ministers Winston Churchill and Anthony Eden. McNamara and Bundy joked that they would give a billion dollars for one British brigade. After the 1964 general election Johnson began lobbying the new Labour Prime Minister Harold Wilson for a small British Armed Forces deployment. However, the war was deeply unpopular in Britain and Wilson rebuffed Johnson's requests. The denial of military assistance slightly strained U.S.-U.K. relations in the 1960s. Poland Contributor to the three-nation monitoring-force, the International Control Commission (ICC/ICSC) [1954–1973] and its successor: the International Commission for Control and Supervision (ICCS) [1973–1975]. The Polish People's Republic had played a substantive role in brokering and serving as an intermediary for peace-talks between Hanoi and Saigon, as part of a delegation under the International Control Commission established under the Geneva Accords. Recent evidence has emerged that Poland played an early role in attempting to broker talks between Ngô Đình Nhu and the Diem regime and Hanoi in 1963 in an effort to prevent the expansion of the war, given that Polish representatives were the only communist nation present in Saigon and had acted as a broker and representative for Hanoi. Spain President Johnson had asked the Spanish Caudillo Francisco Franco to contribute a military contingent to the war effort. After lengthy debate between his ministers, Franco took the advice of veteran General Agustín Muñoz Grandes. Franco was even more cautious in committing himself to the US cause and finally decided to send a medical team of around thirty people, and under strict secrecy. The first group of medical soldiers, including four doctors, seven nurses and one officer in charge of military supplies, arrived in Vietnam in 1966 and worked at Truong Cong Dinh hospital in the Gò Công district. From 1966 to 1971 three other groups, totalling nearly 100 Spaniards, worked at the hospital. Brazil Brazil, under a U.S.-backed military regime, officially supported the United States' position in South Vietnam and contributed a medical team and supplies to the country. It was the only Latin American country with a presence in the region. United Front for the Liberation of Oppressed Races (FULRO) The ethnic minority peoples of South Vietnam, like the Montagnards (Degar) in the Central Highlands, the Hindu and Muslim Cham, and the Buddhist Khmer Krom, were actively recruited in the war. There was an active strategy of recruitment and favorable treatment of Montagnard tribes for the Viet Cong, as they were pivotal for control of infiltration routes. Some groups had split off and formed the United Front for the Liberation of Oppressed Races (French: Front Uni de Lutte des Races Opprimées, acronym: FULRO) to fight for autonomy or independence. FULRO fought against both the South Vietnamese and the Viet Cong, later proceeding to fight against the unified Socialist Republic of Vietnam after the fall of South Vietnam. During the war, the South Vietnamese president Ngo Dinh Diem began a program to settle ethnic Vietnamese Kinh on Montagnard lands in the Central Highlands region. This provoked a backlash from the Montagnards, some joining the Viet Cong as a result. The Cambodians under both the pro-China King Sihanouk and the pro-American Lon Nol supported their fellow co-ethnic Khmer Krom in South Vietnam, following an anti-ethnic Vietnamese policy. Following Vietnamization many Montagnard groups and fighters were incorporated into the Vietnamese Rangers as border sentries. War crimes A large number of war crimes took place during the Vietnam War. War crimes were committed by both sides during the conflict and included rape, massacres of civilians, bombings of civilian targets, terrorism, the widespread use of torture, and the murder of prisoners of war. Additional common crimes included theft, arson, and the destruction of property not warranted by military necessity. South Vietnamese, Korean and American In 1968, the Vietnam War Crimes Working Group (VWCWG) was established by the Pentagon task force set up in the wake of the My Lai Massacre, to attempt to ascertain the veracity of emerging claims of war crimes by U.S. armed forces in Vietnam, during the Vietnam War period. Of the war crimes reported to military authorities, sworn statements by witnesses and status reports indicated that 320 incidents had a factual basis. The substantiated cases included 7 massacres between 1967 and 1971 in which at least 137 civilians were killed; seventy eight further attacks targeting non-combatants resulting in at least 57 deaths, 56 wounded and 15 sexually assaulted; and 141 cases of U.S. soldiers torturing civilian detainees or prisoners of war with fists, sticks, bats, water or electric shock. Journalism in the ensuing years has documented other overlooked and uninvestigated war crimes involving every army division that was active in Vietnam, including the atrocities committed by Tiger Force. Rummel estimated that American forces committed around 5,500 democidal killings between 1960 and 1972, from a range of between 4,000 and 10,000 killed. U.S. forces established numerous free-fire zones as a tactic to prevent Viet Cong fighters from sheltering in South Vietnamese villages. Such practice, which involved the assumption that any individual appearing in the designated zones was an enemy combatant that could be freely targeted by weapons, is regarded by journalist Lewis M. Simons as "a severe violation of the laws of war". Nick Turse, in his 2013 book, Kill Anything that Moves, argues that a relentless drive toward higher body counts, a widespread use of free-fire zones, rules of engagement where civilians who ran from soldiers or helicopters could be viewed as Viet Cong and a widespread disdain for Vietnamese civilians led to massive civilian casualties and endemic war crimes inflicted by U.S. troops. One example cited by Turse is Operation Speedy Express, an operation by the 9th Infantry Division, which was described by John Paul Vann as, in effect, "many Mỹ Lais". A report by Newsweek magazine suggested that at least 5,000 civilians may have been killed during six months of the operation, and there were approximately 748 recovered weapons and an official US military body count of 10,889 enemy combatants killed. R.J. Rummel estimated that 39,000 were killed by South Vietnam during the Diem-era in democide from a range of between 16,000 and 167,000 people; for 1964 to 1975, Rummel estimated 50,000 people were killed in democide, from a range of between 42,000 and 128,000. Thus, the total for 1954 to 1975 is 81,000, from a range of between 57,000 and 284,000 deaths caused by South Vietnam. Benjamin Valentino estimates 110,000–310,000 deaths as a "possible case" of "counter-guerrilla mass killings" by U.S. and South Vietnamese forces during the war. The Phoenix Program, coordinated by the CIA and involving US and South Vietnamese security forces, was aimed at destroying the political infrastructure of the Viet Cong. The program killed 26,369 to 41,000 people, with an unknown number being innocent civilians. Torture and ill-treatment were frequently applied by the South Vietnamese to POWs as well as civilian prisoners. During their visit to the Con Son Prison in 1970, U.S. congressmen Augustus F. Hawkins and William R. Anderson witnessed detainees either confined in minute "tiger cages" or chained to their cells, and provided with poor-quality food. A group of American doctors inspecting the prison in the same year found many inmates suffering symptoms resulting from forced immobility and torture. During their visits to transit detention facilities under American administration in 1968 and 1969, the International Red Cross recorded many cases of torture and inhumane treatment before the captives were handed over to South Vietnamese authorities. Torture was conducted by the South Vietnamese government in collusion with the CIA. South Korean forces were also accused of war crimes. One documented event was the Phong Nhị and Phong Nhất massacre where the 2nd Marine Brigade reportedly killed between 69 and 79 civilians on 12 February 1968 in Phong Nhị and Phong Nhất village, Điện Bàn District, Quảng Nam Province. South Korean forces are also accused of perpetrating other massacres, namely: Bình Hòa massacre, Binh Tai Massacre and Hà My massacre. North Vietnamese and Viet Cong Ami Pedahzur has written that "the overall volume and lethality of Viet Cong terrorism rivals or exceeds all but a handful of terrorist campaigns waged over the last third of the twentieth century", based on the definition of terrorists as a non-state actor, and examining targeted killings and civilian deaths which are estimated at over 18,000 from 1966 to 1969. The US Department of Defense estimates the VC/PAVN had conducted 36,000 murders and almost 58,000 kidnappings from 1967 to 1972, c. 1973. Benjamin Valentino attributes 45,000–80,000 "terrorist mass killings" to the Viet Cong during the war. Statistics for 1968–1972 suggest that "about 80 percent of the terrorist victims were ordinary civilians and only about 20 percent were government officials, policemen, members of the self-defence forces or pacification cadres." Viet Cong tactics included the frequent mortaring of civilians in refugee camps, and the placing of mines on highways frequented by villagers taking their goods to urban markets. Some mines were set only to go off after heavy vehicle passage, causing extensive slaughter aboard packed civilian buses. Notable Viet Cong atrocities include the massacre of over 3,000 unarmed civilians at Huế during the Tet Offensive and the killing of 252 civilians during the Đắk Sơn massacre. 155,000 refugees fleeing the final North Vietnamese Spring Offensive were reported to have been killed or abducted on the road to Tuy Hòa in 1975. According to Rummel, PAVN and Viet Cong troops killed 164,000 civilians in democide between 1954 and 1975 in South Vietnam, from a range of between 106,000 and 227,000 (50,000 of which were reportedly killed by shelling and mortar on ARVN forces during the retreat to Tuy Hoa). North Vietnam was also known for its abusive treatment of American POWs, most notably in Hỏa Lò Prison (aka the Hanoi Hilton), where torture was employed to extract confessions. Women American nurses American women served on active duty performing a variety of jobs. Early in 1963, the Army Nurse Corps (ANC) launched Operation Nightingale, an intensive effort to recruit nurses to serve in Vietnam. First Lieutenant Sharon Lane was the only female military nurse to be killed by enemy gunfire during the war, on 8 June 1969. One civilian doctor, Eleanor Ardel Vietti, who was captured by Viet Cong on 30 May 1962, in Buôn Ma Thuột, remains the only American woman unaccounted for from the Vietnam War. Although a small number of women were assigned to combat zones, they were never allowed directly in the field of battle. Unlike the men, the women who served in the military were solely volunteers. They faced a plethora of challenges, one of which was the relatively small number of female soldiers. Living in a male-dominated environment created tensions between the sexes. By 1973, approximately 7,500 women had served in Vietnam in the Southeast Asian theater. American women serving in Vietnam were subject to societal stereotypes.
number is reduced to less than 7ms with if the refresh rate is increased to 120Hz or even 240Hz and more. Participants generally feel that the experience is more immersive with higher refresh rates as a result. However, higher refresh rates require a more powerful graphics processing unit. Relationship between display and field of view We need to consider our field of view (FOV) in addition to quality image. Our eyes have a horizontal FOV of about 120 degrees per side and a vertical FOV of some 135 degrees. Stereopsis vision is limited to 120 degrees where the right and the left visions overlap. Generally speaking, we have a FOV of 200 degrees x 135 degrees with two eyes. However, most of it is peripheral vision, which varies from one person to another. So we conservatively take the average, i.e. 160 degrees. Therefore, if we keep our eyes stationary, a regular participant will have at least a stereopsis of 160 degrees x 135 degrees or 1/6 of the 360-degree FOV. We can quantify the abstract concept of immersion with the immersive index by getting the ratio of display viewing area and 1/6 of the 360-degree FOV. Applications Virtual reality is most commonly used in entertainment applications such as video games, 3D cinema, and social virtual worlds. Consumer virtual reality headsets were first released by video game companies in the early-mid 1990s. Beginning in the 2010s, next-generation commercial tethered headsets were released by Oculus (Rift), HTC (Vive) and Sony (PlayStation VR), setting off a new wave of application development. 3D cinema has been used for sporting events, pornography, fine art, music videos and short films. Since 2015, roller coasters and theme parks have incorporated virtual reality to match visual effects with haptic feedback. In social sciences and psychology, virtual reality offers a cost-effective tool to study and replicate interactions in a controlled environment. It can be used as a form of therapeutic intervention. For instance, there is the case of the virtual reality exposure therapy (VRET), a form of exposure therapy for treating anxiety disorders such as post traumatic stress disorder (PTSD) and phobias. Virtual reality programs are being used in the rehabilitation processes with elderly individuals that have been diagnosed with Alzheimer's disease. This gives these elderly patients the opportunity to simulate real experiences that they would not otherwise be able to experience due to their current state. 17 recent studies with randomized controlled trials have shown that virtual reality applications are effective in treating cognitive deficits with neurological diagnoses. Loss of mobility in elderly patients can lead to a sense of loneliness and depression. Virtual reality is able to assist in making aging in place a lifeline to an outside world that they cannot easily navigate. Virtual reality allows exposure therapy to take place in a safe environment. In medicine, simulated VR surgical environments were first developed in the 1990s. Under the supervision of experts, VR can provide effective and repeatable training at a low cost, allowing trainees to recognize and amend errors as they occur. Virtual reality has been used in physical rehabilitation since the 2000s. Despite numerous studies conducted, good quality evidence of its efficacy compared to other rehabilitation methods without sophisticated and expensive equipment is lacking for the treatment of Parkinson's disease. A 2018 review on the effectiveness of mirror therapy by virtual reality and robotics for any type of pathology concluded in a similar way. Another study was conducted that showed the potential for VR to promote mimicry and revealed the difference between neurotypical and autism spectrum disorder individuals in their response to a two-dimensional avatar. Immersive virtual reality technology with myoelectric and motion tracking control may represent a possible therapy option for treatment-resistant phantom limb pain. Pain scale measurements were taken into account and an interactive 3-D kitchen environment was developed bases on the principles of mirror therapy to allow for control of virtual hands while wearing a motion-tracked VR headset. A systematic search in Pubmed and Embase was performed to determine results that were pooled in two meta-analysis. Meta-analysis showed a significant result in favor of VRT for balance. In the fast-paced and globalised business world meetings in VR are used to create an environment in which interactions with other people (e.g. colleagues, customers, partners) can feel more natural than a phone call or video chat. In the customisable meeting rooms all parties can join using the VR headset and interact as if they are in the same physical room. Presentations, videos or 3D models (of e.g. products or prototypes) can be uploaded and interacted with. VR can simulate real workspaces for workplace occupational safety and health purposes, educational purposes, and training purposes. It can be used to provide learners with a virtual environment where they can develop their skills without the real-world consequences of failing. It has been used and studied in primary education, anatomy teaching, military, astronaut training, flight simulators, miner training, medical education, architectural design, driver training and bridge inspection. Immersive VR engineering systems enable engineers to see virtual prototypes prior to the availability of any physical prototypes. Supplementing training with virtual training environments has been claimed to offer avenues of realism in military and healthcare training while minimizing cost. It also has been claimed to reduce military training costs by minimizing the amounts of ammunition expended during training periods. VR can also be used for the healthcare training and education for medical practitioners. In the engineering field, VR has proved very useful for both engineering educators and the students. A previously expensive cost in the educational department now being much more accessible due to lowered overall costs, has proven to be a very useful tool in educating future engineers. The most significant element lies in the ability for the students to be able to interact with 3-D models that accurately respond based on real world possibilities. This added tool of education provides many the immersion needed to grasp complex topics and be able to apply them. As noted, the future architects and engineers benefit greatly by being able to form understandings between spatial relationships and providing solutions based on real-world future applications. The first fine art virtual world was created in the 1970s. As the technology developed, more artistic programs were produced throughout the 1990s, including feature films. When commercially available technology became more widespread, VR festivals began to emerge in the mid-2010s. The first uses of VR in museum settings began in the 1990s, seeing a significant increase in the mid-2010s. Additionally, museums have begun making some of their content virtual reality accessible. Virtual reality's growing market presents an opportunity and an alternative channel for digital marketing. It is also seen as a new platform for e-commerce, particularly in the bid to challenge traditional "brick and mortar" retailers. However, a 2018 study revealed that the majority of goods are still purchased in physical stores. In the case of education, the uses of virtual reality have demonstrated being capable of promoting higher order thinking, promoting the interest and commitment of students, the acquisition of knowledge, promoting mental habits and understanding that are generally useful within an academic context. A case has also been made for including virtual reality technology in the context of public libraries. This would give library users access to cutting-edge technology and unique educational experiences. This could include giving users access to virtual, interactive copies of rare texts and artifacts and to tours of famous landmarks and archeological digs (as in the case with the Virtual Ganjali Khan Project). Starting in the early 2020s, virtual reality has also been discussed as a technological setting that may support people's griefing process, based on digital recreations of deceased individuals. In 2021, this practice received substantial media attention following a South Korean TV documentary, which invited a griefing mother to interact with a virtual replica of her deceased daughter. Subsequently, scientists have summarized several potential implications of such endeavours, including its potential to facilitate adaptive mourning, but also many ethical challenges. Concerts On October 24th, 2021, Billie Eilish performed on Oculus Venues. Pop group Imagine Dragons will perform on June 15, 2022. Concerns and challenges Health and safety There are many health and safety considerations of virtual reality. A number of unwanted symptoms have been caused by prolonged use of virtual reality, and these may have slowed proliferation of the technology. Most virtual reality systems come with consumer warnings, including: seizures; developmental issues in children; trip-and-fall and collision warnings; discomfort; repetitive stress injury; and interference with medical devices. Some users may experience twitches, seizures or blackouts while using VR headsets, even if they do not have a history of epilepsy and have never had blackouts or seizures before. One in 4,000 people, or .025%, may experience these symptoms. Since these symptoms are more common among people under the age of 20, children are advised against using VR headsets. Other problems may occur in physical interactions with one's environment. While wearing VR headsets, people quickly lose awareness of their real-world surroundings and may injure themselves by tripping over, or colliding with real-world objects. VR headsets may regularly cause eye fatigue, as does all screened technology, because people tend to blink less when watching screens, causing their eyes to become more dried out. There have been some concerns about VR headsets contributing to myopia, but although VR headsets sit close to the eyes, they may not necessarily contribute to nearsightedness if the focal length of the image being displayed is sufficiently far away. Virtual reality sickness (also known as cybersickness) occurs when a person's exposure to a virtual environment causes symptoms that are similar to motion sickness symptoms. Women are significantly more affected than men by headset-induced symptoms, at rates of around 77% and 33% respectively. The most common symptoms are general discomfort, headache, stomach awareness, nausea, vomiting, pallor, sweating, fatigue, drowsiness, disorientation, and apathy. For example, Nintendo's Virtual Boy received much criticism for its negative physical effects, including "dizziness, nausea, and headaches". These motion sickness symptoms are caused by a disconnect between what is being seen and what the rest of the body perceives. When the vestibular system, the body's internal balancing system, does not experience the motion that it expects from visual input through the eyes, the user may experience VR sickness. This can also happen if the VR system does not have a high enough frame rate, or if there is a lag between the body's movement and the onscreen visual reaction to it. Because approximately 25–40% of people experience some kind of VR sickness when using VR machines, companies are actively looking for ways to reduce VR sickness. In January 2022 The Wall Street Journal found that VR usage could lead to physical injuries including leg, hand, arm. and shoulder injuries. VR usage has also been tied to incidents that resulted in neck injuries, and death. Children in virtual reality The relationship between virtual reality and its underage users is controversial and unexplored. In the meantime, children are becoming increasingly aware of VR, with the number in the USA having never heard of it dropping by half from Autumn 2016 (40%) to Spring 2017 (19%). Valeriy Kondruk, CEO of VR travel platform Ascape, says the app downloads in March 2020 increased by 60% compared to December 2019 and doubled in comparison with January 2020. According to Kondruk, normally, the busiest month for VR companies is December, which is associated with winter holidays and people spending more time at home. In early 2016, virtual reality headsets became commercially available with offers from, for example, Facebook (Oculus), HTC and Valve (Vive) Microsoft (HoloLens), and Sony (Morpheus). At the time and to this day, these brands have different age instructions for users, e.g. 12+ or 14+, this indicates a completely self-regulatory policy. Studies show that young children, compared to adults, may respond cognitively and behaviorally to immersive VR in ways that differ from adults. VR places users directly into the media content, potentially making the experience very vivid and real for children. For example, children of 6–18 years of age reported higher levels of presence and "realness" of a virtual environment compared with adults 19–65 years of age. Studies on VR consumer behavior or its effect on children and a code of ethical conduct involving underage users are especially needed, given the availability of VR porn and violent content. Related research on violence in video games suggests that exposure to media violence may affect attitudes, behavior, and even self-concept. Self-concept is a key indicator of core attitudes and coping abilities, particularly in adolescents. Early studies conducted on observing versus participating in violent VR games suggest that physiological arousal and aggressive thoughts, but not hostile feelings, are higher for participants than for observers of the virtual reality game. Experiencing VR
seen in previous generations of headsets. Later in 2019, Valve released the Valve Index. Notable features include a 130° field of view, off-ear headphones for immersion and comfort, open-handed controllers which allow for individual finger tracking, front facing cameras, and a front expansion slot meant for extensibility. In 2020, Oculus released the Oculus Quest 2. Some new features include a sharper screen, reduced price, and increased performance. Facebook now requires user to log in with a Facebook account in order to use the new headset. In 2021, EASA approves the first Virtual Reality (VR) based Flight Simulation Training Device. The device, for rotorcraft pilots, enhances safety by opening up the possibility of practicing risky maneuvers in a virtual environment. This addresses a key risk area in rotorcraft operations, where statistics show that around 20% of accidents occur during training flights. Future forecast In early 2017, a decline was starting for the public interest in Virtual Reality due to the low accessibility for general consumers and major competition with augmented reality titles that people could carry on their phones. Since 2017, major strides in the integration of Virtual Reality and Cognitive Behavioral Therapy have been made, focusing on how to tailor the experience to suit each individual patient. With the COVID-19 restrictions in 2020, VR is experiencing an enormous rise. According to Grand View Research, the global VR market will grow to 62.1 billion dollars in 2027. Over the past 5 years, the popularity of Virtual reality technologies has been on a steady increase, and is striving as a new technology. Technology Software The Virtual Reality Modelling Language (VRML), first introduced in 1994, was intended for the development of "virtual worlds" without dependency on headsets. The Web3D consortium was subsequently founded in 1997 for the development of industry standards for web-based 3D graphics. The consortium subsequently developed X3D from the VRML framework as an archival, open-source standard for web-based distribution of VR content. WebVR is an experimental JavaScript application programming interface (API) that provides support for various virtual reality devices, such as the HTC Vive, Oculus Rift, Google Cardboard or OSVR, in a web browser. Hardware Modern virtual reality headset displays are based on technology developed for smartphones including: gyroscopes and motion sensors for tracking head, body, and hand positions; small HD screens for stereoscopic displays; and small, lightweight and fast computer processors. These components led to relative affordability for independent VR developers, and lead to the 2012 Oculus Rift Kickstarter offering the first independently developed VR headset. Independent production of VR images and video has increased alongside the development of affordable omnidirectional cameras, also known as 360-degree cameras or VR cameras, that have the ability to record 360 interactive photography, although at relatively low resolutions or in highly compressed formats for online streaming of 360 video. In contrast, photogrammetry is increasingly used to combine several high-resolution photographs for the creation of detailed 3D objects and environments in VR applications. To create a feeling of immersion, special output devices are needed to display virtual worlds. Well-known formats include head-mounted displays or the CAVE. In order to convey a spatial impression, two images are generated and displayed from different perspectives (stereo projection). There are different technologies available to bring the respective image to the right eye. A distinction is made between active (e.g. shutter glasses) and passive technologies (e.g. polarizing filters or Infitec). In order to improve the feeling of immersion, wearable multi-string cables offer haptics to complex geometries in virtual reality. These strings offer fine control of each finger joint to simulate the haptics involved in touching these virtual geometries. Special input devices are required for interaction with the virtual world. These include the 3D mouse, the wired glove, motion controllers, and optical tracking sensors. Controllers typically use optical tracking systems (primarily infrared cameras) for location and navigation, so that the user can move freely without wiring. Some input devices provide the user with force feedback to the hands or other parts of the body, so that the human being can orientate himself in the three-dimensional world through haptics and sensor technology as a further sensory sensation and carry out realistic simulations. This allows for the viewer to have a sense of direction in the artificial landscape. Additional haptic feedback can be obtained from omnidirectional treadmills (with which walking in virtual space is controlled by real walking movements) and vibration gloves and suits. Virtual reality cameras can be used to create VR photography using 360-degree panorama videos. 360-degree camera shots can be mixed with virtual elements to merge reality and fiction through special effects. VR cameras are available in various formats, with varying numbers of lenses installed in the camera. Visual immersion experience Display resolution Minimal Angle of Resolution (MAR) refers to the minimum distance between two display pixels. At the distance, viewer can clearly distinguish the independent pixels. Often measured in arc-seconds, MAR between two pixels has to do with the viewing distance. For the general public, resolution is about 30-65 arc-seconds, which is referred to as the spatial resolution when combined with distance. Given the viewing distance of 1m and 2m respectively, regular viewers won’t be able to perceive two pixels as separate if they are less than 0.29mm apart at 1m and less than 0.58mm apart at 2m. Image latency and display refresh frequency Most small-size displays have a refresh rate of 60Hz, which adds about 15ms of additional latency. The number is reduced to less than 7ms with if the refresh rate is increased to 120Hz or even 240Hz and more. Participants generally feel that the experience is more immersive with higher refresh rates as a result. However, higher refresh rates require a more powerful graphics processing unit. Relationship between display and field of view We need to consider our field of view (FOV) in addition to quality image. Our eyes have a horizontal FOV of about 120 degrees per side and a vertical FOV of some 135 degrees. Stereopsis vision is limited to 120 degrees where the right and the left visions overlap. Generally speaking, we have a FOV of 200 degrees x 135 degrees with two eyes. However, most of it is peripheral vision, which varies from one person to another. So we conservatively take the average, i.e. 160 degrees. Therefore, if we keep our eyes stationary, a regular participant will have at least a stereopsis of 160 degrees x 135 degrees or 1/6 of the 360-degree FOV. We can quantify the abstract concept of immersion with the immersive index by getting the ratio of display viewing area and 1/6 of the 360-degree FOV. Applications Virtual reality is most commonly used in entertainment applications such as video games, 3D cinema, and social virtual worlds. Consumer virtual reality headsets were first released by video game companies in the early-mid 1990s. Beginning in the 2010s, next-generation commercial tethered headsets were released by Oculus (Rift), HTC (Vive) and Sony (PlayStation VR), setting off a new wave of application development. 3D cinema has been used for sporting events, pornography, fine art, music videos and short films. Since 2015, roller coasters and theme parks have incorporated virtual reality to match visual effects with haptic feedback. In social sciences and psychology, virtual reality offers a cost-effective tool to study and replicate interactions in a controlled environment. It can be used as a form of therapeutic intervention. For instance, there is the case of the virtual reality exposure therapy (VRET), a form of exposure therapy for treating anxiety disorders such as post traumatic stress disorder (PTSD) and phobias. Virtual reality programs are being used in the rehabilitation processes with elderly individuals that have been diagnosed with Alzheimer's disease. This gives these elderly patients the opportunity to simulate real experiences that they would not otherwise be able to experience due to their current state. 17 recent studies with randomized controlled trials have shown that virtual reality applications are effective in treating cognitive deficits with neurological diagnoses. Loss of mobility in elderly patients can lead to a sense of loneliness and depression. Virtual reality is able to assist in making aging in place a lifeline to an outside world that they cannot easily navigate. Virtual reality allows exposure therapy to take place in a safe environment. In medicine, simulated VR surgical environments were first developed in the 1990s. Under the supervision of experts, VR can provide effective and repeatable training at a low cost, allowing trainees to recognize and amend errors as they occur. Virtual reality has been used in physical rehabilitation since the 2000s. Despite numerous studies conducted, good quality evidence of its efficacy compared to other rehabilitation methods without sophisticated and expensive equipment is lacking for the treatment of Parkinson's disease. A 2018 review on the effectiveness of mirror therapy by virtual reality and robotics for any type of pathology concluded in a similar way. Another study was conducted that showed the potential for VR to promote mimicry and revealed the difference between neurotypical and autism spectrum disorder individuals in their response to a two-dimensional avatar. Immersive virtual reality technology with myoelectric and motion tracking control may represent a possible therapy option for treatment-resistant phantom limb pain. Pain scale measurements were taken into account and an interactive 3-D kitchen environment was developed bases on the principles of mirror therapy to allow for control of virtual hands while wearing a motion-tracked VR headset. A systematic search in Pubmed and Embase was performed to determine results that were pooled in two meta-analysis. Meta-analysis showed a significant result in favor of VRT for balance. In the fast-paced and globalised business world meetings in VR are used to create an environment in which interactions with other people (e.g. colleagues, customers, partners) can feel more natural than a phone call or video chat. In the customisable meeting rooms all parties can join using the VR headset and interact as if they are in the same physical room. Presentations, videos or 3D models (of e.g. products or prototypes) can be uploaded and interacted with. VR can simulate real workspaces for workplace occupational safety and health purposes, educational purposes, and training purposes. It can be used to provide learners with a virtual environment where they can develop their skills without the real-world consequences of failing. It has been used and studied in primary education, anatomy teaching, military, astronaut training, flight simulators, miner training, medical education, architectural design, driver training and bridge inspection. Immersive VR engineering systems enable engineers to see virtual prototypes prior to the availability of any physical prototypes. Supplementing training with virtual training environments has been claimed to offer avenues of realism in military and healthcare training while minimizing cost. It also has been claimed to reduce military training costs by minimizing the amounts of ammunition expended during training periods. VR can also be used for the healthcare training and education for medical practitioners. In the engineering field, VR has proved very useful for both engineering educators and the students. A previously expensive cost in the educational department now being much more accessible due to lowered overall costs, has proven to be a very useful tool in educating future engineers. The most significant element lies in the ability for the students to be able to interact with 3-D models that accurately respond based on real world possibilities. This added tool of education provides many the immersion needed to grasp complex topics and be able to apply them. As noted, the future architects and engineers benefit greatly by being able to form understandings between spatial relationships and providing solutions based on real-world future applications. The first fine art virtual world was created in the 1970s. As the technology developed, more artistic programs were produced throughout the 1990s, including feature films. When commercially available technology became more widespread, VR festivals began to emerge in the mid-2010s. The first uses of VR in museum settings began in the 1990s, seeing a significant increase in the mid-2010s. Additionally, museums have begun making some of their content virtual reality accessible. Virtual reality's growing market presents an opportunity and an alternative channel for digital marketing. It is also seen as a new platform for e-commerce, particularly in the bid to challenge traditional "brick and mortar" retailers. However, a 2018 study revealed that the majority of goods are still purchased in physical stores. In the case of education, the uses of virtual reality have demonstrated being capable of promoting higher order thinking, promoting the interest and commitment of students, the acquisition of knowledge, promoting mental habits and understanding that are generally useful within an academic context. A case has also been made for including virtual reality technology in the context of public libraries. This would give library users access to cutting-edge technology and unique educational experiences. This could include giving users access to virtual, interactive copies of rare texts and artifacts and to tours of famous landmarks and archeological digs (as in the case with the Virtual Ganjali Khan Project). Starting in the early 2020s, virtual reality has also been discussed as a technological setting that may support people's griefing process, based on digital recreations of deceased individuals. In 2021, this practice received substantial media attention following a South Korean TV documentary, which invited a griefing mother to interact with a virtual replica of her deceased daughter. Subsequently, scientists have summarized several potential implications of such endeavours, including its potential to facilitate adaptive mourning, but also many ethical challenges. Concerts On October 24th, 2021, Billie Eilish performed on Oculus Venues. Pop group Imagine Dragons will perform on June 15, 2022. Concerns and challenges Health and safety There are many health and safety considerations of virtual reality. A number of unwanted symptoms have been caused by prolonged use of virtual reality, and these may have slowed proliferation of the technology. Most virtual reality systems come with consumer warnings, including: seizures; developmental issues in children; trip-and-fall and collision warnings; discomfort; repetitive stress injury; and interference with medical devices. Some users may experience twitches, seizures or blackouts while using VR headsets, even if they do not have a history of epilepsy and have never had blackouts or seizures before. One in 4,000 people, or .025%, may experience these symptoms. Since these symptoms are more common among people under the age of 20, children are advised against using VR headsets. Other problems may occur in physical interactions with one's environment. While wearing VR headsets, people quickly lose awareness of their real-world surroundings and may injure themselves by tripping over, or colliding with real-world objects. VR headsets may regularly cause eye fatigue, as does all screened technology, because people tend to blink less when watching screens, causing their eyes to become more dried out. There have been some concerns about VR headsets contributing to myopia, but although VR headsets sit close to the eyes, they may not necessarily contribute to nearsightedness if the focal length of the image being displayed is sufficiently far away. Virtual reality sickness (also known as cybersickness) occurs when a person's exposure to a virtual environment causes symptoms that are similar to motion sickness symptoms. Women are significantly more affected than men by headset-induced symptoms, at rates of around 77% and 33% respectively. The most common symptoms are general discomfort, headache, stomach awareness, nausea, vomiting, pallor, sweating, fatigue, drowsiness, disorientation, and apathy. For example, Nintendo's Virtual Boy received much criticism for its negative physical effects, including "dizziness, nausea, and headaches". These motion sickness symptoms are caused by a disconnect between what is being seen and what the rest of the body perceives. When the vestibular system, the body's internal balancing system, does not experience the motion that it expects from visual input through the eyes, the user may experience VR sickness. This can also happen if the VR system does not have a high enough frame rate, or if there is a lag between the body's movement and the onscreen visual reaction to it. Because approximately 25–40% of people experience some kind of VR sickness when using VR machines, companies are actively looking for ways to reduce VR sickness. In January 2022 The Wall Street Journal found that VR usage could lead to physical injuries including leg, hand, arm. and shoulder injuries. VR usage has also been tied to incidents that resulted in neck injuries, and death. Children in virtual reality The relationship between virtual reality and its underage users is controversial and unexplored. In the meantime, children are becoming increasingly aware of
time, Venice's stewardship of its mainland territories was relatively enlightened and the citizens of such towns as Bergamo, Brescia, and Verona rallied to the defence of Venetian sovereignty when it was threatened by invaders. Venice remained closely associated with Constantinople, being twice granted trading privileges in the Eastern Roman Empire, through the so-called golden bulls or "chrysobulls", in return for aiding the Eastern Empire to resist Norman and Turkish incursions. In the first chrysobull, Venice acknowledged its homage to the empire; but not in the second, reflecting the decline of Byzantium and the rise of Venice's power. Venice became an imperial power following the Fourth Crusade, which, having veered off course, culminated in 1204 by capturing and sacking Constantinople and establishing the Latin Empire. As a result of this conquest, considerable Byzantine plunder was brought back to Venice. This plunder included the gilt bronze horses from the Hippodrome of Constantinople, which were originally placed above the entrance to the cathedral of Venice, St Mark's Basilica (The originals have been replaced with replicas, and are now stored within the basilica.) After the fall of Constantinople, the former Eastern Roman Empire was partitioned among the Latin crusaders and the Venetians. Venice subsequently carved out a sphere of influence in the Mediterranean known as the Duchy of the Archipelago, and captured Crete. The seizure of Constantinople proved as decisive a factor in ending the Byzantine Empire as the loss of the Anatolian themes, after Manzikert. Although the Byzantines recovered control of the ravaged city a half-century later, the Byzantine Empire was terminally weakened, and existed as a ghost of its old self, until Sultan Mehmet The Conqueror took the city in 1453. Situated on the Adriatic Sea, Venice had always traded extensively with the Byzantine Empire and the Middle-east. By the late 13th century, Venice was the most prosperous city in all of Europe. At the peak of its power and wealth, it had 36,000 sailors operating 3,300 ships, dominating Mediterranean commerce. Venice's leading families vied with each other to build the grandest palaces and to support the work of the greatest and most talented artists. The city was governed by the Great Council, which was made up of members of the noble families of Venice. The Great Council appointed all public officials, and elected a Senate of 200 to 300 individuals. Since this group was too large for efficient administration, a Council of Ten (also called the Ducal Council, or the Signoria), controlled much of the administration of the city. One member of the great council was elected "doge", or duke, to be the chief executive; he would usually hold the title until his death, although several Doges were forced, by pressure from their oligarchical peers, to resign and retire into monastic seclusion, when they were felt to have been discredited by political failure. The Venetian governmental structure was similar in some ways to the republican system of ancient Rome, with an elected chief executive (the doge), a senator-like assembly of nobles, and the general citizenry with limited political power, who originally had the power to grant or withhold their approval of each newly elected doge. Church and various private property was tied to military service, although there was no knight tenure within the city itself. The Cavalieri di San Marco was the only order of chivalry ever instituted in Venice, and no citizen could accept or join a foreign order without the government's consent. Venice remained a republic throughout its independent period, and politics and the military were kept separate, except when on occasion the Doge personally headed the military. War was regarded as a continuation of commerce by other means. Therefore, the city's early employment of large numbers of mercenaries for service elsewhere, and later its reliance on foreign mercenaries when the ruling class was preoccupied with commerce. Although the people of Venice generally remained orthodox Roman Catholics, the state of Venice was notable for its freedom from religious fanaticism, and executed nobody for religious heresy during the Counter-Reformation. This apparent lack of zeal contributed to Venice's frequent conflicts with the papacy. In this context, the writings of the Anglican divine William Bedell are particularly illuminating. Venice was threatened with the interdict on a number of occasions and twice suffered its imposition. The second, most noted, occasion was in 1606, by order of Pope Paul V. The newly invented German printing press spread rapidly throughout Europe in the 15th century, and Venice was quick to adopt it. By 1482, Venice was the printing capital of the world; the leading printer was Aldus Manutius, who invented paperback books that could be carried in a saddlebag. His Aldine Editions included translations of nearly all the known Greek manuscripts of the era. Decline Venice's long decline started in the 15th century. Venice confronted the Ottoman Empire in the Siege of Thessalonica (1422–1430) and sent ships to help defend Constantinople against the besieging Turks in 1453. After the Fall of Constantinople Sultan Mehmed II declared the first of a series of Ottoman-Venetian wars that cost Venice much of its eastern Mediterranean possessions. Vasco da Gama's 1497–1499 voyage opened a sea route to India around the Cape of Good Hope and destroyed Venice's monopoly. Venice's oared vessels were at a disadvantage when it came to traversing oceans, therefore Venice was left behind in the race for colonies. The Black Death devastated Venice in 1348 and struck again between 1575 and 1577. In three years, the plague killed some 50,000 people. In 1630, the Italian plague of 1629–31 killed a third of Venice's 150,000 citizens. Venice began to lose its position as a center of international trade during the later part of the Renaissance as Portugal became Europe's principal intermediary in the trade with the East, striking at the very foundation of Venice's great wealth. France and Spain fought for hegemony over Italy in the Italian Wars, marginalising its political influence. However, Venice remained a major exporter of agricultural products and until the mid-18th century, a significant manufacturing center. Modern age During the 18th century, Venice became perhaps the most elegant and refined city in Europe, greatly influencing art, architecture, and literature. But the Republic lost its independence when Napoleon Bonaparte conquered Venice on 12 May 1797 during the War of the First Coalition. Napoleon was seen as something of a liberator by the city's Jewish population. He removed the gates of the Ghetto and ended the restrictions on when and where Jews could live and travel in the city. Venice became Austrian territory when Napoleon signed the Treaty of Campo Formio on 12 October 1797. The Austrians took control of the city on 18 January 1798. Venice was taken from Austria by the Treaty of Pressburg in 1805 and became part of Napoleon's Kingdom of Italy. It was returned to Austria following Napoleon's defeat in 1814, when it became part of the Austrian-held Kingdom of Lombardy-Venetia. In 1848 a revolt briefly re-established the Venetian republic under Daniele Manin, but this was crushed in 1849. In 1866, after the Third Italian War of Independence, Venice, along with the rest of the Veneto, became part of the newly created Kingdom of Italy. From the middle of the 18th century, Trieste and papal Ancona, both of which became free ports, competed with Venice more and more economically. Habsburg Trieste in particular boomed and increasingly served trade via the Suez Canal, which opened in 1869, between Asia and Central Europe, while Venice very quickly lost its competitive edge and commercial strength. During the Second World War, the historic city was largely free from attack, the only aggressive effort of note being Operation Bowler, a successful Royal Air Force precision strike on the German naval operations in the city in March 1945. The targets were destroyed with virtually no architectural damage inflicted on the city itself. However, the industrial areas in Mestre and Marghera and the railway lines to Padua, Trieste, and Trento were repeatedly bombed. On 29 April 1945, a force of British and New Zealand troops of the British Eighth Army, under Lieutenant General Freyberg, liberated Venice, which had been a hotbed of anti-Mussolini Italian partisan activity. Geography Venice sits atop alluvial silt washed into the sea by the rivers flowing eastward from the alps across the Veneto plain, with the silt being stretched into long banks, or lidi, by the action of the current flowing around the head of the Adriatic Sea from east to west. Subsidence Subsidence, the gradual lowering of the surface of Venice, has contributed—along with other factors—to the seasonal Acqua alta ("high water") when much of the city's surface is occasionally covered at high tide. Building foundations Those fleeing barbarian invasions who found refuge on the sandy islands of Torcello, Iesolo, and Malamocco, in this coastal lagoon, learned to build by driving closely spaced piles consisting of the trunks of alder trees, a wood noted for its water resistance, into the mud and sand, until they reached a much harder layer of compressed clay. Building foundations rested on plates of Istrian limestone placed on top of the piles. Flooding Between autumn and early spring, the city is often threatened by flood tides pushing in from the Adriatic. Six hundred years ago, Venetians protected themselves from land-based attacks by diverting all the major rivers flowing into the lagoon and thus preventing sediment from filling the area around the city. This created an ever-deeper lagoon environment. Additionally, the lowest part of Venice, St. Mark's Basilica, is only above sea level, and one of the most flood-prone parts of the city. In 1604, to defray the cost of flood relief, Venice introduced what could be considered the first example of a "stamp tax". When the revenue fell short of expectations in 1608, Venice introduced paper, with the superscription "AQ" and imprinted instructions, which was to be used for "letters to officials". At first, this was to be a temporary tax, but it remained in effect until the fall of the Republic in 1797. Shortly after the introduction of the tax, Spain produced similar paper for general taxation purposes, and the practice spread to other countries. During the 20th century, when many artesian wells were sunk into the periphery of the lagoon to draw water for local industry, Venice began to subside. It was realized that extraction of water from the aquifer was the cause. The sinking has slowed markedly since artesian wells were banned in the 1960s. However, the city is still threatened by more frequent low-level floods—the Acqua alta, that rise to a height of several centimetres over its quays—regularly following certain tides. In many old houses, staircases once used to unload goods are now flooded, rendering the former ground floor uninhabitable. Studies indicate that the city continues sinking at a relatively slow rate of 1–2mm per annum; therefore, the state of alert has not been revoked. In May 2003, Italian Prime Minister Silvio Berlusconi inaugurated the MOSE Project (Modulo Sperimentale Elettromeccanico), an experimental model for evaluating the performance of hollow floatable gates; the idea is to fix a series of 78 hollow pontoons to the sea bed across the three entrances to the lagoon. When tides are predicted to rise above 110 cm, the pontoons will be filled with air, causing them to float and block the incoming water from the Adriatic Sea. This engineering work was due to be completed by 2018. A Reuters report stated that the MOSE Project attributed the delay to "corruption scandals". The project is not guaranteed to be successful and the cost has been very high, with as much as approximately €2 billion of the cost lost to corruption. According to a spokesman for the FAI: Mose is a pharaonic project that should have cost €800m [£675m] but will cost at least €7bn [£6bn]. If the barriers are closed at only 90 cm of high water, most of St Mark's will be flooded anyway; but if closed at very high levels only, then people will wonder at the logic of spending such sums on something that didn't solve the problem. And pressure will come from the cruise ships to keep the gates open. On 13 November 2019, Venice was flooded when waters peaked at , the highest tide since 1966 (1.94 m). More than 80% of the city was covered by water, which damaged cultural heritage sites, including more than 50 churches, leading to tourists cancelling their visits. The planned flood barrier would have prevented this incident according to various sources, including Marco Piana, the head of conservation at St Mark's Basilica. The mayor promised that work on the flood barrier would continue, and the Prime Minister announced that the government would be accelerating the project. The city's mayor, Luigi Brugnaro, blamed the floods on climate change. The chambers of the Regional Council of Veneto began to be flooded around 10 pm, two minutes after the council rejected a plan to combat global warming. One of the effects of climate change is sea level rise which causes an increase in frequency and magnitude of floodings in the city. A Washington Post report provided a more thorough analysis:"The sea level has been rising even more rapidly in Venice than in other parts of the world. At the same time, the city is sinking, the result of tectonic plates shifting below the Italian coast. Those factors together, along with the more frequent extreme weather events associated with climate change, contribute to floods." Henk Ovink, an expert on flooding, told CNN that, while environmental factors are part of the problem, "historic floods in Venice are not only a result of the climate crisis but poor infrastructure and mismanagement". The government of Italy committed to providing 20 million euros in funding to help the city repair the most urgent aspects although Brugnaro's estimate of the total damage was "hundreds of millions" to at least 1 billion euros. On 3 October 2020, the MOSE was activated for the first time in response to a predicted high tide event, preventing some of the low-lying parts of the city (in particular the Piazza San Marco) from being flooded. Climate According to the Köppen climate classification, Venice has a mid-latitude, four season humid subtropical climate (Cfa), with cool winters and hot, humid summers. The 24-hour average temperature in January is , and for July this figure is . Precipitation is spread relatively evenly throughout the year, and averages ; snow isn't a rarity between late November and early March. During the most severe winters, the canals and parts of the lagoon can freeze, but with the warming trend of the past 30–40 years, the occurrence has become rarer. Demographics The city was one of the largest in Europe in the High Middle Ages, with a population of 60,000 in AD 1000; 80,000 in 1200; and rising up to 110,000–180,000 in 1300. In the mid-1500s the city's population was 170,000, and by 1600 almost 200,000. In 2009, there were 270,098 people residing in the Comune of Venice (the population estimate of 272,000 inhabitants includes around 60,000 in the historic city of Venice (Centro storico), 176,000 in Terraferma (the mainland); and 31,000 on other islands in the lagoon); 47.4% were male and 52.6% were female. Minors (ages 18 and younger) were 14.36% of the population compared to pensioners who numbered 25.7%. This compared with the Italian average of 18.06% and 19.94%, respectively. The average age of Venice residents was 46 compared to the Italian average of 42. In the five years between 2002 and 2007, the population of Venice declined by 0.2%, while Italy as a whole grew by 3.85%. The population in the historic old city declined much faster: from about 120,000 in 1980 to about 60,000 in 2009, and to below 55,000 in 2016. , 86% of the population was Italian. The largest immigrant groups include: 5,934 (2.3%) Bangladeshis, 5,578 (2.1%) Romanians, 4,460 (1.7%) Moldovans, 3,351 (1.3%) Chinese, and 2,511 (1%) Ukrainians. Venice is predominantly Roman Catholic (85.0% of the resident population in the area of the Patriarchate of Venice in 2018), but because of the long-standing relationship with Constantinople, there is also a noticeable Orthodox presence; and as a result of immigration, there is now a large Muslim community (about 25,000 or 9.5% of city population in 2018) and some Hindu, and Buddhist inhabitants. Since 1991, the Church of San Giorgio dei Greci in Venice has become the see of the Greek Orthodox Archdiocese of Italy and Malta and Exarchate of Southern Europe, a Byzantine-rite diocese under the Ecumenical Patriarchate of Constantinople. There is also a historic Jewish community in Venice. The Venetian Ghetto was the area in which Jews were compelled to live under the Venetian Republic. The word ghetto, originally Venetian, is now found in many languages. Shakespeare's play The Merchant of Venice, written in the late 16th century, features Shylock, a Venetian Jew. The first complete and uncensored printed edition of the Talmud was printed in Venice by Daniel Bomberg in 1523. During World War II, Jews were rounded up in Venice and deported to extermination camps. Since the end of the war, the Jewish population of Venice has declined from 1500 to about 500. Only around 30 Jews live in the former ghetto which houses the city's major Jewish institutions. In modern times, Venice has an eruv, used by the Jewish community. Government Local and regional government The legislative body of the Comune is the City Council (Consiglio Comunale), which is composed of 36 councillors elected every five years with a proportional system, contextually to the mayoral elections. The executive body is the City Administration (Giunta Comunale), composed of 12 assessors nominated and presided over by a directly elected Mayor. Venice was governed by centre-left parties from the early 1990s until the 2010s, when the Mayor started to be elected directly. Its region, Veneto, has long been a conservative stronghold, with the coalition between the regionalist Lega Nord and the centre-right Forza Italia winning absolute majorities of the electorate in many elections at local, national, and regional levels. The current Mayor of Venice is Luigi Brugnaro, a centre-right independent businessman who is currently serving his second term in office. The municipality of Venice is also subdivided into six administrative boroughs (municipalità). Each borough is governed by a council (Consiglio) and a president, elected every five years. The urban organization is dictated by Article 114 of the Italian Constitution. The boroughs have the power to advise the Mayor with nonbinding opinions on a large spectrum of topics (environment, construction, public health, local markets) and exercise the functions delegated to them by the City Council; in addition, they are supplied with autonomous funding to finance local activities. The boroughs are: Notes Sestieri The historic city of Venice is divided into six areas called sestieri: Each sestiere is now a statistical and historical area without any degree of autonomy. The six fingers or phalanges of the ferro on the bow of a gondola represent the six sestieri. The sestieri are divided into parishes – initially 70 in 1033, but reduced under Napoleon, and now numbering just 38. These parishes predate the sestieri, which were created in about 1170. Each parish exhibited unique characteristics but also belonged to an integrated network. Each community chose its own patron saint, staged its own festivals, congregated around its own market center, constructed its own bell towers, and developed its own customs. Other islands of the Venetian Lagoon do not form part of any of the sestieri, having historically enjoyed a considerable degree of autonomy. Each sestiere has its own house numbering system. Each house has a unique number in the district, from one to several thousand, generally numbered from one corner of the area to another, but not usually in a readily understandable manner. Economy Venice's economy has changed throughout history. Although there is little specific information about the earliest years, it is likely that an important source of the city's prosperity was the trade in slaves, captured in central Europe and sold to North Africa and the Levant. Venice's location at the head of the Adriatic, and directly south of the terminus of the Brenner Pass over the Alps, would have given it a distinct advantage as a middleman in this important trade. In the Middle Ages and the Renaissance, Venice was a major center for commerce and trade, as it controlled a vast sea-empire, and became an extremely wealthy European city and a leader in political and economic affairs. From the 11th century until the 15th century, pilgrimages to the Holy Land were offered in Venice. Other ports such as Genoa, Pisa, Marseille, Ancona, and Dubrovnik were hardly able to compete with the well organized transportation of pilgrims from Venice. Armenian merchants from Julfa were the leading traders in Venice, especially the Sceriman family in the 17th century. They were specialized in the gems and diamonds business. The trade volume reached millions of tons, which was exceptional for 17th century. This all changed by the 17th century, when Venice's trade empire was taken over by countries such as Portugal, and its importance as a naval power was reduced. In the 18th century, it became a major agricultural and industrial exporter. The 18th century's biggest industrial complex was the Venice Arsenal, and the Italian Army still uses it today (even though some space has been used for major theatrical and cultural productions, and as spaces for art). Since World War II, many Venetians have moved to the neighboring cities of Mestre and Porto Marghera, seeking employment as well as affordable housing. Today, Venice's economy is mainly based on tourism, shipbuilding (mainly in Mestre and Porto Marghera), services, trade, and industrial exports. Murano glass production in Murano and lace production in Burano are also highly important to the economy. The city is facing financial challenges. In late 2016, it had a major deficit in its budget and debts in excess of €400 million. "In effect, the place is bankrupt", according to a report by The Guardian. Many locals are leaving the historic center due to rapidly increasing rents. The declining native population affects the character of the city, as an October 2016 National Geographic article pointed out in its subtitle: "Residents are abandoning the city, which is in danger of becoming an overpriced theme park". The city is also facing other challenges, including erosion, pollution, subsidence, an excessive number of tourists in peak periods, and problems caused by oversized cruise ships sailing close to the banks of the historical city. In June 2017, Italy was required to bail out two Venetian banks—the Banca Popolare di Vicenza and Veneto Banca—to prevent their bankruptcies. Both banks would be wound down and their assets that have value taken over by another Italian bank, Intesa Sanpaolo, which would receive €5.2 billion as compensation. The Italian government would be responsible for losses from any uncollectible loans from the closed banks. The cost would be €5.2 billion, with further guarantees to cover bad loans totaling €12 billion. Tourism Venice is an important destination for tourists who want to see its celebrated art and architecture. The city hosts up to 60,000 tourists per day (2017 estimate). Estimates of the annual number of tourists vary from 22 million to 30 million. This "overtourism" creates overcrowding and environmental problems for Venice's ecosystem. By 2017, UNESCO was considering the addition of Venice to its "In-Danger" list, which includes historical ruins in war-torn countries. To reduce the number of visitors, who are causing irreversible changes in Venice, the agency supports limiting the number of cruise ships as well as implementing a strategy for more sustainable tourism. Tourism has been a major part of the Venetian economy since the 18th century, when Venice—with its beautiful cityscape, uniqueness, and rich musical and artistic cultural heritage—was a stop on the Grand Tour. In the 19th century, Venice became a fashionable centre for the "rich and famous", who often stayed and dined at luxury establishments such as the Danieli Hotel and the Caffè Florian, and continued to be a fashionable city into the early 20th century. In the 1980s, the Carnival of Venice was revived; and the city has become a major centre of international conferences and festivals, such as the prestigious Venice Biennale and the Venice Film Festival, which attract visitors from all over the world for their theatrical, cultural, cinematic, artistic, and musical productions. Today, there are numerous attractions in Venice, such as St Mark's Basilica, the Doge's Palace, the Grand Canal, and the Piazza San Marco. The Lido di Venezia is also a popular international luxury destination, attracting thousands of actors, critics, celebrities, and others in the cinematic industry. The city also relies heavily on the cruise business. The Cruise Venice Committee has estimated that cruise ship passengers spend more than 150 million euros (US$193 million) annually in the city, according to a 2015 report. Other reports, however, point out that such day-trippers spend relatively little in the few hours of their visits to the city. Venice is regarded by some as a tourist trap, and by others as a "living museum". Mitigating the effects of tourism The need to protect the city's historic environment and fragile canals, in the face of a possible loss of jobs produced by cruise tourism, has seen the Italian Transport Ministry attempt to introduce a ban on large cruise ships visiting the city. A 2013 ban would have allowed only cruise ships smaller than 40,000-gross tons to enter the Giudecca Canal and St Mark's basin. In January 2015, a regional court scrapped the ban, but some global cruise lines indicated that they would continue to respect it until a long-term solution for the protection of Venice is found. P&O Cruises removed Venice from its summer schedule; Holland America moved one of its ships from this area to Alaska; and Cunard reduced (in 2017 and further in 2018) the number of visits by its ships. As a result, the Venice Port Authority estimated an 11.4 per cent drop in cruise ships arriving in 2017 versus 2016, leading to a similar reduction in income for Venice. Having failed in its 2013 bid to ban oversized cruise ships from the Giudecca Canal, the city switched to a new strategy in mid-2017, banning the creation of any additional hotels. Currently, there are over 24,000 hotel rooms. The ban does not affect short-term rentals in the historic center which are causing an increase in the cost of living for the native residents of Venice. The city had already banned any additional fast food "take-away" outlets, to retain the historic character of the city, which was another reason for freezing the number of hotel rooms. Fewer than half of the millions of annual visitors stay overnight, however. The city also considered a ban on wheeled suitcases, but settled for banning hard plastic wheels for transporting cargo from May 2015. In addition to accelerating erosion of the ancient city's foundations and creating some pollution in the lagoon, cruise ships dropping an excessive number of day trippers can make St. Marks Square and other popular attractions too crowded to walk through during the peak season. Government officials see little value to the economy from the "eat and flee" tourists who stay for less than a day, which is typical of those from cruise ships. Some locals continued to aggressively lobby for new methods that would reduce the number of cruise ship passengers; their estimate indicated that there are up to 30,000 such sightseers per day at peak periods, while others concentrate their effort on promoting a more responsible way of visiting the city. An unofficial referendum to ban large cruise ships was held in June 2017. More than 18,000 people voted at 60 polling booths set up by activists, and 17,874 favored banning large ships from the lagoon. The population of Venice at the time was about 50,000. The organizers of the referendum backed a plan to build a new cruise ship terminal at one of the three entrances to the Venetian Lagoon. Passengers would be transferred to the historic area in smaller boats. On 28 February 2019, the Venice City Council voted in favour of a new municipal regulation requiring day-trippers visiting the historic centre, and the islands in the lagoon, to pay a new access fee. The extra revenue from the fee would be used for cleaning, maintaining security, reducing the financial burden on residents of Venice, and to "allow Venetians to live with more decorum". The new tax would be between €3 and €10 per person, depending on the expected tourist flow into the old city. The fee could be waived for certain types of travelers: including students, children under the age of 6, voluntary workers, residents of the Veneto region, and participants in sporting events. Overnight visitors, who already pay a "stay" tax and account for around 40% of Venice's yearly total of 28 million visitors, would also be exempted. The access fee was expected to come into effect in September 2019; but it was postponed, firstly, until 1 January 2020, and then, again, due to the coronavirus pandemic. The new charges would be imposed on those tourists who were not staying overnight and is expected to come into force on 1 January 2022. Diverting cruise ships Having failed in its 2013 bid to ban oversized cruise ships from the Giudecca Canal, the Italian inter-ministerial Comitatone overseeing Venice's lagoon released an official directive in November 2017 to keep the largest cruise ships away from the Piazza San Marco and the entrance to the Grand Canal. Ships over 55,000 tons will be required to follow a specific route through the Vittorio Emmanuele III Canal to reach Marghera, an industrial area of the mainland, where a passenger terminal would be built. In 2014, the United Nations warned the city that it may be placed on UNESCO's List of World Heritage in Danger sites unless cruise ships are banned from the canals near the historic centre. According to the officials, the plan to create an alternate route for ships would require extensive dredging of the canal and the building of a new port, which would take four years, in total, to complete. However, the activist group No Grandi Navi (No big Ships), argued that the effects of pollution caused by the ships would not be diminished by the re-routing plan. On 2 June 2019, the cruise ship MSC Opera rammed a tourist riverboat, the River Countess, which was docked on the Giudecca Canal, injuring five people, in addition to causing property damage. The incident immediately led to renewed demands to ban large cruise ships from the Giudecca Canal, including a Twitter message to that effect posted by the environment minister. The city's mayor urged authorities to accelerate the steps required for cruise ships to begin using the alternate Vittorio Emanuele canal. Italy's transport minister spoke of a "solution to protect both the lagoon and tourism ... after many years of inertia" but specifics were not reported. , the 2017 plan to establish an alternative route for large ships, preventing them from coming near the historic area of the city, has not yet been approved. Nonetheless, the Italian government released an announcement on 7 August 2019 that it would begin rerouting cruise ships larger than 1000 tonnes away from the historic city's Giudecca Canal. For the last four months of 2019, all heavy vessels will dock at the Fusina and Lombardia terminals which are still on the lagoon but away from the central islands. By 2020, one-third of all cruise ships will be rerouted, according to Danilo Toninelli, the minister for Venice. Preparation work for the Vittorio Emanuele Canal needed to begin soon for a long-term solution, according to the Cruise Lines International Association. In the long-term, space for ships would be provided at new terminals, perhaps at Chioggia or Lido San Nicolo. That plan was not imminent however, since public consultations had not yet begun. Over 1.5 million people per year arrive in Venice on cruise ships. The Italian government decided to divert large cruise ships beginning August 2021. Transport In the historic centre Venice is built on an archipelago of 118 islands in a shallow, lagoon, connected by 400 bridges over 177 canals. In the 19th century, a causeway to the mainland brought the railroad to Venice. The adjoining Ponte della Libertà road causeway and terminal parking facilities in Tronchetto island and Piazzale Roma were built during the 20th century. Beyond these rail and road terminals on the northern edge of the city, transportation within the city's historic centre remains, as it was in centuries past, entirely on water or on foot. Venice is Europe's largest urban car-free area and is unique in Europe in having remained a sizable functioning city in the 21st century entirely without motorcars or trucks. The classic Venetian boat is the gondola, (plural: gondole) although it is now mostly used for tourists, or for weddings, funerals, or other ceremonies, or as traghetti (sing.: traghetto) to cross the Grand Canal in lieu of a nearby bridge. The traghetti are operated by two oarsmen. For some years there were seven such boats; but by 2017, only three remained. There are approximately 400 licensed gondoliers in Venice, in their distinctive livery, and a similar number of boats, down from 10,000 two centuries ago. Many gondolas are lushly appointed with crushed velvet seats and Persian rugs. At the front of each gondola that works in the city, there is a large piece of metal called the fèro (iron). Its shape has evolved through the centuries, as documented in many well-known paintings. Its form, topped by a likeness of the Doge's hat, became gradually standardized, and was then fixed by local law. It consists of six bars pointing forward representing the sestieri of the city, and one that points backwards representing the Giudecca. A lesser-known boat is the smaller, simpler, but similar, sandolo. Waterways Venice's small islands were enhanced during the Middle Ages by the dredging of soil to raise the marshy ground above the tides. The resulting canals encouraged the flourishing of a nautical culture which proved central to the economy of the city. Today those canals still provide the means for transport of goods and people within the city. The maze of canals threading through the city requires more than 400 bridges to permit the flow of foot traffic. In 2011, the city opened the Ponte della Costituzione, the fourth bridge across the Grand Canal, which connects the Piazzale Roma bus-terminal area with the Venezia Santa Lucia railway station. The other bridges are the original Ponte di Rialto, the Ponte dell'Accademia, and the Ponte degli Scalzi. Public transport Azienda del Consorzio Trasporti Veneziano (ACTV) is a public company responsible for public transportation in Venice. Lagoon area The main means of public transportation consists of motorised waterbuses (vaporetti) which ply regular routes along the Grand Canal and between the city's islands. Private motorised water taxis are also active. The only gondole still in common use by Venetians are the traghetti, foot passenger ferries crossing the Grand Canal at certain points where there are no convenient bridges. Other gondole are rented by tourists on an hourly basis. The Venice People Mover is an elevated shuttle train public transit system connecting Tronchetto island with its car parking facility with Piazzale Roma where visitors arrive in the city by bus, taxi, or automobile. The train makes a stop at the Marittima cruise terminal at the Port of Venice. Lido and Pellestrina islands Lido and Pellestrina are two islands forming a barrier between the southern Venetian Lagoon and the Adriatic Sea. On those islands, road traffic, including bus service, is allowed. Vaporetti link them with
In 2020, 258,685 people resided in the Comune di Venezia, of whom around 55,000 live in the historical city of Venice (centro storico). Together with Padua and Treviso, the city is included in the Padua-Treviso-Venice Metropolitan Area (PATREVE), which is considered a statistical metropolitan area, with a total population of 2.6 million. The name is derived from the ancient Veneti people who inhabited the region by the 10th century BC. The city was historically the capital of the Republic of Venice for over a millennium, from 697 to 1797. It was a major financial and maritime power during the Middle Ages and Renaissance, and a staging area for the Crusades and the Battle of Lepanto, as well as an important center of commerce—especially silk, grain, and spice, and of art from the 13th century to the end of the 17th. The city-state of Venice is considered to have been the first real international financial center, emerging in the 9th century and reaching its greatest prominence in the 14th century. This made Venice a wealthy city throughout most of its history. After the Napoleonic Wars and the Congress of Vienna, the Republic was annexed by the Austrian Empire, until it became part of the Kingdom of Italy in 1866, following a referendum held as a result of the Third Italian War of Independence. Venice has been known as "La Dominante", "La Serenissima", "Queen of the Adriatic", "City of Water", "City of Masks", "City of Bridges", "The Floating City", and "City of Canals". The lagoon and a part of the city are listed as a UNESCO World Heritage Site. Parts of Venice are renowned for the beauty of their settings, their architecture, and artwork. Venice is known for several important artistic movements—especially during the Renaissance period—and has played an important role in the history of instrumental and operatic music, and is the birthplace of Baroque composers Tomaso Albinoni and Antonio Vivaldi. Although the city is facing some challenges (including an excessive number of tourists and problems caused by pollution, tide peaks and cruise ships sailing too close to buildings), Venice remains a very popular tourist destination, a major cultural centre, and has been ranked many times the most beautiful city in the world. It has been described by the Times Online as one of Europe's most romantic cities and by The New York Times as "undoubtedly the most beautiful city built by man". History Origins Although no surviving historical records deal directly with the founding of Venice, tradition and the available evidence have led several historians to agree that the original population of Venice consisted of refugees—from nearby Roman cities such as Padua, Aquileia, Treviso, Altino, and Concordia (modern Portogruaro), as well as from the undefended countryside—who were fleeing successive waves of Germanic and Hun invasions. This is further supported by the documentation on the so-called "apostolic families", the twelve founding families of Venice who elected the first doge, who in most cases trace their lineage back to Roman families. Some late Roman sources reveal the existence of fishermen, on the islands in the original marshy lagoons, who were referred to as incolae lacunae ("lagoon dwellers"). The traditional founding is identified with the dedication of the first church, that of San Giacomo on the islet of Rialto (Rivoalto, "High Shore")—said to have taken place at the stroke of noon on 25 March 421 (the Feast of the Annunciation). Beginning as early as AD 166–168, the Quadi and Marcomanni destroyed the main Roman town in the area, present-day Oderzo. This part of Roman Italy was again overrun in the early 5th century by the Visigoths and, some 50 years later, by the Huns led by Attila. The last and most enduring immigration into the north of the Italian peninsula, that of the Lombards in 568, left the Eastern Roman Empire only a small strip of coastline in the current Veneto, including Venice. The Roman/Byzantine territory was organized as the Exarchate of Ravenna, administered from that ancient port and overseen by a viceroy (the Exarch) appointed by the Emperor in Constantinople. Ravenna and Venice were connected only by sea routes, and with the Venetians' isolation came increasing autonomy. New ports were built, including those at Malamocco and Torcello in the Venetian lagoon. The tribuni maiores formed the earliest central standing governing committee of the islands in the lagoon, dating from c. 568. The traditional first doge of Venice, Paolo Lucio Anafesto (Anafestus Paulicius), was elected in 697, as written in the oldest chronicle by John, deacon of Venice . Some modern historians claim Paolo Lucio Anafesto was actually the Exarch Paul, and Paul's successor, Marcello Tegalliano, was Paul's magister militum (or "general"), literally "master of soldiers". In 726 the soldiers and citizens of the exarchate rose in a rebellion over the iconoclastic controversy, at the urging of Pope Gregory II. The exarch, held responsible for the acts of his master, Byzantine Emperor Leo III, was murdered, and many officials were put to flight in the chaos. At about this time, the people of the lagoon elected their own independent leader for the first time, although the relationship of this to the uprisings is not clear. Ursus was the first of 117 "doges" (doge is the Venetian dialectal equivalent of the Latin dux ("leader"); the corresponding word in English is duke, in standard Italian duca. (See also "duce".) Whatever his original views, Ursus supported Emperor Leo III's successful military expedition to recover Ravenna, sending both men and ships. In recognition of this, Venice was "granted numerous privileges and concessions" and Ursus, who had personally taken the field, was confirmed by Leo as dux. and given the added title of hypatus (from the Greek for "consul"). In 751, the Lombard King Aistulf conquered most of the Exarchate of Ravenna, leaving Venice a lonely and increasingly autonomous Byzantine outpost. During this period, the seat of the local Byzantine governor (the "duke/dux", later "doge"), was at Malamocco. Settlement on the islands in the lagoon probably increased with the Lombard conquest of other Byzantine territories, as refugees sought asylum in the area. In 775/6, the episcopal seat of Olivolo (San Pietro di Castello, namely Helipolis) was created. During the reign of duke Agnello Particiaco (811–827) the ducal seat moved from Malamocco to the more protected Rialto, within present-day Venice. The monastery of St. Zachary and the first ducal palace and basilica of St. Mark, as well as a walled defense (civitatis murus) between Olivolo and Rialto, were subsequently built here. Charlemagne sought to subdue the city to his rule. He ordered the pope to expel the Venetians from the Pentapolis along the Adriatic coast; Charlemagne's own son Pepin of Italy, king of the Lombards, under the authority of his father, embarked on a siege of Venice itself. This, however, proved a costly failure. The siege lasted six months, with Pepin's army ravaged by the diseases of the local swamps and eventually forced to withdraw in 810. A few months later, Pepin himself died, apparently as a result of a disease contracted there. In the aftermath, an agreement between Charlemagne and the Byzantine Emperor Nicephorus in 814 recognized Venice as Byzantine territory, and granted the city trading rights along the Adriatic coast. In 828 the new city's prestige increased with the acquisition, from Alexandria, of relics claimed to be of St Mark the Evangelist; these were placed in the new basilica. Winged lions—visible throughout Venice—are the emblem of St Mark. The patriarchal seat was also moved to Rialto. As the community continued to develop, and as Byzantine power waned, its own autonomy grew, leading to eventual independence. Expansion From the 9th to the 12th century, Venice developed into a powerful maritime empire (an Italian thalassocracy known also as repubblica marinara), in addition to Venice there were seven others: the most important ones were Genoa, Pisa, and Amalfi; and the lesser known were Ragusa, Ancona, Gaeta and Noli. Its own strategic position at the head of the Adriatic made Venetian naval and commercial power almost invulnerable. With the elimination of pirates along the Dalmatian coast, the city became a flourishing trade center between Western Europe and the rest of the world—especially with the Byzantine Empire and Asia), where its navy protected sea routes against piracy. The Republic of Venice seized a number of places on the eastern shores of the Adriatic before 1200, mostly for commercial reasons, because pirates based there were a menace to trade. The doge already possessed the titles of Duke of Dalmatia and Duke of Istria. Later mainland possessions, which extended across Lake Garda as far west as the Adda River, were known as the Terraferma; they were acquired partly as a buffer against belligerent neighbours, partly to guarantee Alpine trade routes, and partly to ensure the supply of mainland wheat (on which the city depended). In building its maritime commercial empire, Venice dominated the trade in salt, acquired control of most of the islands in the Aegean, including Crete, and Cyprus in the Mediterranean, and became a major power-broker in the Near East. By the standards of the time, Venice's stewardship of its mainland territories was relatively enlightened and the citizens of such towns as Bergamo, Brescia, and Verona rallied to the defence of Venetian sovereignty when it was threatened by invaders. Venice remained closely associated with Constantinople, being twice granted trading privileges in the Eastern Roman Empire, through the so-called golden bulls or "chrysobulls", in return for aiding the Eastern Empire to resist Norman and Turkish incursions. In the first chrysobull, Venice acknowledged its homage to the empire; but not in the second, reflecting the decline of Byzantium and the rise of Venice's power. Venice became an imperial power following the Fourth Crusade, which, having veered off course, culminated in 1204 by capturing and sacking Constantinople and establishing the Latin Empire. As a result of this conquest, considerable Byzantine plunder was brought back to Venice. This plunder included the gilt bronze horses from the Hippodrome of Constantinople, which were originally placed above the entrance to the cathedral of Venice, St Mark's Basilica (The originals have been replaced with replicas, and are now stored within the basilica.) After the fall of Constantinople, the former Eastern Roman Empire was partitioned among the Latin crusaders and the Venetians. Venice subsequently carved out a sphere of influence in the Mediterranean known as the Duchy of the Archipelago, and captured Crete. The seizure of Constantinople proved as decisive a factor in ending the Byzantine Empire as the loss of the Anatolian themes, after Manzikert. Although the Byzantines recovered control of the ravaged city a half-century later, the Byzantine Empire was terminally weakened, and existed as a ghost of its old self, until Sultan Mehmet The Conqueror took the city in 1453. Situated on the Adriatic Sea, Venice had always traded extensively with the Byzantine Empire and the Middle-east. By the late 13th century, Venice was the most prosperous city in all of Europe. At the peak of its power and wealth, it had 36,000 sailors operating 3,300 ships, dominating Mediterranean commerce. Venice's leading families vied with each other to build the grandest palaces and to support the work of the greatest and most talented artists. The city was governed by the Great Council, which was made up of members of the noble families of Venice. The Great Council appointed all public officials, and elected a Senate of 200 to 300 individuals. Since this group was too large for efficient administration, a Council of Ten (also called the Ducal Council, or the Signoria), controlled much of the administration of the city. One member of the great council was elected "doge", or duke, to be the chief executive; he would usually hold the title until his death, although several Doges were forced, by pressure from their oligarchical peers, to resign and retire into monastic seclusion, when they were felt to have been discredited by political failure. The Venetian governmental structure was similar in some ways to the republican system of ancient Rome, with an elected chief executive (the doge), a senator-like assembly of nobles, and the general citizenry with limited political power, who originally had the power to grant or withhold their approval of each newly elected doge. Church and various private property was tied to military service, although there was no knight tenure within the city itself. The Cavalieri di San Marco was the only order of chivalry ever instituted in Venice, and no citizen could accept or join a foreign order without the government's consent. Venice remained a republic throughout its independent period, and politics and the military were kept separate, except when on occasion the Doge personally headed the military. War was regarded as a continuation of commerce by other means. Therefore, the city's early employment of large numbers of mercenaries for service elsewhere, and later its reliance on foreign mercenaries when the ruling class was preoccupied with commerce. Although the people of Venice generally remained orthodox Roman Catholics, the state of Venice was notable for its freedom from religious fanaticism, and executed nobody for religious heresy during the Counter-Reformation. This apparent lack of zeal contributed to Venice's frequent conflicts with the papacy. In this context, the writings of the Anglican divine William Bedell are particularly illuminating. Venice was threatened with the interdict on a number of occasions and twice suffered its imposition. The second, most noted, occasion was in 1606, by order of Pope Paul V. The newly invented German printing press spread rapidly throughout Europe in the 15th century, and Venice was quick to adopt it. By 1482, Venice was the printing capital of the world; the leading printer was Aldus Manutius, who invented paperback books that could be carried in a saddlebag. His Aldine Editions included translations of nearly all the known Greek manuscripts of the era. Decline Venice's long decline started in the 15th century. Venice confronted the Ottoman Empire in the Siege of Thessalonica (1422–1430) and sent ships to help defend Constantinople against the besieging Turks in 1453. After the Fall of Constantinople Sultan Mehmed II declared the first of a series of Ottoman-Venetian wars that cost Venice much of its eastern Mediterranean possessions. Vasco da Gama's 1497–1499 voyage opened a sea route to India around the Cape of Good Hope and destroyed Venice's monopoly. Venice's oared vessels were at a disadvantage when it came to traversing oceans, therefore Venice was left behind in the race for colonies. The Black Death devastated Venice in 1348 and struck again between 1575 and 1577. In three years, the plague killed some 50,000 people. In 1630, the Italian plague of 1629–31 killed a third of Venice's 150,000 citizens. Venice began to lose its position as a center of international trade during the later part of the Renaissance as Portugal became Europe's principal intermediary in the trade with the East, striking at the very foundation of Venice's great wealth. France and Spain fought for hegemony over Italy in the Italian Wars, marginalising its political influence. However, Venice remained a major exporter of agricultural products and until the mid-18th century, a significant manufacturing center. Modern age During the 18th century, Venice became perhaps the most elegant and refined city in Europe, greatly influencing art, architecture, and literature. But the Republic lost its independence when Napoleon Bonaparte conquered Venice on 12 May 1797 during the War of the First Coalition. Napoleon was seen as something of a liberator by the city's Jewish population. He removed the gates of the Ghetto and ended the restrictions on when and where Jews could live and travel in the city. Venice became Austrian territory when Napoleon signed the Treaty of Campo Formio on 12 October 1797. The Austrians took control of the city on 18 January 1798. Venice was taken from Austria by the Treaty of Pressburg in 1805 and became part of Napoleon's Kingdom of Italy. It was returned to Austria following Napoleon's defeat in 1814, when it became part of the Austrian-held Kingdom of Lombardy-Venetia. In 1848 a revolt briefly re-established the Venetian republic under Daniele Manin, but this was crushed in 1849. In 1866, after the Third Italian War of Independence, Venice, along with the rest of the Veneto, became part of the newly created Kingdom of Italy. From the middle of the 18th century, Trieste and papal Ancona, both of which became free ports, competed with Venice more and more economically. Habsburg Trieste in particular boomed and increasingly served trade via the Suez Canal, which opened in 1869, between Asia and Central Europe, while Venice very quickly lost its competitive edge and commercial strength. During the Second World War, the historic city was largely free from attack, the only aggressive effort of note being Operation Bowler, a successful Royal Air Force precision strike on the German naval operations in the city in March 1945. The targets were destroyed with virtually no architectural damage inflicted on the city itself. However, the industrial areas in Mestre and Marghera and the railway lines to Padua, Trieste, and Trento were repeatedly bombed. On 29 April 1945, a force of British and New Zealand troops of the British Eighth Army, under Lieutenant General Freyberg, liberated Venice, which had been a hotbed of anti-Mussolini Italian partisan activity. Geography Venice sits atop alluvial silt washed into the sea by the rivers flowing eastward from the alps across the Veneto plain, with the silt being stretched into long banks, or lidi, by the action of the current flowing around the head of the Adriatic Sea from east to west. Subsidence Subsidence, the gradual lowering of the surface of Venice, has contributed—along with other factors—to the seasonal Acqua alta ("high water") when much of the city's surface is occasionally covered at high tide. Building foundations Those fleeing barbarian invasions who found refuge on the sandy islands of Torcello, Iesolo, and Malamocco, in this coastal lagoon, learned to build by driving closely spaced piles consisting of the trunks of alder trees, a wood noted for its water resistance, into the mud and sand, until they reached a much harder layer of compressed clay. Building foundations rested on plates of Istrian limestone placed on top of the piles. Flooding Between autumn and early spring, the city is often threatened by flood tides pushing in from the Adriatic. Six hundred years ago, Venetians protected themselves from land-based attacks by diverting all the major rivers flowing into the lagoon and thus preventing sediment from filling the area around the city. This created an ever-deeper lagoon environment. Additionally, the lowest part of Venice, St. Mark's Basilica, is only above sea level, and one of the most flood-prone parts of the city. In 1604, to defray the cost of flood relief, Venice introduced what could be considered the first example of a "stamp tax". When the revenue fell short of expectations in 1608, Venice introduced paper, with the superscription "AQ" and imprinted instructions, which was to be used for "letters to officials". At first, this was to be a temporary tax, but it remained in effect until the fall of the Republic in 1797. Shortly after the introduction of the tax, Spain produced similar paper for general taxation purposes, and the practice spread to other countries. During the 20th century, when many artesian wells were sunk into the periphery of the lagoon to draw water for local industry, Venice began to subside. It was realized that extraction of water from the aquifer was the cause. The sinking has slowed markedly since artesian wells were banned in the 1960s. However, the city is still threatened by more frequent low-level floods—the Acqua alta, that rise to a height of several centimetres over its quays—regularly following certain tides. In many old houses, staircases once used to unload goods are now flooded, rendering the former ground floor uninhabitable. Studies indicate that the city continues sinking at a relatively slow rate of 1–2mm per annum; therefore, the state of alert has not been revoked. In May 2003, Italian Prime Minister Silvio Berlusconi inaugurated the MOSE Project (Modulo Sperimentale Elettromeccanico), an experimental model for evaluating the performance of hollow floatable gates; the idea is to fix a series of 78 hollow pontoons to the sea bed across the three entrances to the lagoon. When tides are predicted to rise above 110 cm, the pontoons will be filled with air, causing them to float and block the incoming water from the Adriatic Sea. This engineering work was due to be completed by 2018. A Reuters report stated that the MOSE Project attributed the delay to "corruption scandals". The project is not guaranteed to be successful and the cost has been very high, with as much as approximately €2 billion of the cost lost to corruption. According to a spokesman for the FAI: Mose is a pharaonic project that should have cost €800m [£675m] but will cost at least €7bn [£6bn]. If the barriers are closed at only 90 cm of high water, most of St Mark's will be flooded anyway; but if closed at very high levels only, then people will wonder at the logic of spending such sums on something that didn't solve the problem. And pressure will come from the cruise ships to keep the gates open. On 13 November 2019, Venice was flooded when waters peaked at , the highest tide since 1966 (1.94 m). More than 80% of the city was covered by water, which damaged cultural heritage sites, including more than 50 churches, leading to tourists cancelling their visits. The planned flood barrier would have prevented this incident according to various sources, including Marco Piana, the head of conservation at St Mark's Basilica. The mayor promised that work on the flood barrier would continue, and the Prime Minister announced that the government would be accelerating the project. The city's mayor, Luigi Brugnaro, blamed the floods on climate change. The chambers of the Regional Council of Veneto began to be flooded around 10 pm, two minutes after the council rejected a plan to combat global warming. One of the effects of climate change is sea level rise which causes an increase in frequency and magnitude of floodings in the city. A Washington Post report provided a more thorough analysis:"The sea level has been rising even more rapidly in Venice than in other parts of the world. At the same time, the city is sinking, the result of tectonic plates shifting below the Italian coast. Those factors together, along with the more frequent extreme weather events associated with climate change, contribute to floods." Henk Ovink, an expert on flooding, told CNN that, while environmental factors are part of the problem, "historic floods in Venice are not only a result of the climate crisis but poor infrastructure and mismanagement". The government of Italy committed to providing 20 million euros in funding to help the city repair the most urgent aspects although Brugnaro's estimate of the total damage was "hundreds of millions" to at least 1 billion euros. On 3 October 2020, the MOSE was activated for the first time in response to a predicted high tide event, preventing some of the low-lying parts of the city (in particular the Piazza San Marco) from being flooded. Climate According to the Köppen climate classification, Venice has a mid-latitude, four season humid subtropical climate (Cfa), with cool winters and hot, humid summers. The 24-hour average temperature in January is , and for July this figure is . Precipitation is spread relatively evenly throughout the year, and averages ; snow isn't a rarity between late November and early March. During the most severe winters, the canals and parts of the lagoon can freeze, but with the warming trend of the past 30–40 years, the occurrence has become rarer. Demographics The city was one of the largest in Europe in the High Middle Ages, with a population of 60,000 in AD 1000; 80,000 in 1200; and rising up to 110,000–180,000 in 1300. In the mid-1500s the city's population was 170,000, and by 1600 almost 200,000. In 2009, there were 270,098 people residing in the Comune of Venice (the population estimate of 272,000 inhabitants includes around 60,000 in the historic city of Venice (Centro storico), 176,000 in Terraferma (the mainland); and 31,000 on other islands in the lagoon); 47.4% were male and 52.6% were female. Minors (ages 18 and younger) were 14.36% of the population compared to pensioners who numbered 25.7%. This compared with the Italian average of 18.06% and 19.94%, respectively. The average age of Venice residents was 46 compared to the Italian average of 42. In the five years between 2002 and 2007, the population of Venice declined by 0.2%, while Italy as a whole grew by 3.85%. The population in the historic old city declined much faster: from about 120,000 in 1980 to about 60,000 in 2009, and to below 55,000 in 2016. , 86% of the population was Italian. The largest immigrant groups include: 5,934 (2.3%) Bangladeshis, 5,578 (2.1%) Romanians, 4,460 (1.7%) Moldovans, 3,351 (1.3%) Chinese, and 2,511 (1%) Ukrainians. Venice is predominantly Roman Catholic (85.0% of the resident population in the area of the Patriarchate of Venice in 2018), but because of the long-standing relationship with Constantinople, there is also a noticeable Orthodox presence; and as a result of immigration, there is now a large Muslim community (about 25,000 or 9.5% of city population in 2018) and some Hindu, and Buddhist inhabitants. Since 1991, the Church of San Giorgio dei Greci in Venice has become the see of the Greek Orthodox Archdiocese of Italy and Malta and Exarchate of Southern Europe, a Byzantine-rite diocese under the Ecumenical Patriarchate of Constantinople. There is also a historic Jewish community in Venice. The Venetian Ghetto was the area in which Jews were compelled to live under the Venetian Republic. The word ghetto, originally Venetian, is now found in many languages. Shakespeare's play The Merchant of Venice, written in the late 16th century, features Shylock, a Venetian Jew. The first complete and uncensored printed edition of the Talmud was printed in Venice by Daniel Bomberg in 1523. During World War II, Jews were rounded up in Venice and deported to extermination camps. Since the end of the war, the Jewish population of Venice has declined from 1500 to about 500. Only around 30 Jews live in the former ghetto which houses the city's major Jewish institutions. In modern times, Venice has an eruv, used by the Jewish community. Government Local and regional government The legislative body of the Comune is the City Council (Consiglio Comunale), which is composed of 36 councillors elected every five years with a proportional system, contextually to the mayoral elections. The executive body is the City Administration (Giunta Comunale), composed of 12 assessors nominated and presided over by a directly elected Mayor. Venice was governed by centre-left parties from the early 1990s until the 2010s, when the Mayor started to be elected directly. Its region, Veneto, has long been a conservative stronghold, with the coalition between the regionalist Lega Nord and the centre-right Forza Italia winning absolute majorities of the electorate in many elections at local, national, and regional levels. The current Mayor of Venice is Luigi Brugnaro, a centre-right independent businessman who is currently serving his second term in office. The municipality of Venice is also subdivided into six administrative boroughs (municipalità). Each borough is governed by a council (Consiglio) and a president, elected every five years. The urban organization is dictated by Article 114 of the Italian Constitution. The boroughs have the power to advise the Mayor with nonbinding opinions on a large spectrum of topics (environment, construction, public health, local markets) and exercise the functions delegated to them by the City Council; in addition, they are supplied with autonomous funding to finance local activities. The boroughs are: Notes Sestieri The historic city of Venice is divided into six areas called sestieri: Each sestiere is now a statistical and historical area without any degree of autonomy. The six fingers or phalanges of the ferro on the bow of a gondola represent the six sestieri. The sestieri are divided into parishes – initially 70 in 1033, but reduced under Napoleon, and now numbering just 38. These parishes predate the sestieri, which were created in about 1170. Each parish exhibited unique characteristics but also belonged to an integrated network. Each community chose its own patron saint, staged its own festivals, congregated around its own market center, constructed its own bell towers, and developed its own customs. Other islands of the Venetian Lagoon do not form part of any of the sestieri, having historically enjoyed a considerable degree of autonomy. Each sestiere has its own house numbering system. Each house has a unique number in the district, from one to several thousand, generally numbered from one corner of the area to another, but not usually in a readily understandable manner. Economy Venice's economy has changed throughout history. Although there is little specific information about the earliest years, it is likely that an important source of the city's prosperity was the trade in slaves, captured in central Europe and sold to North Africa and the Levant. Venice's location at the head of the Adriatic, and directly south of the terminus of the Brenner Pass over the Alps, would have given it a distinct advantage as a middleman in this important trade. In the Middle Ages and the Renaissance, Venice was a major center for commerce and trade, as it controlled a vast sea-empire, and became an extremely wealthy European city and a leader in political and economic affairs. From the 11th century until the 15th century, pilgrimages to the Holy Land were offered in Venice. Other ports such as Genoa, Pisa, Marseille, Ancona, and Dubrovnik were hardly able to compete with the well organized transportation of pilgrims from Venice. Armenian merchants from Julfa were the leading traders in Venice, especially the Sceriman family in the 17th century. They were specialized in the gems and diamonds business. The trade volume reached millions of tons, which was exceptional for 17th century. This all changed by the 17th century, when Venice's trade empire was taken over by countries such as Portugal, and its importance as a naval power was reduced. In the 18th century, it became a major agricultural and industrial exporter. The 18th century's biggest industrial complex was the Venice Arsenal, and the Italian Army still uses it today (even though some space has been used for major theatrical and cultural productions, and as spaces for art). Since World War II, many Venetians have moved to the neighboring cities of Mestre and Porto Marghera, seeking employment as well as affordable housing. Today, Venice's economy is mainly based on tourism, shipbuilding (mainly in Mestre and Porto Marghera), services, trade, and industrial exports. Murano glass production in Murano and lace production in Burano are also highly important to the economy. The city is facing financial challenges. In late 2016, it had a major deficit in its budget and debts in excess of €400 million. "In effect, the place is bankrupt", according to a report by The Guardian. Many locals are leaving the historic center due to rapidly increasing rents. The declining native population affects the character of the city, as an October 2016 National Geographic article pointed out in its subtitle: "Residents are abandoning the city, which is in danger of becoming an overpriced theme park". The city is also facing other challenges, including erosion, pollution, subsidence, an excessive number of tourists in peak periods, and problems caused by oversized cruise ships sailing close to the banks of the historical city. In June 2017, Italy was required to bail out two Venetian banks—the Banca Popolare di Vicenza and Veneto Banca—to prevent their bankruptcies. Both banks would be wound down and their assets that have value taken over by another Italian bank, Intesa Sanpaolo, which would receive €5.2 billion as compensation. The Italian government would be
cans. VB Gold In 2007, Foster's launched a new, midstrength version of VB called VB Midstrength Lager with an alcohol volume of 3.5%, in order to capitalise on the growing market for midstrength beers, currently dominated by XXXX Gold. In May 2007, The launch was Foster's first ever mainstream variation of the VB brand. In 2009, Carlton & United Breweries re-branded VB Midstrength to the new name VB Gold and in 2017 reduced the alcohol content to 3%. TV builder Scott Cam, a self-confessed VB fan, is the appointed VB Mid Ambassador. On 24 July 2007, The Australian reported that within three months of Fosters launching VB Midstrength, market share for the full strength VB and mid VB had increased. Foster's regional marketing director Anthony Heraghty hinted at further VB brand extensions, saying Foster's was "trying to see past the big green giant". During the 2008 Rugby League World Cup, VB Gold was advertised on TV by Australian Rugby League legends Wally Lewis and Gorden Tallis. VB RAW In September 2009 CUB released VB RAW to compete in the low carb market. The alcohol volume was 4.5%. VB Raw was discontinued in late 2010 due to poor sales. Marketing and promotion In 2009, Foster's replaced the slogan from the '60s "A hard earned thirst needs a big cold beer, and the best cold beer is Vic, Victoria Bitter" with "VB – The Drinking Beer" as part of a marketing strategy to reposition VB to a broader range of drinkers. The new slogan, as part of a campaign called "The Regulars" included a brand website for the first time, including a production line live webcam. Advertising ran on TV and radio, in print, outdoor, online and at point of sale. In 2015, Carlton and United Breweries revived the "hard earned thirst" campaign. In 2018 Victoria Bitter revisited the idea of knock off with the launch of a new campaign called new knock off times expanding its brand positioning to celebrate Australia's changing workforce. Marking its 50th anniversary of TV advertising, the ad celebrates the change in Australia's workforce that's taken place over the half century. These days, there's no one time that people knock off. 4.00pm might still be the end of the day for some, but for others, it might very well be the beginning of their day. In 2005, VB had started a promotion where David Boon became the face of Victoria Bitter (VB) beer for its 2005/06 summer advertising campaign, called Boonanza. Part of the promotion was the sale of a talking David Boon figurine with purchases of cartons of beer, which would make comments when prompted by Channel Nine commentary. In late 2006, the Boonanza promotion returned as Boonanza II for the 2006–07 Ashes series. The promotion included former England cricket captain Ian Botham as a talking figure, who would interact alongside an updated David Boon figure. For the 2007–08 Australian cricket series, Shane Warne took over as VB spokesperson from David Boon. Warne also had a talking figurine as part of a Warnie promotion, taking over from the highly successful Talking Boony dolls from the two previous Boonanza promotions. On 6 July 2011, Foster's released VB packaged in limited edition 1958 heritage cans. The packaging had the original artwork of the 1958 VB product, but also included a standard ring pull on each can, something which was lacking on the original. VB has invested heavily in sponsorships of Australian rugby league. It is currently the official beer of the NRL, the naming rights sponsor for NRL Friday Night Football and the main sponsor of the Australian national rugby league team, the Kangaroos. Victoria Bitter was also
Rugby League World Cup, VB Gold was advertised on TV by Australian Rugby League legends Wally Lewis and Gorden Tallis. VB RAW In September 2009 CUB released VB RAW to compete in the low carb market. The alcohol volume was 4.5%. VB Raw was discontinued in late 2010 due to poor sales. Marketing and promotion In 2009, Foster's replaced the slogan from the '60s "A hard earned thirst needs a big cold beer, and the best cold beer is Vic, Victoria Bitter" with "VB – The Drinking Beer" as part of a marketing strategy to reposition VB to a broader range of drinkers. The new slogan, as part of a campaign called "The Regulars" included a brand website for the first time, including a production line live webcam. Advertising ran on TV and radio, in print, outdoor, online and at point of sale. In 2015, Carlton and United Breweries revived the "hard earned thirst" campaign. In 2018 Victoria Bitter revisited the idea of knock off with the launch of a new campaign called new knock off times expanding its brand positioning to celebrate Australia's changing workforce. Marking its 50th anniversary of TV advertising, the ad celebrates the change in Australia's workforce that's taken place over the half century. These days, there's no one time that people knock off. 4.00pm might still be the end of the day for some, but for others, it might very well be the beginning of their day. In 2005, VB had started a promotion where David Boon became the face of Victoria Bitter (VB) beer for its 2005/06 summer advertising campaign, called Boonanza. Part of the promotion was the sale of a talking David Boon figurine with purchases of cartons of beer, which would make comments when prompted by Channel Nine commentary. In late 2006, the Boonanza promotion returned as Boonanza II for the 2006–07 Ashes series. The promotion included former England cricket captain Ian Botham as a talking figure, who would interact alongside an updated David Boon figure. For the 2007–08 Australian cricket series, Shane Warne took over as VB spokesperson from David Boon. Warne also had a talking figurine as part of a Warnie promotion, taking over from the highly successful Talking Boony dolls from the two previous Boonanza promotions. On 6 July 2011, Foster's released VB packaged in limited edition 1958 heritage cans. The packaging had the original artwork of the 1958 VB product, but also included a standard ring pull on each can, something which was lacking on the original. VB has invested heavily in sponsorships of Australian rugby league. It is currently the official beer of the NRL, the naming rights sponsor for NRL Friday Night Football and the main sponsor of the Australian national rugby league team, the Kangaroos. Victoria Bitter was also the main sponsor of the Australian Tri-Series for five years between 2001–02 and 2005–06. During this time the series was renamed The VB Series. Victoria Bitter were sponsors the away Test, ODI and Twenty20 teams for the Australia national cricket team from 2008 tountil 2014. In 2013, Cricket Australia agreed to remove the logo of Muslim cricketer Fawad Ahmed's uniform due to his faith's ban on alcohol. The previous advertising campaign was called the Stubby Symphony, where 100 members of the Melbourne and Victorian orchestras play the theme from The Magnificent Seven only using VB beer bottles. The campaign was created by George Patterson Y&R in Melbourne. VB launched a new advertising campaign in Australia in July 2009 to coincide with the SBS television broadcast of the 2009 The Ashes cricket series. They will drop the famous tag "For a hard earned thirst.." for "VB –
the 27th Chief of Naval Operations on July 21, 2000, relieving Jay L. Johnson. Clark now serves on the board of directors of Raytheon Company, Rolls Royce North America, SRI International, Horizon Lines, the Armed Forces YMCA, and is on the world board of governors of the USO. He serves as a senior advisor with Booz Allen Hamilton, the Defense Policy Board, the advisory boards of Fleishman-Hillard, Computer Science Corporation, the Comptroller General's advisory board of the GAO, and the executive committee of Military Ministry. In addition, he is currently a distinguished professor at Regent University in Virginia Beach, Virginia. Clark teaches in the Robertson School of Government and the School of Business & Leadership and is a member of the Regent's board of trustees. He is also a member of the Board of Visitors at Air University. Awards and decorations Since his retirement, Clark has been honored with the Eisenhower Award from the Business Executives for National Security and the Distinguished Sea Service Award from the Naval Order of the United States. Clark was elected to the board of directors of Raytheon in December 2005 and the board of directors of SRI International in March 2007. References External links This article incorporates text in the public domain from the U.S. Department of Defense. 1944 births Living people People from Sioux City, Iowa Assemblies of God people Evangel University alumni Military personnel from Iowa United States Navy officers University of Arkansas alumni
Atlantic Fleet. Ashore, Clark first served as special assistant to the director of the Systems Analysis Division in the Office of the Chief of Naval Operations. He later completed assignments as the administrative assistant to the Deputy Chief of Naval Operations (Surface Warfare) and as the administrative aide to the Vice Chief of Naval Operations. He served as head of the Cruiser-Destroyer Combat Systems Requirements Section and force anti-submarine warfare officer for the commander of Naval Surface Force, Atlantic Fleet, and he directed the Joint Staff's Crisis Action Team for Operation Desert Shield and Operation Desert Storm. Clark's first flag assignment was at the United States Transportation Command (TRANSCOM), where he was director of plans and policy (J5) and financial management and analysis (J8). While commanding the Carl Vinson Battle Group, he deployed to the Persian Gulf and later served as the Deputy Commander, Joint Task Force Southwest Asia. Clark has also served as the Deputy and Chief of Staff, United States Atlantic Fleet; the Director of Operations (J3) and subsequently Director, of the Joint Staff. Clark became the 27th Chief of Naval Operations on July 21, 2000, relieving Jay L. Johnson. Clark now serves on the board of directors of Raytheon Company, Rolls Royce North America, SRI International, Horizon Lines, the Armed Forces YMCA, and is on the world board of governors of the USO. He serves
television, resulting in a layered and complex representation of mediation. Much video art in the United States was produced out of New York City, with The Kitchen, founded in 1972 by Steina and Woody Vasulka (and assisted by video director Dimitri Devyatkin and Shridhar Bapat), serving as a nexus for many young artists. An early multi-channel video art work (using several monitors or screens) was Wipe Cycle by Ira Schneider and Frank Gillette. Wipe Cycle was first exhibited at the Howard Wise Gallery in New York in 1969 as part of an exhibition titled "TV as a Creative Medium". An installation of nine television screens, Wipe Cycle combined live images of gallery visitors, found footage from commercial television, and shots from pre-recorded tapes. The material was alternated from one monitor to the next in an elaborate choreography. On the West coast, the San Jose State television studios in 1970, Willoughby Sharp began the "Videoviews" series of videotaped dialogues with artists. The "Videoviews" series consists of Sharps’ dialogues with Bruce Nauman (1970), Joseph Beuys (1972), Vito Acconci (1973), Chris Burden (1973), Lowell Darling (1974), and Dennis Oppenheim (1974). Also in 1970, Sharp curated "Body Works", an exhibition of video works by Vito Acconci, Terry Fox, Richard Serra, Keith Sonnier, Dennis Oppenheim and William Wegman which was presented at Tom Marioni's Museum of Conceptual Art, San Francisco, California. In Europe, Valie Export's groundbreaking video piece, "Facing a Family" (1971) was one of the first instances of television intervention and broadcasting video art. The video, originally broadcast on the Austrian television program "Kontakte" February 2, 1971,[11] shows a bourgeois Austrian family watching TV while eating dinner, creating a mirroring effect for many members of the audience who were doing the same thing. Export believed the television could complicate the relationship between subject, spectator, and television. In the United Kingdom David Hall's "TV Interruptions" (1971) were transmitted intentionally unannounced and uncredited on Scottish TV, the first artist interventions on British television. 1980s-1990s As the prices of editing software decreased, the access the general public had to utilize these technologies increased. Video editing software became so readily available that it changed the way digital media artists and video artists interacted with the mediums. Different themes emerged and were explored in the artists work, such as interactivity and nonlinearity. Criticisms of the editing software focused on the freedom that was created for the artists through the technology, but not for the audience. Some artists combined physical and digital techniques to allow their audience to physically explore the digital work. An example of this is Jeffrey Shaw's "Legible City" (1988–91). In this piece the "audience" rides a stationary bicycle through a virtual images of Manhattan, Amsterdam, and Karlsrule. The images change depending on the direction of the bike handles, and the speed of the pedaler. This created a unique virtual experience for every participant. After 2000 As technology and editing techniques have evolved since the emergence of video as an art form, artists have been able to experiment more with video art without using any of their own content. Marco Brambilla's Civilization (2008) shows this technique. Brambilla attempts to make a video version of a collage, or a "video mural" by combining various clips from movies, and editing them to portray heaven and hell. There are artists today who have changed the way video art is perceived and viewed. In 2003, Kalup Linzy created Conversations Wit De Churen II: All My Churen, a soap opera satire that has been credited as creating the video and performance sub-genre Although Linzy's work is genre defying his work has been a major contribution to the medium. Ryan Trecartin, and experimental young video-artist, uses color, editing techniques and bizarre acting to portray what The New Yorker calls "a cultural watershed". Trecartin played with the portrayal of identity and ended up producing characters who "can be many people at the same time". When asked about his characters, Trecartin explained that he visualized that each person's identity was made up of "areas" and that they could all be very different from each other and be expressed at different times. Ryan Trecartin is an innovative artist who has been said to have "changed the way we engage with the world and with one another" through video art. A series of videos made by Trecartin titled I-BE-AREA displayed this, one example is I-BE-AREA (Pasta and Wendy M-PEGgy), which was made public in 2008, which portrays a character named Wendy who behaves erratically. When asked about his characters, Trecartin explained that he visualized that each person's identity was made up of "areas" and that they could all be very different from each other and be expressed at different times. Ryan Trecartin is an innovative artist who has been said to have "changed the way we engage with the world and with one another" through video art. In 2008, New York Times Holland Cotter writes, 'A big difference between his work and Mr. Trecartin's is in the degree of digital engagement. Mr. Trecartin goes wild with editing bells and whistles; Mr. Linzy does not. The plainness and occasional clunkiness of his video technique is one reason the Braswell serial ends up touching in a way that Mr. Trecartin's buzzed-up narratives rarely are. For all their raunchy hilarity Mr. Linzy's characters are more than cartoons; “All My Churen” is a family-values story that has a lot to do with life. Performance art and video art Video art as a medium can also be combined with other forms of artistic expression such as Performance art. This combination can also be referred to as "media and performance art" when artists "break the mold of video and film and broaden the boundaries of art". With increased ability for artists to obtain video cameras, performance art started being documented and shared across large amounts of audiences. Artists such as Marina Abramovic and Ulay experimented with video taping their performances in the 1970s and the 1980s. In a piece titled “Rest energy” (1980) both Ulay and Marina suspended their weight so that they pulled back a bow and arrow aimed at her heart, Ulay held the arrow, and Marina the bow. The piece was 4:10 which Marina described as being “a performance about complete and total trust”. Other artists who combined Video art with Performance art used the camera as the audience. Kate Gilmore experimented with the positioning of the camera. In her video “Anything” (2006) she films her performance piece as she is constantly trying the reach the camera which is staring down at her. As the 13-minute video goes on, she continues to tie together pieces of furniture while constantly attempting to reach the camera. Gilmore added an element of struggle to her art which is sometimes self-imposed, in her video “My love is an anchor” (2004) she lets her foot dry in cement before attempting to break free on
Criticisms of the editing software focused on the freedom that was created for the artists through the technology, but not for the audience. Some artists combined physical and digital techniques to allow their audience to physically explore the digital work. An example of this is Jeffrey Shaw's "Legible City" (1988–91). In this piece the "audience" rides a stationary bicycle through a virtual images of Manhattan, Amsterdam, and Karlsrule. The images change depending on the direction of the bike handles, and the speed of the pedaler. This created a unique virtual experience for every participant. After 2000 As technology and editing techniques have evolved since the emergence of video as an art form, artists have been able to experiment more with video art without using any of their own content. Marco Brambilla's Civilization (2008) shows this technique. Brambilla attempts to make a video version of a collage, or a "video mural" by combining various clips from movies, and editing them to portray heaven and hell. There are artists today who have changed the way video art is perceived and viewed. In 2003, Kalup Linzy created Conversations Wit De Churen II: All My Churen, a soap opera satire that has been credited as creating the video and performance sub-genre Although Linzy's work is genre defying his work has been a major contribution to the medium. Ryan Trecartin, and experimental young video-artist, uses color, editing techniques and bizarre acting to portray what The New Yorker calls "a cultural watershed". Trecartin played with the portrayal of identity and ended up producing characters who "can be many people at the same time". When asked about his characters, Trecartin explained that he visualized that each person's identity was made up of "areas" and that they could all be very different from each other and be expressed at different times. Ryan Trecartin is an innovative artist who has been said to have "changed the way we engage with the world and with one another" through video art. A series of videos made by Trecartin titled I-BE-AREA displayed this, one example is I-BE-AREA (Pasta and Wendy M-PEGgy), which was made public in 2008, which portrays a character named Wendy who behaves erratically. When asked about his characters, Trecartin explained that he visualized that each person's identity was made up of "areas" and that they could all be very different from each other and be expressed at different times. Ryan Trecartin is an innovative artist who has been said to have "changed the way we engage with the world and with one another" through video art. In 2008, New York Times Holland Cotter writes, 'A big difference between his work and Mr. Trecartin's is in the degree of digital engagement. Mr. Trecartin goes wild with editing bells and whistles; Mr. Linzy does not. The plainness and occasional clunkiness of his video technique is one reason the Braswell serial ends up touching in a way that Mr. Trecartin's buzzed-up narratives rarely are. For all their raunchy hilarity Mr. Linzy's characters are more than cartoons; “All My Churen” is a family-values story that has a lot to do with life. Performance art and video art Video art as a medium can also be combined with other forms of artistic expression such as Performance art. This combination can also be referred to as "media and performance art" when artists "break the mold of video and film and broaden the boundaries of art". With increased ability for artists to obtain video cameras, performance art started being documented and shared across large amounts of audiences. Artists such as Marina Abramovic and Ulay experimented with video taping their performances in the 1970s and the 1980s. In a piece titled “Rest energy” (1980) both Ulay and Marina suspended their weight so that they pulled back a bow and arrow aimed at her heart, Ulay held the arrow, and Marina the bow. The piece was 4:10 which Marina described as being “a performance about complete and total trust”. Other artists who combined Video art with Performance art used the camera as the audience. Kate Gilmore experimented with the positioning of the camera. In her video “Anything” (2006) she films her performance piece as she is constantly trying the reach the camera which is staring down at her. As the 13-minute video goes on, she continues to tie together pieces of furniture while constantly attempting to reach the camera. Gilmore added an element of struggle to her art which is sometimes self-imposed, in her video “My love is an anchor” (2004) she lets her foot dry in cement before attempting to break free on camera. Gilmore has said to have mimicked expression styles from the 1960s and 1970s with inspirations like Marina Abramovic as she adds extremism and struggle to her work. Some artists experimented with space when combining Video art and Performance art. Ragnar Kjartannson, an Icelandic artist, filmed an entire music video with 9 different artists, including himself, being filmed in different rooms. All the artists could hear each other through a pair of headphones so that they could play the song together, the piece was titled "The visitors" (2012). Some artists, such as Jaki Irvine and Victoria Fu have experimented with combining 16 mm film, 8 mm film and video to make use of the potential discontinuity between moving image, musical score and narrator to undermine any sense of linear narrative. As an academic discipline Since 2000, video arts programs have begun to emerge among colleges and universities as a standalone discipline typically situated in relation to film and older broadcast curricula. Current models found in universities like Northeastern and Syracuse show video arts offering baseline competencies in lighting, editing and camera operation. While these fundamentals can feed into and support existing film or TV production areas, recent growth of entertainment media through CGI and other special effects situate skills like animation, motion graphics and computer aided design as upper level courses in this emerging area. Notable video art organizations Ars Electronica Center (AEC), Linz, Austria Edith-Russ-Haus for Media Art, Oldenburg, Germany Electronic Arts Intermix, New York, NY Experimental Television Center, New York Goetz Collection, Munich, Germany Imai – inter media art institute, Düsseldorf Impakt Festival, Utrecht Julia Stoschek Collection, Düsseldorf, Germany Kunstmuseum Bonn, large video art collection LA Freewaves is an experimental media art festival with video art, shorts and animation; exhibitions are in Los Angeles and online. Lumen Eclipse – Harvard Square, MA LUX, London, UK London Video Arts, London, UK Neuer Berliner Kunstverein with its "Video-Forum" established in 1971 – Berlin, Germany Perpetual art machine, New York Raindance Foundation, New York Souvenirs from Earth, Art TV Station on European Cable Networks (Paris, Cologne) Vtape, Toronto, Canada Videoart at Midnight, an artists' cinema project, Berlin, Germany Video Data Bank, Chicago, IL. VIVO Media Arts Centre, Vancouver, Canada ZKM Center for Art and Media Karlsruhe, Germany Videobrasil, Associação Cultural Videobrasil, São Paulo, Brazil See also Artmedia Experimental film INFERMENTAL Interactive film List of video artists Music video Music visualization New media art Optical feedback Real-time computer graphics Scratch video Single-channel video Sound art Video jockey Video poetry Video sculpture Video synthesizer Visual music VJ (video performance artist) References Further reading Making Video 'In' - The Contested Ground of Alternative Video On The West Coast Edited by Jennifer Abbott (Satellite Video Exchange Society, 2000). Videography: Video Media as Art and Culture by Sean Cubitt (MacMillan, 1993). A History of Experimental Film and Video by A. L. Rees (British Film Institute, 1999). New Media in Late 20th-Century
Immature, dark green pods are not harvested. Pale yellow discoloration that commences at the distal end of the fruits is not a good indication of the maturity of pods. Each fruit ripens at its own time, requiring a daily harvest. "Current methods for determining the maturity of vanilla (Vanilla planifolia Andrews) beans are unreliable. Yellowing at the blossom end, the current index, occurs before beans accumulate maximum glucovanillin concentrations. Beans left on the vine until they turn brown have higher glucovanillin concentrations but may split and have low quality. Judging bean maturity is difficult as they reach full size soon after pollination. Glucovanillin accumulates from 20 weeks, maximum about 40 weeks after pollination. Mature green beans have 20% dry matter but less than 2% glucovanillin." The accumulation of dry matter and glucovanillin are highly correlated. To ensure the finest flavor from every fruit, each individual pod must be picked by hand just as it begins to split on the end. Overmatured fruits are likely to split, causing a reduction in market value. Its commercial value is fixed based on the length and appearance of the pod. If the fruit is more than in length, it is categorized as first-quality. The largest fruits greater than and up to as much as are usually reserved for the gourmet vanilla market, for sale to top chefs and restaurants. If the fruits are between 10 and 15 cm long, pods are under the second-quality category, and fruits less than in length are under the third-quality category. Each fruit contains thousands of tiny black vanilla seeds. Vanilla fruit yield depends on the care and management given to the hanging and fruiting vines. Any practice directed to stimulate aerial root production has a direct effect on vine productivity. A five-year-old vine can produce between of pods, and this production can increase up to after a few years. The harvested green fruit can be commercialized as such or cured to get a better market price. Curing Several methods exist in the market for curing vanilla; nevertheless, all of them consist of four basic steps: killing, sweating, slow-drying, and conditioning of the beans. Killing The vegetative tissue of the vanilla pod is killed to stop the vegetative growth of the pods and disrupt the cells and tissue of the fruits, which initiates enzymatic reactions responsible for the aroma. The method of killing varies, but may be accomplished by heating in hot water, freezing, or scratching, or killing by heating in an oven or exposing the beans to direct sunlight. The different methods give different profiles of enzymatic activity. Testing has shown mechanical disruption of fruit tissues can cause curing processes, including the degeneration of glucovanillin to vanillin, so the reasoning goes that disrupting the tissues and cells of the fruit allow enzymes and enzyme substrates to interact. Hot-water killing may consist of dipping the pods in hot water () for three minutes, or at for 10 seconds. In scratch killing, fruits are scratched along their length. Frozen or quick-frozen fruits must be thawed again for the subsequent sweating stage. Tied in bundles and rolled in blankets, fruits may be placed in an oven at for 36 to 48 hours. Exposing the fruits to sunlight until they turn brown, a method originating in Mexico, was practiced by the Aztecs. Sweating Sweating is a hydrolytic and oxidative process. Traditionally, it consists of keeping fruits, for 7 to 10 days, densely stacked and insulated in wool or other cloth. This retains a temperature of and high humidity. Daily exposure to the sun may also be used, or dipping the fruits in hot water. The fruits are brown and have attained much of the characteristic vanilla flavor and aroma by the end of this process, but still retain a 60-70% moisture content by weight. Drying Reduction of the beans to 25–30% moisture by weight, to prevent rotting and to lock the aroma in the pods, is always achieved by some exposure of the beans to air, and usually (and traditionally) intermittent shade and sunlight. Fruits may be laid out in the sun during the mornings and returned to their boxes in the afternoons, or spread on a wooden rack in a room for three to four weeks, sometimes with periods of sun exposure. Drying is the most problematic of the curing stages; unevenness in the drying process can lead to the loss of vanillin content of some fruits by the time the others are cured. Conditioning Conditioning is performed by storing the pods for five to six months in closed boxes, where the fragrance develops. The processed fruits are sorted, graded, bundled, and wrapped in paraffin paper and preserved for the development of desired bean qualities, especially flavor and aroma. The cured vanilla fruits contain an average of 2.5% vanillin. Grading Once fully cured, the vanilla fruits are sorted by quality and graded. Several vanilla fruit grading systems are in use. Each country which produces vanilla has its own grading system, and individual vendors, in turn, sometimes use their own criteria for describing the quality of the fruits they offer for sale. In general, vanilla fruit grade is based on the length, appearance (color, sheen, presence of any splits, presence of blemishes), and moisture content of the fruit. Whole, dark, plump and oily pods that are visually attractive, with no blemishes, and that have a higher moisture content are graded most highly. Such pods are particularly prized by chefs for their appearance and can be featured in gourmet dishes. Beans that show localized signs of disease or other physical defects are cut to remove the blemishes; the shorter fragments left are called "cuts" and are assigned lower grades, as are fruits with lower moisture contents. Lower-grade fruits tend to be favored for uses in which the appearance is not as important, such as in the production of vanilla flavoring extract and in the fragrance industry. Higher-grade fruits command higher prices in the market. However, because grade is so dependent on visual appearance and moisture content, fruits with the highest grade do not necessarily contain the highest concentration of characteristic flavor molecules such as vanillin, and are not necessarily the most flavorful. † moisture content varies among sources cited A simplified, alternative grading system has been proposed for classifying vanilla fruits suitable for use in cooking: Under this scheme, vanilla extract is normally made from Grade B fruits. Production In 2018, world production of vanilla was 7,575 tonnes, led by Madagascar with 41.0% of the total, and Indonesia with 29.8% (table). Due to drought, cyclones, and poor farming practices in Madagascar, there are concerns about the global supply and costs of vanilla in 2017 and 2018. The intensity of criminal enterprises against Madagascar farmers is high, elevating the worldwide cost of using Madagascar vanilla in consumer products. Uses The four main commercial preparations of natural vanilla are: Whole pod Powder (ground pods, kept pure or blended with sugar, starch, or other ingredients) Extract (in alcoholic or occasionally glycerol solution; both pure and imitation forms of vanilla contain at least 35% alcohol) Vanilla sugar, a packaged mix of sugar and vanilla extract Vanilla flavoring in food may be achieved by adding vanilla extract or by cooking vanilla pods in the liquid preparation. A stronger aroma may be attained if the pods are split in two, exposing more of a pod's surface area to the liquid. In this case, the pods' seeds are mixed into the preparation. Natural vanilla gives a brown or yellow color to preparations, depending on the concentration. Good-quality vanilla has a strong, aromatic flavor, but food with small amounts of low-quality vanilla or artificial vanilla-like flavorings are far more common, since true vanilla is much more expensive. Regarded as the world's most popular aroma and flavor, vanilla is a widely used aroma and flavor compound for foods, beverages and cosmetics, as indicated by its popularity as an ice cream flavor. Although vanilla is a prized flavoring agent on its own, it is also used to enhance the flavor of other substances, to which its own flavor is often complementary, such as chocolate, custard, caramel, coffee, and others. Vanilla is a common ingredient in Western sweet baked goods, such as cookies and cakes. Despite the expense, vanilla is highly valued for its flavor. The food industry uses methyl and ethyl vanillin as less-expensive substitutes for real vanilla. Ethyl vanillin is more expensive, but has a stronger note. Cook's Illustrated ran several taste tests pitting vanilla against vanillin in baked goods and other applications, and to the consternation of the magazine editors, tasters could
and isobutyric acid. Synthetic essence consists of a solution of synthetic vanillin in ethanol. The chemical compound vanillin (4-hydroxy-3-methoxybenzaldehyde) is a major contributor to the characteristic flavor and aroma of real vanilla and is the main flavor component of cured vanilla beans. Vanillin was first isolated from vanilla pods by Gobley in 1858. By 1874, it had been obtained from glycosides of pine tree sap, temporarily causing a depression in the natural vanilla industry. Vanillin can be easily synthesized from various raw materials, but the majority of food-grade (> 99% pure) vanillin is made from guaiacol. Cultivation In general, quality vanilla only comes from good vines and through careful production methods. Commercial vanilla production can be performed under open field and "greenhouse" operations. The two production systems share these similarities: Plant height and number of years before producing the first grains Shade necessities Amount of organic matter needed A tree or frame to grow around (bamboo, coconut or Erythrina lanceolata) Labor intensity (pollination and harvest activities) Vanilla grows best in a hot, humid climate from sea level to an elevation of 1,500 m. The ideal climate has moderate rainfall, 1,500–3,000 mm, evenly distributed through 10 months of the year. Optimum temperatures for cultivation are during the day and during the night. Ideal humidity is around 80%, and under normal greenhouse conditions, it can be achieved by an evaporative cooler. However, since greenhouse vanilla is grown near the equator and under polymer (HDPE) netting (shading of 50%), this humidity can be achieved by the environment. Most successful vanilla growing and processing is done in the region within 10 to 20° of the equator. Soils for vanilla cultivation should be loose, with high organic matter content and loamy texture. They must be well drained, and a slight slope helps in this condition. Soil pH has not been well documented, but some researchers have indicated an optimum soil pH around 5.3. Mulch is very important for proper growth of the vine, and a considerable portion of mulch should be placed in the base of the vine. Fertilization varies with soil conditions, but general recommendations are: 40 to 60 g of N, 20 to 30 g of P2O5 and 60 to 100 g of K2O should be applied to each plant per year besides organic manures, such as vermicompost, oil cakes, poultry manure, and wood ash. Foliar applications are also good for vanilla, and a solution of 1% NPK (17:17:17) can be sprayed on the plant once a month. Vanilla requires organic matter, so three or four applications of mulch a year are adequate for the plant. Propagation, preparation and type of stock Dissemination of vanilla can be achieved either by stem cutting or by tissue culture. For stem cutting, a progeny garden needs to be established. All plants need to grow under 50% shade, as well as the rest of the crop. Mulching the trenches with coconut husk and micro irrigation provide an ideal microclimate for vegetative growth. Cuttings between should be selected for planting in the field or greenhouse. Cuttings below need to be rooted and raised in a separate nursery before planting. Planting material should always come from unflowered portions of the vine. Wilting of the cuttings before planting provides better conditions for root initiation and establishment. Before planting the cuttings, trees to support the vine must be planted at least three months before sowing the cuttings. Pits of 30 × 30 × 30 cm are dug away from the tree and filled with farm yard manure (vermicompost), sand and top soil mixed well. An average of 2000 cuttings can be planted per hectare (2.5 acres). One important consideration is that when planting the cuttings from the base, four leaves should be pruned and the pruned basal point must be pressed into the soil in a way such that the nodes are in close contact with the soil, and are placed at a depth of . The top portion of the cutting is tied to the tree using natural fibers such as banana or hemp. Tissue culture Tissue culture was first used as a means of creating vanilla plants during the 1980s at Tamil Nadu University. This was the part of the first project to grow V. planifolia in India. At that time, a shortage of vanilla planting stock was occurring in India. The approach was inspired by the work going on to tissue culture other flowering plants. Several methods have been proposed for vanilla tissue culture, but all of them begin from axillary buds of the vanilla vine. In vitro multiplication has also been achieved through culture of callus masses, protocorms, root tips and stem nodes. Description of any of these processes can be obtained from the references listed before, but all of them are successful in generation of new vanilla plants that first need to be grown up to a height of at least before they can be planted in the field or greenhouse. Scheduling considerations In the tropics, the ideal time for planting vanilla is from September to November, when the weather is neither too rainy nor too dry, but this recommendation varies with growing conditions. Cuttings take one to eight weeks to establish roots, and show initial signs of growth from one of the leaf axils. A thick mulch of leaves should be provided immediately after planting as an additional source of organic matter. Three years are required for cuttings to grow enough to produce flowers and subsequent pods. As with most orchids, the blossoms grow along stems branching from the main vine. The buds, growing along the stems, bloom and mature in sequence, each at a different interval. Pollination Flowering normally occurs every spring, and without pollination, the blossom wilts and falls, and no vanilla bean can grow. Each flower must be hand-pollinated within 12 hours of opening. In the wild in the New World, the only organisms ever observed to carry Vanilla pollen are orchid bees in the genus Eulaema, though direct evidence documenting seed set is lacking. Claims that pollination is achieved by stingless bees of the genus Melipona or hummingbirds have never been substantiated, though they do visit the flowers. Even within the range of orchid bees, wild vanilla orchids have only a 1% chance of successful pollination. As a result, all vanilla grown today is pollinated by hand. A small splinter of wood or a grass stem is used to lift the rostellum or move the flap upward, so the overhanging anther can be pressed against the stigma and self-pollinate the vine. Generally, one flower per raceme opens per day, so the raceme may be in flower for over 20 days. A healthy vine should produce about 50 to 100 beans per year, but growers are careful to pollinate only five or six flowers from the 20 on each raceme. The first flowers that open per vine should be pollinated, so the beans are similar in age. These agronomic practices facilitate harvest and increases bean quality. The fruits require five to six weeks to develop, but around six months to mature. Over-pollination results in diseases and inferior bean quality. A vine remains productive between 12 and 14 years. Pest and disease management Vanilla is susceptible to many fungal and viral diseases. Fusarium, Sclerotium, Phytophthora, and Colletrotrichum species cause rots of root, stem, leaf, bean, and shoot apex. Development of most diseases is favoured by unsuitable growing conditions such as overwatering, insufficient drainage, heavy mulch, overpollination, and too much shade. Fungal diseases can be controlled by spraying Bordeaux mixture (1%), carbendazim (0.2%) and copper oxychloride (0.2%). Biological control of the spread of such diseases can be managed by applying to the soil Trichoderma ( per plant in the rhizosphere) and foliar application of pseudomonas (0.2%). Mosaic virus, leaf curl, and cymbidium mosaic potexvirus are the common viral diseases. These diseases are transmitted through the sap, so affected plants must be destroyed. The insect pests of vanilla include beetles and weevils that attack the flower, caterpillars, snakes, and slugs that damage the tender parts of shoot, flower buds, and immature fruit, and grasshoppers that affect cutting shoot tips. If organic agriculture is practiced, insecticides are avoided, and mechanical measures are adopted for pest management. Most of these practices are implemented under greenhouse cultivation, since such field conditions are very difficult to achieve. Artificial vanilla Most artificial vanilla products contain vanillin, which can be produced synthetically from lignin, a natural polymer found in wood. Most synthetic vanillin is a byproduct from the pulp used in papermaking, in which the lignin is broken down using sulfites or sulfates. However, vanillin is only one of 171 identified aromatic components of real vanilla fruits. The orchid species Leptotes bicolor is used as a natural vanilla replacement in Paraguay and southern Brazil. In 1996 the US Food and Drug Administration cautioned that some vanilla products sold in Mexico were made from the cheaper tonka bean which as well as vanillin also contains the toxin coumarin. They advised consumers to always check the ingredients label and avoid suspiciously cheap products. Nonplant vanilla flavoring In the United States, castoreum, the exudate from the castor sacs of mature beavers, has been approved by the Food and Drug Administration as a food additive, often referenced simply as a "natural flavoring" in the product's list of ingredients. It is used in both food and beverages, especially as vanilla and raspberry flavoring, with a total annual U.S. production of less than 300 pounds. It is also used to flavor some cigarettes and in perfume-making, and is used by fur trappers as a scent lure. Harvest Harvesting vanilla fruits is as labor-intensive as pollinating the blossoms. Immature, dark green pods are not harvested. Pale yellow discoloration that commences at the distal end of the fruits is not a good indication of the maturity of pods. Each fruit ripens at its own time, requiring a daily harvest. "Current methods for determining the maturity of vanilla (Vanilla planifolia Andrews) beans are unreliable. Yellowing at the blossom end, the current index, occurs before beans accumulate maximum glucovanillin concentrations. Beans left on the vine until they turn brown have higher glucovanillin concentrations but may split and have low quality. Judging bean maturity is difficult as they reach full size soon after pollination. Glucovanillin accumulates from 20 weeks, maximum about 40 weeks after pollination. Mature green beans have 20% dry matter but less than 2% glucovanillin." The accumulation of dry matter and glucovanillin are highly correlated. To ensure the finest flavor from every fruit, each individual pod must be picked by hand just as it begins to split on the end. Overmatured fruits are likely to split, causing a reduction in market value. Its commercial value is fixed based on the length and appearance of the pod. If the fruit is more than in length, it is categorized as first-quality. The largest fruits greater than and up to as much as are usually reserved for the gourmet vanilla market, for sale to top chefs and restaurants. If the fruits are between 10 and 15 cm long, pods are under the second-quality category, and fruits less than in length are under the third-quality category. Each fruit contains thousands of tiny black vanilla seeds. Vanilla fruit yield depends on the care and management given to the hanging and fruiting vines. Any practice directed to stimulate aerial root production has a direct effect on vine productivity. A five-year-old vine can produce between of pods, and this production can increase up to after a few years. The harvested green fruit can be commercialized as such or cured to get a better market price. Curing Several methods exist in the market for curing vanilla; nevertheless, all of them consist of four basic steps: killing, sweating, slow-drying, and conditioning of the beans. Killing The vegetative tissue of the vanilla pod is killed to stop the vegetative growth of the pods and disrupt the cells and tissue of the fruits, which initiates enzymatic reactions responsible for the aroma. The method of killing varies, but may be accomplished by heating in hot water, freezing, or scratching, or killing by heating in an oven or exposing the beans to direct sunlight. The different methods give different profiles of enzymatic activity. Testing has shown mechanical disruption of fruit tissues can cause curing processes, including the degeneration of glucovanillin to vanillin, so the reasoning goes that disrupting the tissues and cells of the fruit allow enzymes and enzyme substrates to interact. Hot-water killing may consist of dipping the pods in hot water () for three minutes, or at for 10 seconds. In scratch killing, fruits are scratched along their length. Frozen or quick-frozen fruits must be thawed again for the subsequent sweating stage. Tied in bundles and rolled in blankets, fruits may be placed in an oven at for 36 to 48 hours. Exposing the fruits to sunlight until they turn brown, a method originating in Mexico, was practiced by the Aztecs. Sweating Sweating is a hydrolytic and oxidative process. Traditionally, it consists of keeping fruits, for 7 to 10 days, densely stacked and insulated in wool or other cloth. This retains a temperature of and high humidity. Daily exposure to the sun may also be used, or dipping the fruits in hot water. The fruits are brown and have attained much of the characteristic vanilla flavor and aroma by the end of this process, but still retain a 60-70% moisture content by weight. Drying Reduction of the beans to 25–30% moisture by weight, to prevent rotting and to lock the aroma in the pods, is always achieved by some exposure of the beans to air, and usually (and traditionally) intermittent shade and sunlight. Fruits may be laid out in the sun during the mornings and returned to their boxes in the afternoons, or spread on a wooden rack in a room for three to four weeks, sometimes with periods of sun exposure. Drying is the most problematic of the curing stages; unevenness in the drying process can lead to the loss of vanillin content of some fruits by the time the others are cured. Conditioning Conditioning is performed by storing the pods for five to six months in closed boxes, where the fragrance develops. The processed fruits are sorted, graded, bundled, and wrapped in paraffin paper and preserved for the development of desired bean qualities, especially flavor and aroma. The cured vanilla fruits contain an average of 2.5% vanillin. Grading Once fully cured, the vanilla fruits are sorted by quality and graded. Several vanilla fruit grading systems are in use. Each country which produces vanilla has its own grading system, and individual vendors, in turn, sometimes use their own criteria for describing the quality of the fruits they offer for sale. In general, vanilla fruit grade is based on the length, appearance (color, sheen, presence of any splits, presence of blemishes), and moisture content of the fruit. Whole, dark, plump and oily pods that are visually attractive, with no blemishes, and that have a higher moisture content are graded most highly. Such pods are particularly prized by chefs for their appearance and can be featured in gourmet dishes. Beans that show localized signs of disease or other physical defects are cut to remove the blemishes; the shorter fragments left are called "cuts" and are assigned lower
editing tools and analog video tape-to-tape online editing machines. NLE software is typically based on a timeline interface where sections moving image video recordings, known as clips, are laid out in sequence and played back. The NLE offers a range of tools for trimming, splicing, cutting and arranging clips across the timeline. Once a project is complete, the NLE system can then be used to export to movies in a variety of formats in a context
image video recordings, known as clips, are laid out in sequence and played back. The NLE offers a range of tools for trimming, splicing, cutting and arranging clips across the timeline. Once a project is complete, the NLE system can then be used to export to movies in a variety of formats in a context that may range from broadcast tape formats to compressed file formats for the Internet, DVD and mobile devices. As digital NLE systems have advanced their
at Harvard Business School in one of the classes. Bricklin was referring to the variety of report generators that were in use at that time, including Business Planning Language (BPL) from International Timesharing Corporation (ITS) and Foresight from Foresight Systems. However, these earlier timesharing programs were not completely interactive, and they pre-dated personal computers. Frankston described VisiCalc as a "magic sheet of paper that can perform calculations and recalculations", which "allows the user to just solve the problem using familiar tools and concepts". The Personal Software company began selling VisiCalc in mid-1979 for under $100, after a demonstration at the fourth West Coast Computer Faire and an official launch on June 4 at the National Computer Conference. It required an Apple II with 32K of random-access memory (RAM), and supported saving files to magnetic tape cassette or to the Apple Disk II floppy disk system. VisiCalc was unusually easy to use and came with excellent documentation; Apple's developer documentation cited the software as an example of one with a simple user interface. Observers immediately noticed its power. Ben Rosen speculated in July 1979, that "VisiCalc could someday become the software tail that wags (and sells) the personal computer dog". For the first 12 months, it was only available for Apple II, and it became that platform's killer app. The computer was sold, John Markoff wrote, as a "VisiCalc accessory"; many bought $2000 Apples to run the $100 software — more than 25% of those sold in 1979 were reportedly for VisiCalc — even if they already owned computers. Steve Wozniak said, that small businesses, not the hobbyists he and Steve Jobs had expected, purchased 90% of Apple IIs. Apple's rival Tandy Corporation used VisiCalc on Apple IIs at their headquarters. Other software supported its Data Interchange Format (DIF) to share data. One example was the Microsoft BASIC interpreter supplied with most microcomputers that ran VisiCalc. This allowed skilled BASIC programmers to add features, such as trigonometric functions, that VisiCalc lacked. Bricklin and Frankston originally intended to fit the program into 16k memory, but they later realized that the program needed at least 32k. Even 32k was too small to support some features that the creators wanted to include, such as a split text/graphics screen. However, Apple eventually began shipping all Apple IIs with 48k memory following a drop in RAM prices, which enabled the developers to include more features. The initial release supported tape cassette storage, but that was quickly dropped. At VisiCalc's release, Personal Software promised to port the program to other computers, starting with those that used the MOS Technology 6502 microprocessor, and versions appeared for Atari 800 and Commodore PET, both of which could be done easily, because those computers used the same processor as Apple II, and large portions of code could be reused. The PET version, which contained two separate executables for 40 and 80-column models, was widely criticized for having a very small amount of worksheet space due to the developers' inclusion of their own custom DOS, which used a large amount of memory (the PET only had 32k versus Apple II's available 48k). Other ports followed for Apple III, the Zilog Z80-based Tandy TRS-80 Model I, Model II, Model III, Model 4, and Sony SMC-70. The TRS-80 Model I and Sony SMC-70 ports were the only versions of VisiCalc without copy protection. The Sony SMC-70 port was the only CP/M version. Most versions were disk-based, but the PET VisiCalc came with a ROM chip that the user had to install in one of the motherboard's expansion ROM sockets. The most important port was for the IBM PC, and VisiCalc was one of the first commercial packages available when the IBM PC shipped in 1981. It quickly became a best-seller on this platform, in spite of being severely limited in order to be compatible with the versions for the 8-bit platforms. It is estimated, that 300,000 copies were sold on the PC, bringing total sales to about 1 million copies. By 1982, VisiCalc's price had risen from $100 to $250. Several competitors appeared in the market, notably SuperCalc and Multiplan, each of which added more features and corrected deficiencies in VisiCalc, but could not overcome its market dominance. A more dramatic change occurred with the 1983 launch of Lotus Development Corporation's Lotus 1-2-3, written by former Personal Software/VisiCorp employee Mitch Kapor, who had written VisiTrend and VisiPlot. Unlike the PC version of VisiCalc, 1-2-3 was written to take full advantage of the PC's increased memory,
of VisiCalc and the company's other products. History Dan Bricklin conceived VisiCalc while watching a presentation at Harvard Business School. The professor was creating a financial model on a blackboard that was ruled with vertical and horizontal lines (resembling accounting paper) to create a table, and he wrote formulas and data into the cells. When the professor found an error or wanted to change a parameter, he had to erase and rewrite several sequential entries in the table. Bricklin realized that he could replicate the process on a computer using an "electronic spreadsheet" to view results of underlying formulae. Bob Frankston joined Bricklin at 231 Broadway, Arlington, Massachusetts, and the pair formed the Software Arts company, and developed the VisiCalc program in two months during the winter of 1978–79. Bricklin wrote: with the years of experience we had at the time we created VisiCalc, we were familiar with many row/column financial programs. In fact, Bob had worked since the 1960s at Interactive Data Corporation, a major timesharing utility that was used for some of them and I was exposed to some at Harvard Business School in one of the classes. Bricklin was referring to the variety of report generators that were in use at that time, including Business Planning Language (BPL) from International Timesharing Corporation (ITS) and Foresight from Foresight Systems. However, these earlier timesharing programs were not completely interactive, and they pre-dated personal computers. Frankston described VisiCalc as a "magic sheet of paper that can perform calculations and recalculations", which "allows the user to just solve the problem using familiar tools and concepts". The Personal Software company began selling VisiCalc in mid-1979 for under $100, after a demonstration at the fourth West Coast Computer Faire and an official launch on June 4 at the National Computer Conference. It required an Apple II with 32K of random-access memory (RAM), and supported saving files to magnetic tape cassette or to the Apple Disk II floppy disk system. VisiCalc was unusually easy to use and came with excellent documentation; Apple's developer documentation cited the software as an example of one with a simple user interface. Observers immediately noticed its power. Ben Rosen speculated in July 1979, that "VisiCalc could someday become the software tail that wags (and sells) the personal computer dog". For the first 12 months, it was only available for Apple II, and it became that platform's killer app. The computer was sold, John Markoff wrote, as a "VisiCalc accessory"; many bought $2000 Apples to run the $100 software — more than 25% of those sold in 1979 were reportedly for VisiCalc — even if they already owned computers. Steve Wozniak said, that small businesses, not the hobbyists he and Steve Jobs had expected, purchased 90% of Apple IIs. Apple's rival Tandy Corporation used VisiCalc on Apple IIs at their headquarters. Other software supported its Data Interchange Format (DIF) to share data. One example was the Microsoft BASIC interpreter supplied with most microcomputers that ran VisiCalc. This allowed skilled BASIC programmers to add features, such as trigonometric functions, that VisiCalc lacked. Bricklin and Frankston originally intended to fit the
proprietary disc formats for copy protection as well, such as the Nintendo optical disc used on the GameCube, and Sony's Universal Media Disc on the PlayStation Portable. Digital distribution Since the seventh generation of consoles, most consoles include integrated connectivity to the Internet and both internal and external storage for the console, allowing for players to acquire new games without game media. All three of Nintendo, Sony, and Microsoft offer an integrated storefront for consumers to purchase new games and download them to their console, retaining the consumers' purchases across different consoles, and offering sales and incentives at times. Cloud gaming As Internet access speeds improved throughout the eighth generation of consoles, cloud gaming had gained further attention as a media format. Instead of downloading games, the consumer plays them directly from a cloud gaming service with inputs performed on the local console sent through the Internet to the server with the rendered graphics and audio sent back. Latency in network transmission remains a core limitation for cloud gaming at the present time. While magnetic storage, such as tape drives and floppy disks, had been popular for software distribution with early personal computers in the 1980s and 1990s, this format did not see much use in console system. There were some attempts, such as the Bally Astrocade and APF-M1000 using tape drives, as well as the Disk System for the Nintendo Famicom, and the Nintendo 64DD for the Nintendo 64, but these had limited applications, as magnetic media was more fragile and volatile than game cartridges. External storage In addition to built-in internal storage, newer consoles often give the consumer the ability to use external storage media to save game date, downloaded games, or other media files from the console. Early iterations of external storage were achieved through the use of flash-based memory cards, first used by the Neo Geo but popularized with the PlayStation. Nintendo continues to support this approach with extending the storage capabilities of the 3DS and Switch, standardizing on the current SD card format. As consoles began incorporating the use of USB ports, support for USB external hard drives was also added, such as with the Xbox 360. Online services With Internet-enabled consoles, console manufacturers offer both free and paid-subscription services that provide value-added services atop the basic functions of the console. Free services generally offer user identity services and access to a digital storefront, while paid services allow players to play online games, interact with other uses through social networking, use cloud saves for supported games, and gain access to free titles on a rotating basis. Examples of such services include the Xbox network, PlayStation Network, and Nintendo Switch Online. Console add-ons Certain consoles saw various add-ons or accessories that were designed to attach to the existing console to extend its functionality. The best example of this was through the various CD-ROM add-ons for consoles of the fourth generation such as the TurboGrafx CD, Atari Jaguar CD, and the Sega CD. Other examples of add-ons include the 32X for the Sega Genesis intended to allow owners of the aging console to play newer games but has several technical faults, and the Game Boy Player for the GameCube to allow it to play Game Boy games. Accessories Consumers can often purchase a range of accessories for consoles outside of the above categories. These can include: Video camera While these can be used with Internet-connected consoles like webcams for communication with other friends as they would be used on personal computers, video camera applications on consoles are more commonly used in augmented reality/mixed reality and motion sensing games. Devices like the EyeToy for PlayStation consoles and the Kinect for Xbox consoles were center-points for a range of games to support these devices on their respective systems. Standard Headsets Headsets provide a combination of headphones and a microphone for chatting with other players without disturbing others nearby in the same room. Virtual reality headsets Some virtual reality (VR) headsets can operate independently of consoles or use personal computers for their main processing system. , the only direct VR support on consoles is the PlayStation VR, though support for VR on other consoles is planned by the other manufacturers. Docking station For handheld systems as well as hybrids such as the Nintendo Switch, the docking station makes it easy to insert a handheld to recharge its battery, and if supported, for connecting the handheld to a television screen. Game development for consoles Console development kits Console or game development kits are specialized hardware units that typically include the same components as the console and additional chips and components to allow the unit to be connected to a computer or other monitoring device for debugging purposes. A console manufacturer will make the console's dev kit available to registered developers months ahead of the console's planned launch to give developers time to prepare their games for the new system. These initial kits will usually be offered under special confidentiality clauses to protect trade secrets of the console's design, and will be sold at a high cost to the developer as part of keeping this confidentiality. Newer consoles that share features in common with personal computers may no longer use specialized dev kits, though developers are still expected to register and purchase access to software development kits from the manufacturer. For example, any consumer Xbox One can be used for game development after paying a fee to Microsoft to register one intent to do so. Licensing Since the release of the Nintendo Famicom / Nintendo Entertainment System, most video game console manufacturers employ a strict licensing scheme that limit what games can be developed for it. Developers and their publishers must pay a fee, typically based on royalty per unit sold, back to the manufacturer. The cost varies by manufacturer but was estimated to be about per unit in 2012. With additional fees, such as branding rights, this has generally worked out to be an industry-wide 30% royalty rate paid to the console manufacturer for every game sold. This is in addition to the cost of acquiring the dev kit to develop for the system. The licensing fee may be collected in a few different ways. In the case of Nintendo, the company generally has controlled the production of game cartridges with its lockout chips and optical media for its systems, and thus charges the developer or publisher for each copy it makes as an upfront fee. This also allows Nintendo to review the game's content prior to release and veto games it does not believe appropriate to include on its system. This had led to over 700 unlicensed games for the NES, and numerous others on other Nintendo cartridge-based systems that had found ways to bypass the hardware lockout chips and sell without paying any royalties to Nintendo, such as by Atari in its subsidiary company Tengen. This licensing approach was similarly used by most other cartridge-based console manufacturers using lockout chip technology. With optical media, where the console manufacturer may not have direct control on the production of the media, the developer or publisher typically must establish a licensing agreement to gain access to the console's proprietary storage format for the media as well as to use the console and manufacturer's logos and branding for the game's packaging, paid back through royalties on sales. In the transition to digital distribution, where now the console manufacturer runs digital storefronts for games, licenses fees apply to registering a game for distribution on the storefront - again gaining access to the console's branding and logo - with the manufacturer taking its cut of each sale as its royalty. In both cases, this still gives console manufacturers the ability to review and reject games it believes unsuitable for the system and deny licensing rights. With the rise of indie game development, the major console manufacturers have all developed entry level routes for these smaller developers to be able to publish onto consoles at far lower costs and reduced royalty rates. Programs like Microsoft's ID@Xbox give developers most of the needed tools for free after validating the small development size and needs of the team. Similar licensing concepts apply for third-party accessory manufacturers. Emulation and backward compatibility Consoles like most consumer electronic devices have limited lifespans. There is great interest in preservation of older console hardware for archival and historical purposes, but games from older consoles, as well as arcade and personal computers, remain of interest. Computer programmers and hackers have developed emulators that can be run on personal computers or other consoles that simulate the hardware of older consoles that allow games from that console to be run. The development of software emulators of console hardware is established to be legal, but there are unanswered legal questions surrounding copyrights, including acquiring a console's firmware and copies of a game's ROM image, which laws such as the United States' Digital Millennium Copyright Act make illegal save for certain archival purposes. Even though emulation itself is legal, Nintendo is recognized to be highly protective of any attempts to emulate its systems and has taken early legal actions to shut down such projects. To help support older games and console transitions, manufacturers started to support backward compatibility on consoles in the same family. Sony was the first to do this on a home console with the PlayStation 2 which was able to play original PlayStation content, and subsequently became a sought-after feature across many consoles that followed. Backward compatibility functionality has included direct support for previous console games on the newer consoles such as within the Xbox console family, the distribution of emulated games such as Nintendo's Virtual Console, or using cloud gaming services for these older games as with the PlayStation Now service. Market Distribution Consoles may be shipped in a variety of configurations, but typically will include one base configuration that include the console, one controller, and sometimes a pack-in game. Manufacturers may offer alternate stock keeping unit (SKUs) options that include additional controllers and accessories or different pack-in games. Special console editions may feature unique cases or faceplates with art dedicated to a specific video game or series and are bundled with that game as a special incentive for its fans. Pack-in games are typically first-party games, often featuring the console's primary mascot characters. The more recent console generations have also seen multiple versions of the same base console system either offered at launch or presented as a mid-generation refresh. In some cases, these simply replace some parts of the hardware with cheaper or more efficient parts, or otherwise streamline the console's design for production going forward; the PlayStation 3 underwent several such hardware refreshes during its lifetime due to technological improvements such as significant reduction of the process node size for the CPU and GPU. In these cases, the hardware revision model will be marked on packaging so that consumers can verify which version they are acquiring. In other cases, the hardware changes create multiple lines within the same console family. The base console unit in all revisions share fundamental hardware, but options like internal storage space and RAM size may be different. Those systems with more storage and RAM would be marked as a higher performance variant available at a higher cost, while the original unit would remain as a budget option. For example, within the Xbox One family, Microsoft released the mid-generation Xbox One X as a higher performance console, the Xbox One S as the lower-cost base console, and a special Xbox One S All-Digital Edition revision that removed the optical drive on the basis that users could download all games digitally, offered at even a lower cost than the Xbox One S. In these cases, developers can often optimize games to work better on the higher-performance console with patches to the retail version of the game. In the case of the Nintendo 3DS, the New Nintendo 3DS, featured upgraded memory and processors, with new games that could only be run on the upgraded units and cannot be run on an older base unit. There have also been a number of "slimmed-down" console options with significantly reduced hardware components that significantly reduced the price they could sell the console to the consumer, but either leaving certain features off the console, such as the Wii Mini that lacked any online components compared to the Wii, or that required the consumer to purchase additional accessories and wiring if they did not already own it, such as the New-Style NES that was not bundled with the required RF hardware to connect to a television. Pricing Consoles when originally launched in the 1970s and 1980s were about , and with the introduction of the ROM cartridge, each game averaged about . Over time the launch price of base consoles units has generally risen to about , with the average game costing . Exceptionally, the period of transition from ROM cartridges to optical media in the early 1990s saw several consoles with high price points exceeding and going as high as . Resultingly, sales of these first optical media consoles were generally poor. When adjusted for inflation, the price of consoles has generally followed a downward trend, from from the early generations down to for current consoles. This is typical for any computer technology, with the improvements in computing performance and capabilities outpacing the additional costs to achieve those gains. Further, within the United States, the price of consoles has generally remained consistent, being within 0.8% to 1% of the median household income, based on the United States Census data for the console's launch year. Since the Nintendo Entertainment System, console pricing has stabilized on the razorblade model, where the consoles are sold at little to no profit for the manufacturer, but they gain revenue from each game sold due to console licensing fees and other value-added services around the console (such as Xbox Live). Console manufacturers have even been known to take losses on the sale of consoles at the start of a console's launch with expectation to recover with revenue sharing and later price recovery on the console as they switch to less expensive components and manufacturing processes without changing the retail price. Consoles have been generally designed to have a five-year product lifetime, though manufacturers have considered their entries in the more recent generations to have longer lifetimes of seven to potentially ten years. Competition The competition within the video game console market as subset of the video game industry is an area of interest to economics with its relatively modern history, its rapid growth to rival that of the film industry, and frequent changes compared to other sectors. Effects of unregulated competition on the market were twice seen early in the industry. The industry had its first crash in 1977 following the release of the Magnavox Odyssey, Atari's home versions of Pong and the Coleco Telstar, which led other third-party manufacturers, using inexpensive General Instruments processor chips, to make their own home consoles which flooded the market by 1977. The video game crash of 1983 was fueled by multiple factors including competition from lower-cost personal computers, but unregulated competition was also a factor, as numerous third-party game developers, attempting to follow on the success of Activision in developing third-party games for the Atari 2600 and Intellivision, flooded the market with poor quality games, and made it difficult for even quality games to sell. Nintendo implemented a lockout chip, the Checking Integrated Circuit, on releasing the Nintendo Entertainment System in Western territories, as a means to control which games were published for the console. As part of their licensing agreements, Nintendo further prevented developers from releasing the same game on a different console for a period of two years. This served as one of the first means of securing console exclusivity
as the NES Classic Edition and Sega Genesis Mini. Components Console unit Early console hardware was designed as customized printed circuit boards (PCB)s, selecting existing integrated circuit chips that performed known functions, or programmable chips like erasable programmable read-only memory (EPROM) chips that could perform certain functions. Persistent computer memory was expensive, so dedicated consoles were generally limited to the use of processor registers for storage of the state of a game, thus limiting the complexities of such titles. Pong in both its arcade and home format had a handful of logic and calculation chips that used the current input of the players' paddles and resisters storing the ball's position to update the game's state and sent to the display device. Even with more advanced integrated circuits (IC)s of the time, designers were limited to what could be done through the electrical process rather than through programming as normally associated with video game development. Improvements in console hardware followed with improvements in microprocessor technology and semiconductor device fabrication. Manufacturing processes have been able to reduce the feature size on chips (typically measured in nanometers), allowing more transistors and other components to fit on a chip, and at the same time increasing the circuit speeds and the potential frequency the chip can run at, as well as reducing thermal dissipation. Chips were able to be made on larger dies, further increasing the number of features and effective processing power. Random-access memory became more practical with the higher density of transistors per chip, but to address the correct blocks of memory, processors needed to be updated to use larger word sizes and allot for larger bandwidth in chip communications. All these improvements did increase the cost of manufacturing but at a rate far less than the gains in overall processing power, which helped to make home computers and consoles inexpensive for the consumer, all related to Moore's law of technological improvements. For the consoles of the 1980s to 1990s, these improvements were evident in the marketing in the late 1980s to 1990s during the "bit wars", where console manufacturers had focused on their console's processor's word size as a selling point. Consoles since the 2000s are more similar to personal computers, building in memory, storage features, and networking capabilities to avoid the limitations of the past. The confluence with personal computers eased software development for both computer and console games, allowing developers to target both platforms. However, consoles differ from computers as most of the hardware components are preselected and customized between the console manufacturer and hardware component provider to assure a consistent performance target for developers. Whereas personal computer motherboards are designed with the needs for allowing consumers to add their desired selection of hardware components, the fixed set of hardware for consoles enables console manufacturers to optimize the size and design of the motherboard and hardware, often integrating key hardware components into the motherboard circuitry itself. Often, multiple components such as the central processing unit and graphics processing unit can be combined into a single chip, otherwise known as a system on a chip (SoC), which is a further reduction in size and cost. In addition, consoles tend to focus on components that give the unit high game performance such as the CPU and GPU, and as a tradeoff to keep their prices in expected ranges, use less memory and storage space compared to typical personal computers. In comparison to the early years of the industry, where most consoles were made directly by the company selling the console, many consoles of today are generally constructed through a value chain that includes component suppliers, such as AMD and NVidia for CPU and GPU functions, and contract manufacturers including electronics manufacturing services, factories which assemble those components into the final consoles such as Foxconn and Flextronics. Completed consoles are then usually tested, distributed, and repaired by the company itself. Microsoft and Nintendo both use this approach to their consoles, while Sony maintains all production in-house with exception of their component suppliers. Some of the commons elements that can be found within console hardware include: Motherboard The primary PCB that all of the main chips, including the CPU, are mounted on. Daughterboard A secondary PCB that connects to the motherboard that would be used for additional functions. These may include components that can be easily replaced later without having to replace the full motherboard. Central processing unit (CPU) The main processing chip on the console that performs most of the computational workload. The consoles' CPU is generally defined by its word size (such as 8-bit or 64-bit), and its clock speed or frequency in hertz. For some CPUs, the clock speed can be variable in response to software needs. In general, larger word sizes and faster clock sizes indicate better performance, but other factors will impact the actual speed. Another distinguishing feature for a console's CPU is the instruction set architecture. The instruction set defines low-level machine code to be sent to the CPU to achieve specific results on the chip. Differences in the instruction set architecture of CPU of consoles of a given generation can make for difficulty in software portability. This had been used by manufacturers to keep software titles exclusive to their platform as one means to compete with others. Consoles prior to the sixth generation typically used chips that the hardware and software developers were most familiar with, but as personal computers stabilized on the x86 architecture, console manufacturers followed suit as to help easily port games between computer and console. Newer CPUs may also feature multiple processing cores, which are also identified in their specification. Multi-core CPUs allow for multithreading and parallel computing in modern games, such as one thread for managing the game's rendering engine, one for the game's physics engine, and another for evaluating the player's input. Graphical processing unit (GPU) The processing unit that performs rendering of data from the CPU to the video output of the console. In the earlier console generations, this was generally limited to simple graphic processing routines, such as bitmapped graphics and manipulation of sprites, all otherwise involving integer mathematics while minimizing the amount of required memory needed to complete these routines, as memo. For example, the Atari 2600 used its own Television Interface Adaptor that handled video and audio, while the Nintendo Entertainment System used the Picture Processing Unit. For consoles, these GPUs were also designed to send the signal in the proper analog formation to a cathode ray television, NTSC (used in Japan and North America) or PAL (mostly used in Europe). These two formats differed by their refresh rates, 60 versus 50 Hertz, and consoles and games that were manufactured for PAL markets used the CPU and GPU at lower frequencies. The introduction of real-time polygonal 3D graphics rendering in the early 1990s—not just an innovation in video games for consoles but in arcade and personal computer games—led to the development of GPUs that were capable of performing the floating-point calculations needed for real-time 3D rendering. In contrast to the CPU, modern GPUs for consoles and computers, principally made by AMD and NVidia, are highly parallel computing devices with a number of compute units/streaming multiprocessors (depending on vendor, respectively) within a single chip. Each compute unit/microprocessor contains a scheduler, a number of subprocessing units, memory cashes and buffers, and dispatching and collecting units which also may be highly parallel in nature. Modern console GPUs can be run at a different frequency from the CPU, even at variable frequencies to increases its processing power at the cost of higher energy draw. The performance of GPUs in consoles can be estimated through floating-point operations per second (FLOPS) and more commonly as in teraflops (TFLOPS = 1012 FLOPS). However, particularly for consoles, this is considered a rough number as several other factors such as the CPU, memory bandwidth, and console architecture can impact the GPU's true performance. Coprocessors Additional processors used to handle other dedicated functions on the console. Many early consoles feature an audio coprocessor for example. Northbridge The processor unit that, outside of the CPU and GPU, typically manages the fastest processing elements on the computer. Typically this involves communication of data between the CPU, the GPU, and the on-board RAM, and subsequently sending and receiving information with the southbridge. Southbridge The counterpart of the northbridge, the southbridge is the processing unit that handles slower processing components of the console, typically those of input/output (I/O) with some internal storage and other connected devices like controllers. BIOS The console's BIOS (Basic Input/Output System) is the fundamental instruction set baked into a firmware chip on the console circuit board that the console uses when it is first turned on to direct operations. In older consoles, prior to the introduction of onboard storage, the BIOS effectively served as the console's operating system, while in modern consoles, the BIOS is used to direct loading of the console's operating system off internal memory. Random-access memory (RAM) Memory storage that is designed for fast reading and writing, often used in consoles to store large amounts of data about a game while it is being played to avoid reading from the slower game media. RAM memory typically does not sustain itself after the console is powered off. Besides the amount of RAM available, a key measurement of performance for consoles is the RAM's bandwidth, how fast in terms of bytes per second that the RAM can be written and read from. This is data that must be transferred to and from the CPU and GPU quickly as needed without requiring these chips to need high memory caches themselves. Internal storage Newer consoles have included internal storage devices, such as flash memory, hard disk drives (HDD) and solid-state drives (SSD), to save data persistently. Early application of internal storage was for saving game states, and more recently can be used to store the console's operating system, game patches and updates, games downloaded through the Internet, additional content for those games, and additional media such as purchased movies and music. Most consoles provide the means to manage the data on this storage while respecting the copyrights on the system. Newer consoles, such as the PlayStation 5 and Xbox Series X, use high-speed SSD's not only for storage but to augment the console's RAM, as the combination of their I/O speeds and the use of decompression routines build into the system software give overall read speeds that approach that of the onboard RAM. Power supply Besides converting AC power from a wall socket to the DC power needed by the console electronics, the power supply also helps to regulate that power in cases of power surges. Some consoles power supplies are built into the unit, so that the consumer plugs the unit directly to a wall socket, but more often, the console ships with an AC adapter, colloquially known as a "power brick", that converts the power outside of the unit. On handheld units the power supply will either be from a battery compartment, or optionally from a direct power connection from an AC adapter, or from a rechargeable battery pack built into the unit. Cooling systems More advanced computing systems generate heat, and require active cooling systems to keep the hardware at safe operating temperatures. Many newer consoles are designed with cooling fans, engineered cooling fins, internal layouts, and strategically-placed vents on the casing to assure good convective heat transfer for keeping the internal components cool. Media reader Since the introduction of game cartridges, nearly all consoles have a cartridge port/reader or an optical drive for game media. In the latter console generations, some console revisions have offered options without a media reader as a means to reduce the console's cost and letting the consumer rely on digital distribution for game acquisition, such as with the Xbox One S All-Digital Edition or the PlayStation 5 Digital Edition. Case All consoles are enclosed in a case to protect the electronics from damage and to constrain the air flow for cooling. Input/output ports Ports for connecting power, controllers, televisions or video monitors, external storage devices, Internet connectivity, and other features are placed in strategic locations on the console. Controller connections are typically offered on the front of the console, while power and most other connections are usually found on the back to keep cables out of the way. Controllers All game consoles require player input through a game controller to provide a method to move the player character in a specific direction and a variation of buttons to perform other in-game actions such as jumping or interacting with the game world. Though controllers have become more featured over the years, they still provide less control over a game compared to personal computers or mobile gaming. The type of controller available to a game can fundamentally change the style of how a console game will or can be played. However, this has also inspired changes in game design to create games that accommodate for the comparatively limited controls available on consoles. Controllers have come in a variety of styles over the history of consoles. Some common types include: Paddle A unit with a single knob or dial and usually one or two buttons. Turning the knob typically allows one to move an on-screen object along one axis (such as the paddle in a table tennis game), while the buttons can have additional features. Joystick A unit that has a long handle that can pivot freely along multiple directions along with one or more buttons. The unit senses the direction that the joystick is pushed, allowing for simultaneous movement in two directions within a game. Gamepad A unit that contains a variety of buttons, triggers, and directional controls - either D-pads or analog sticks or both. These have become the most common type of controller since the third generation of console hardware, with designs becoming more detailed to give a larger array of buttons and directional controls to player's while maintaining ergonomic features. Numerous other controller types exist, including those that support motion controls, touchscreen support on handhelds and some consoles, and specialized controllers for specific types of games, such as racing wheels for racing games, light guns for shooting games, and musical instrument controllers for rhythm games. Some newer consoles also include optional support for mouse and keyboard devices. A controller may be attached through a wired connection onto the console itself, or in some unique cases like the Famicom hardwired to the console, or with a wireless connection. Controllers require power, either provided by the console via the wired connection, or from batteries or a rechargeable battery pack for wireless connections. Controllers are nominally built into a handheld unit, though some newer ones allow for separate wireless controllers to also be used. Game media While the first game consoles were dedicated game systems, with the games programmed into the console's hardware, the Fairchild Channel F introduced the ability to store games in a form separate from the console's internal circuitry, thus allowing the consumer to purchase new games to play on the system. Since the Channel F, nearly all game consoles have featured the ability to purchase and swap games through some form, through those forms have changes with improvements in technology. ROM cartridge or game cartridge The Read-only Memory (ROM) cartridge was introduced with the Fairchild Channel F. A ROM cartridge consist of a printed circuit board (PCB) housed inside of a plastic casing, with a connector allowing the device to interface with the console. The circuit board can contain a wide variety of components, at the minimum, the read-only memory with the software written on it. Later cartridges were able to introduce additional components onto the circuit board like coprocessors, such as Nintendo's SuperFX chip, to enhance the performance of the console. Some consoles such as the Turbografx-16 used a smart card-like technology to flatten the cartridge to a credit-card-sized system, which helped to reduce production costs, but limited additional features that could be included onto the circuitry. PCB-based cartridges waned with the introduction of optical media during the fifth generation of consoles. More recently, ROM cartridges have been based on high memory density, low cost flash memory, which allows for easier mass production of games. Sony used this approach for
led to the widespread tradition of tomb building, as well as the highlands practice of the famadihana, whereby a deceased family member's remains may be exhumed to be periodically re-wrapped in fresh silk shrouds before being replaced in the tomb. The famadihana is an occasion to celebrate the beloved ancestor's memory, reunite with family and community, and enjoy a festive atmosphere. Residents of surrounding villages are often invited to attend the party, where food and rum are typically served and a hiragasy troupe or other musical entertainment is commonly present. Veneration of ancestors is also demonstrated through adherence to fady, taboos that are respected during and after the lifetime of the person who establishes them. It is widely believed that by showing respect for ancestors in these ways, they may intervene on behalf of the living. Conversely, misfortunes are often attributed to ancestors whose memory or wishes have been neglected. The sacrifice of zebu is a traditional method used to appease or honor the ancestors. Small, everyday gestures of respect include throwing the first capful of a newly opened bottle of rum into the northeast corner of the room to give the ancestors their due share. Asian cultures Cambodia During Pchum Ben and the Cambodian New Year people make offerings to their ancestors. Pchum Ben is a time when many Cambodians pay their respects to deceased relatives of up to seven generations. Monks chant the suttas in Pali language overnight (continuously, without sleeping) in prelude to the gates of hell opening, an event that is presumed to occur once a year, and is linked to the cosmology of King Yama originating in the Pali Canon. During this period, the gates of hell are opened and ghosts of the dead (preta) are presumed to be especially active. In order to combat this, food-offerings are made to benefit them, some of these ghosts having the opportunity to end their period of purgation, whereas others are imagined to leave hell temporarily, to then return to endure more suffering; without much explanation, relatives who are not in hell (who are in heaven or otherwise reincarnated) are also generally imagined to benefit from the ceremonies. China In China, ancestor veneration (敬祖, pinyin: jìngzǔ) and ancestor worship (拜祖, pinyin: bàizǔ) seek to honour and recollect the actions of the deceased; they represent the ultimate homage to the dead. The importance of paying respect to parents (and elders) lies with the fact that all physical bodily aspects of one's being were created by one's parents, who continued to tend to one's well-being until one was on firm footing. The respect and homage to parents is to return this gracious deed to them in life and after. The shi (尸; "corpse, personator") was a Zhou dynasty () sacrificial representative of a dead relative. During a shi ceremony, the ancestral spirit supposedly would enter the personator, who would eat and drink sacrificial offerings and convey spiritual messages. Sacrifices In traditional Chinese culture, sacrifices are sometimes made to altars as food for the deceased. This falls under the modes of communication with the Chinese spiritual world concepts. Some of the veneration includes visiting the deceased at their graves, and making or buying offerings for the deceased in the Spring, Autumn, and Ghost Festivals. Due to the hardships of the late 19th- and 20th-century China, when meat and poultry were difficult to come by, sumptuous feasts are still offered in some Asian countries as a practice to the spirits or ancestors. However, in the orthodox Taoist and Buddhist rituals, only vegetarian food would suffice. For those with deceased in the afterlife or hell, elaborate or even creative offerings, such as servants, refrigerators, houses, car, paper money and shoes are provided so that the deceased will be able to have these items after they have died. Often, paper versions of these objects are burned for the same purpose. Originally, real-life objects were buried with the dead. In time these goods were replaced by full size clay models which in turn were replaced by scale models, and in time today's paper offerings (including paper servants). India Ancestors are widely revered, honoured, and venerated in India and China. The spirit of a dead person is called Pitrs, which is venerated. When a person dies, the family observes a thirteen-day mourning period, generally called śrāddha. A year thence, they observe the ritual of Tarpan, in which the family makes offerings to the deceased. During these rituals, the family prepares the food items that the deceased liked and offers food to the deceased. They offer this food to crows as well on certain days as it is believed that the soul comes in the form of a bird to taste it. They are also obliged to offer śrāddha, a small feast of specific preparations, to eligible Brahmins. Only after these rituals are the family members allowed to eat. It is believed that this reminds the ancestor's spirits that they are not forgotten and are loved, so it brings them peace. On Shradh days, people pray that the souls of ancestors be appeased, forget any animosity and find peace. Each year, on the particular date (as per the Hindu calendar) when the person had died, the family members repeat this ritual. Indian and Chinese practices of ancestor-worship are prevalent throughout Asia as a result of the large Indian and Chinese populations in countries such as Singapore, Malaysia, Indonesia, and elsewhere across the continent. Furthermore, the large Indian population in places such as Fiji and Guyana has resulted in these practices spreading beyond their Asian homeland. Assam The Ahom religion is based on ancestor-worship. The Ahoms believe that a man after his death remains as ‘Dam’(ancestor) only for a few days and soon he becomes ‘Phi’ (God). They also believe that the soul of a man which is immortal unites with the supreme soul, possesses the qualities of a spiritual being and always blesses the family. So every Ahom family in order to worship the dead establish a pillar on the opposite side of the kitchen (Barghar) which is called ‘Damkhuta’ where they worship the dead with various offerings like homemade wine, mah-prasad, rice with various items of meat and fish. Me-Dam-Me-Phi, a ritual centred on commemorating the dead, is celebrated by the Ahom people on 31 January every year in memory of the departed. It is the manifestation of the concept of ancestor worship that the Ahoms share with other peoples originating from the Tai-Shan stock. It is a festival to show respect to the departed ancestors and remember their contribution to society. On the day of Me-Dam Me Phi worship is offered only to Chaufi and Dam Chaufi because they are regarded as gods of heaven. Indus Valley Civilization At Rakhigarhi, an Indus Valley Civilization (IVC) site in Haryana, the lover's skeletons of a man between 35 and 40 years old and women in early 20s were found who were likely married to each other and buried together, their grave contained pots which likely carried food and water as offering to the dead. Paliya in Gujarat The Paliya memorial stones are associated with ancestral worship in western India. These memorials are worshiped by people of associated community or decedents of a person on special days such as death day of person, event anniversaries, festivals, auspicious days in Kartika, Shraavana or Bhadrapada months of Hindu calendar. These memorials are washed with milk and water on these days. They are smeared with sindoor or kumkum and flowers are scattered over it. The earthen lamp is lighted near it with sesame oil. Sometimes a flag is erected over it. Pitru Paksha in Indian-origin religions Apart from this, there is also a fortnight-long duration each year called Pitru Paksha ("fortnight of ancestors"), when the family remembers all its ancestors and offers "Tarpan" to them. This period falls just before the Navratri or Durga Puja falling in the month of Ashwin. Mahalaya marks the end of the fortnight-long Tarpan to the ancestors. Tuluva Culture in Tulu Nadu Tuluvas have the ancestor worship in the name of Buta Kola. Indonesia In Indonesia ancestor worship has been a tradition of some of the indigenous people. Podom of the Toba Batak, Waruga of the Minahasans and the coffins of the Karo people (Indonesia) are a few examples of the forms the veneration takes. Japan Before the introduction of Buddhism to Japan, ancestor worship and funerary rites were not common, especially for non-elites. In the Heian Period, abandonment was a common method of disposing of the dead. Following the advent of Buddhism, rituals were sometimes performed at the gravesite after burial or cremation. Korea In Korea, ancestor veneration is referred to by the generic term jerye (hangul: 제례; hanja: ) or jesa (hangul: 제사; hanja: ). Notable examples of jerye include Munmyo jerye and Jongmyo jerye, which are performed periodically each year for venerated Confucian scholars and kings of ancient times, respectively. The ceremony held on the anniversary of a family member's death is called charye (차례). It is still practiced today. The majority of Catholics, Buddhists and nonbelievers practice ancestral rites, although Protestants do not. The Catholic ban on ancestral rituals was lifted in 1939, when the Catholic Church formally recognized ancestral rites as a civil practice. Ancestral rites are typically divided into three categories: Charye (차례, 茶禮) – tea rites held four times a year on major holidays (Korean New Year, Chuseok) Kije (기제, 忌祭) – household rites held the night before an ancestor's death anniversary (기일, 忌日) Sije (시제, 時祭; also called 사시제 or 四時祭) – seasonal rites held for ancestors who are five or more generations removed (typically performed annually on the tenth lunar month) Myanmar Ancestor worship in modern-day Myanmar is largely confined to some ethnic minority communities, but mainstream remnants of it still exist, such as worship of Bo Bo Gyi (literally "great grandfather"), as well as of other guardian spirits such as nats, all of which may be vestiges of historic ancestor worship. Ancestor worship was present in the royal court in pre-colonial Burma. During the Konbaung dynasty, solid gold images of deceased kings and their consorts were worshiped three times a year by the royal family, during the Burmese New Year (Thingyan), at the beginning and at the end of Vassa. The images were stored in the treasury and worshiped at the Zetawunzaung (, "Hall of Ancestors"), along with a book of odes. Some scholars attribute the disappearance of ancestor worship to the influence of Buddhist doctrines of anicca and anatta, impermanence and rejection of a 'self'. Philippines In the animistic indigenous religions of the precolonial Philippines, ancestor spirits were one of the two major types of spirits (anito) with whom shamans communicate. Ancestor spirits were known as umalagad (lit. "guardian" or "caretaker"). They can be the spirits of actual ancestors or generalized guardian spirits of a family. Ancient Filipinos believed that upon death, the soul of a person travels (usually by boat) to a spirit world. There can be multiple locations in the spirit world, varying in different ethnic groups. Which place souls end up in depends on how they died, the age at death, or conduct of the person when they were alive. Souls reunite with deceased relatives in the underworld and lead normal lives in the underworld as they did in the material world. In some cases, the souls of evil people undergo penance and cleansing before they are granted entrance into a particular spirit realm. Souls would eventually reincarnate after a period of time in the spirit world. Souls in the spirit world still retain a degree of influence in the material world, and vice versa. Paganito rituals may be used to invoke good ancestor spirits for protection, intercession, or advice. Vengeful spirits of the dead can manifest as apparitions or ghosts (mantiw) and cause harm to living people. Paganito can be used to appease or banish them. Ancestor spirits also figured prominently during illness or death, as they were believed to be the ones who call the soul to the underworld, guide the soul (a psychopomp), or meet the soul upon arrival. Ancestor spirits are also known as kalading among the Cordillerans; tonong among the Maguindanao and Maranao; umboh among the Sama-Bajau; ninunò among Tagalogs; and nono among Bicolanos. Ancestor spirits are usually represented by carved figures called taotao. These were carved by the community upon a person's death. Every household had a taotao stored in a shelf in the corner of the house. The predominantly Roman Catholic Filipino people still hold ancestors in particular esteem—though without the formality common to their neighbours—despite having been Christianised since coming into contact with Spanish missionaries in 1521. In the present day, ancestor veneration is expressed in having photographs of the dead by the home altar, a common fixture in many Filipino Christian homes. Candles are often kept burning before the photographs, which are sometimes decorated with garlands of fresh sampaguita, the national flower. Ancestors, particularly dead parents, are still regarded as psychopomps, as a dying person is said to be brought to the afterlife (Tagalog: sundô, "fetch") by the spirits of dead relatives. It is said that when the dying call out the names of deceased loved ones, they can see the spirits of those particular people waiting at the foot of the deathbed. Filipino Catholic and Aglipayan veneration of the dead finds its greatest expression in the Philippines is the Hallowmas season between 31 October and 2 November, variously called Undás (based on the word for "[the] first", the Spanish andas or possibly honra), Todos los Santos (literally "All Saints"), and sometimes Áraw ng mga Patáy (lit. "Day of the Dead"), which refers to the following solemnity of All Souls' Day. Filipinos traditionally observe this day by visiting the family dead, cleaning and repairing their tombs. Common offerings are prayers, flowers, candles, and even food, while many also spend the remainder of the day and ensuing night holding reunions at the graveyard, playing games and music or singing. Chinese Filipinos, meanwhile, have the most apparent and distinct customs related to ancestor veneration, carried over from traditional Chinese religion and most often melded with their current Catholic faith. Many still burn incense and kim at family tombs and before photos at home, while they incorporate Chinese practises into Masses held during the All Souls' Day period. Sri Lanka In Sri Lanka, making offerings to one's ancestors is conducted on the sixth day after death as a part of traditional Sri Lankan funeral rites. Thailand In rural northern Thailand, a religious ceremony honoring ancestral spirits known as Faun Phii (, lit. "spirit dance" or "ghost dance") takes place. It includes offerings for ancestors with spirit mediums sword fighting, spirit-possessed dancing, and spirit mediums cock fighting in a spiritual cockfight. Vietnam Ancestor veneration is one of the most unifying aspects of Vietnamese culture, as practically all Vietnamese, regardless of religious affiliation (Buddhist, Catholic or animist) have an ancestor altar in their home or business. In Vietnam, traditionally people did not celebrate birthdays (before Western influence), but the death anniversary of one's loved one was always an important occasion. Besides an essential gathering of family members for a banquet in memory of the deceased, incense sticks are burned along with hell notes, and great platters of food are
It includes offerings for ancestors with spirit mediums sword fighting, spirit-possessed dancing, and spirit mediums cock fighting in a spiritual cockfight. Vietnam Ancestor veneration is one of the most unifying aspects of Vietnamese culture, as practically all Vietnamese, regardless of religious affiliation (Buddhist, Catholic or animist) have an ancestor altar in their home or business. In Vietnam, traditionally people did not celebrate birthdays (before Western influence), but the death anniversary of one's loved one was always an important occasion. Besides an essential gathering of family members for a banquet in memory of the deceased, incense sticks are burned along with hell notes, and great platters of food are made as offerings on the ancestor altar, which usually has pictures or plaques with the names of the deceased. In the case of missing persons, believed to be dead by their family, a Wind tomb is made. These offerings and practices are done frequently during important traditional or religious celebrations, the starting of a new business, or even when a family member needs guidance or counsel and is a hallmark of the emphasis Vietnamese culture places on filial duty. A significant distinguishing feature of Vietnamese ancestor veneration is that women have traditionally been allowed to participate and co-officiate ancestral rites, unlike in Chinese Confucian doctrine, which allows only male descendants to perform such rites. European cultures In Catholic countries in Europe (continued later with the Anglican Church in England), November 1 (All Saints' Day), became known and is still known as the day to specifically venerate those who have died, and who have been deemed official saints by the Church. November 2, (All Souls Day), or "The Day of the Dead", is the day when all of the faithful dead are remembered. On that day, families go to cemeteries to light candles for their dead relatives, leave them flowers, and often to picnic. The evening before All Saints'—"All Hallows Eve" or "Hallowe'en"—is unofficially the Catholic day to remember the realities of Hell, to mourn the souls lost to evil, and to remember ways to avoid Hell . It is commonly celebrated in the United States and parts of the United Kingdom in a spirit of light-hearted horror and fear, which is marked by the recounting of ghost stories, bonfires, wearing costumes, carving jack-o'-lanterns, and "trick-or-treating" (going door to door and begging for candy). Brythonic Celtic cultures In Cornwall and Wales, the autumn ancestor festivals occur around Nov. 1. In Cornwall the festival is known as Kalan Gwav, and in Wales as Calan Gaeaf. The festivals are from which modern Halloween is derived. Gaelic Celtic cultures During Samhain, November 1 in Ireland and Scotland, the dead are thought to return to the world of the living, and offerings of food and light are left for them. On the festival day, ancient people would extinguish the hearth fires in their homes, participate in a community bonfire festival, and then carry a flame home from the communal fire and use it light their home fires anew. This custom has continued to some extent into modern times, in both the Celtic nations and the diaspora. Lights in the window to guide the dead home are left burning all night. On the Isle of Man the festival is known as "old Sauin" or Hop-tu-Naa. North America In the United States and Canada, flowers, wreaths, grave decorations and sometimes candles, food, small pebbles, or items the dead valued in life are put on graves year-round as a way to honor the dead. These traditions originate in the diverse cultural backgrounds of the current populations of both countries. In the United States, many people honor deceased loved ones who were in the military on Memorial Day. Days with religious and spiritual significance like Easter, Christmas, Candlemas, and All Souls' Day, Day of the Dead, or Samhain are also times when relatives and friends of the deceased may gather at the graves of their loved ones. In the Catholic Church, one's local parish church often offers prayers for the dead on their death anniversary or All Souls' Day. In the United States, Memorial Day is a Federal holiday for remembering the deceased men and women who served in the nation's military, particularly those who died in war or during active service. In the 147 National Cemeteries, like Arlington and Gettysburg, it is common for volunteers to place small American flags at each grave. Memorial Day is traditionally observed on the last Monday in May, allotting for a 3-day weekend in which many memorial services and parades take place not only across the country, but in 26 American cemeteries on foreign soil (in France, Belgium, the United Kingdom, the Philippines, Panama, Italy, Luxembourg, Mexico, Netherlands, and Tunisia). It is also common practice among veterans to memorialize fallen service members on the dates of their death. This practice is also common in other countries when remembering Americans who died in battles to liberate their towns in the World Wars. One example of this is on 16 August (1944) Colonel Griffith, died of wounds from enemy action sustained in Lèves, the same day he is credited with saving Chartres Cathedral from destruction. In Judaism, when a grave site is visited, a small pebble is placed on the headstone. While there is no clear answer as to why, this custom of leaving pebbles may date back to biblical days when individuals were buried under piles of stones. Today, they are left as tokens that people have been there to visit and to remember. Americans of various religions and cultures may build a shrine in their home dedicated to loved ones who have died, with pictures of their ancestors, flowers and mementos. Increasingly, many roadside shrines may be seen for deceased relatives who died in car accidents or were killed on that spot, sometimes financed by the state or province as these markers serve as potent reminders to drive cautiously in hazardous areas. The Vietnam Veterans Memorial in Washington, D.C., is particularly known for the leaving of offerings to the deceased; items left are collected by the National Park Service and archived. Members of The Church of Jesus Christ of Latter-day Saints perform posthumous baptisms and other rituals for their dead ancestors, along with those of other families. Native Americans were not heavily concerned with the veneration of the dead, though they were known to bury the dead with clothes and tools as well as occasionally leave food and drink at the gravesite; Pueblo Indians supported a cult of the dead which worshipped or petitioned the dead through ritualistic dances. Islam Islam has a complex and mixed view on the idea of grave shrines and ancestor worship. The graves of many early Islamic figures are holy sites for Muslims, including Ali, and a cemetery with many companions and early caliphs. Many other mausoleums are major architectural, political, and cultural sites, including the National Mausoleum in Pakistan and the Taj Mahal in India. However, the religious movement of Wahhabism disputes the concept of saint veneration. Followers of this movement have destroyed many gravesite shrines, including in Saudi Arabia and in territory controlled by the Islamic State, though it was the teaching of prophet to visit graves and practice of followers to visit the holy shrine of prophet and supplicate there. Iman Ahmad, Al-Hakim, and others narrated about Marwan Ibn al-Hakam–an unjust ruler–that he once passed by the grave of the Prophet and saw a man with his cheek on the grave of the Prophet. Marwan Ibn al-Hakam asked: “Do you know what you are doing?” Nearing the grave, Marwan Ibn al-Hakam realized it was Abu Ayyub al-Ansariyy, one of the greatest companions of the Prophet. Abu Ayyub al-Ansariyy replied, “Yes, I know what I am doing. I came here for the Messenger of Allah–not for the stone.” By this he meant he was seeking the blessings from the presence of the Prophet, not for the stone covering his grave. Abu Ayyub al-Ansariyy continued his response with what he heard the Messenger of Allah say: “Do not cry over the Religion of Islam if the rulers are ruling correctly. Rather, cry over this Religion if the rulers are ruling incorrectly.” By his response, Abu Ayyub was telling Marwan Ibn al-Hakam: “You are not one of those rulers who are correctly ruling by the rules of Islam." Some followers of Islam are at odds with the concept of saint veneration, but this practice is retained in Turkey, particularly through Alevi Muslims. Ancient cultures Ancestor worship was a prominent feature of many historical societies. Ancient Egypt Although some historians claim that ancient Egyptian society was a "death cult" because of its elaborate tombs and mummification rituals, it was the opposite. The philosophy that "this world is but a vale of tears" and that to die and be with God is a better existence than an earthly one was relatively unknown among the ancient Egyptians. This was not to say that they were unacquainted with the harshness of life; rather, their ethos included a sense of continuity between this life and the next. The Egyptian people loved the culture, customs and religion of their daily lives so much that they wanted to continue them in the next—although some might hope for a better station in the Beautiful West (Egyptian afterlife). Tombs were housing in the Hereafter and so they were carefully constructed and decorated, just as homes for the living were. Mummification was a way to preserve the corpse so the ka (soul) of the deceased could return to receive offerings of the things s/he enjoyed while alive. If mummification was not affordable, a "ka-statue" in the likeness of the deceased was carved for this purpose. The Blessed Dead were collectively called the akhu, or "shining ones" (singular: akh). They were described as "shining as gold in the belly of Nut" (Gr. Nuit) and were indeed depicted as golden stars on the roofs of many tombs and temples. The process by which a ka became an akh was not automatic upon death; it involved a 70-day journey through the duat, or Otherworld, which led to judgment before Wesir (Gr. Osiris), Lord of the Dead where the ka’s heart would be weighed on a scale against the Feather of Ma’at (representing Truth). However, if the ka was not properly prepared, this journey could be fraught with dangerous pitfalls and strange demons; hence some of the earliest religious texts discovered, such as the Papyrus of Ani (commonly known as The Book of the Dead) and the Pyramid Texts were actually written as guides to help the deceased successfully navigate the duat. If the heart was in balance with the Feather of Ma'at, the ka passed judgment and was granted access to the Beautiful West as an akh who was ma’a heru ("true of voice") to dwell among the gods and other akhu. At this point only was the ka deemed worthy to be venerated by the living through rites and offerings. Those who became lost in the duat or deliberately tried to avoid judgment became the unfortunate (and sometimes dangerous) mutu, the Restless Dead. For the few whose truly evil hearts outweighed the Feather, the goddess Ammit waited patiently behind Wesir's judgment seat to consume them. She was a composite creature resembling three of the deadliest animals in Egypt: the crocodile, the hippopotamus and the lion. Being fed to Ammit was to be consigned to the Eternal Void, to be "unmade" as a ka. Besides being eaten by Ammit, the worst fate a ka could suffer after physical death was to be forgotten. For this reason, ancestor veneration in ancient Egypt was an important rite of remembrance in order to keep the ka "alive" in this life as well as in the next. Royals, nobles and the wealthy made contracts with their local priests to perform prayers and give offerings at their tombs. In return, the priests were allowed to keep a portion of the offerings as payment for services rendered. Some tomb inscriptions even invited passers-by to speak aloud the names of the deceased within (which also helped to perpetuate their memory), and to offer water, prayers or other things if they so desired. In the private homes of the less wealthy, niches were carved into the walls for the purpose of housing images of familial akhu and to serve as altars of veneration. Many of these same religious beliefs and ancestor veneration practices are still carried on today in the religion of Kemetic Orthodoxy. Ancient Rome The Romans, like many Mediterranean societies, regarded the bodies of the dead as polluting. During Rome's Classical period, the body was most often cremated, and the ashes placed in a tomb outside the city walls. Much of the month of February was devoted to purifications, propitiation, and veneration of the dead, especially at the nine-day festival of the Parentalia during which a family honored its ancestors. The family
Image of Edessa or Mandylion. The Encyclopædia Britannica says this about the legend: Veronica was mentioned in the reported visions of Jesus by Marie of St Peter, a Carmelite nun who lived in Tours, France, and started the devotion to the Holy Face of Jesus. In 1844, Sister Marie reported that in a vision, she saw Veronica wiping away the spit and mud from the face of Jesus with her veil on the way to Calvary. She said that sacrilegious and blasphemous acts today are adding to the spit and mud that Veronica wiped away that day. According to Marie of St Peter, in her visions, Jesus told her that he desired devotion to His Holy Face in reparation for sacrilege and blasphemy. Acts of Reparation to Jesus Christ are thus compared to Veronica wiping the face of Jesus. The Devotion to the Holy Face of Jesus was eventually approved by Pope Leo XIII in 1885. Veronica is commemorated on 12 July. Official patronage Saint Veronica is the patron of the French mulquiniers whose representations they celebrated biannually (summer and winter) as in many pious Christian countries. She is also the patron saint of photographers, and laundry workers. In popular culture In Volume 5 of her work, The Poem of the Man-God, Italian writer and alleged mystic Maria Valtorta depicts Veronica as Nike, who offered the linen cloth to Christ. It is also stated earlier in the same volume that "The one we call Veronica and whom Jesus called Nike..." suggesting that Nike has been mistakenly referred to as Veronica throughout history. Selma Lagerlöf in Christ Legends expands the legend by making Veronica a former servant of the Roman emperor Tiberius, named Faustina, who travels to Jerusalem in search of the Prophet of Nazareth, after learning that he once cured a young woman of leprosy. She travels on behalf of Tiberius, now himself stricken, hoping to bring him a cure and redemption from his evil ways. Faustina arrives on the day of the Crucifixion, and the rest is legend. Mel Gibson's film The Passion of the Christ (2004) included an episode of Veronica wiping Jesus's face, although she is not referred to by name in the film (she is credited in the film as Seraphia). Anne Catherine Emmerich, one of the inspirational sources to the cited movie, depicts a long description of the Veronica episode and she identifies the true name of Veronica also as Seraphia. The most common pass
his face was miraculously captured on it. The resulting relic became known as the Veil of Veronica. The story of Veronica is celebrated in the sixth Station of the Cross in many Anglican, Catholic, Lutheran, Methodist and Western Orthodox churches. Background There is no reference to the story of Veronica and her veil in the canonical gospels. The closest is the miracle of the unnamed woman who was healed by touching the hem of Jesus’s garment (Luke 8:43–48). The apocryphal Gospel of Nicodemus gives her name as Berenikē or Beronike (). The name Veronica is a Latinisation of this ancient Macedonian name. The story was later elaborated in the 11th century by adding that Christ gave her a portrait of himself on a cloth, with which she later cured the Emperor Tiberius. The linking of this with the bearing of the cross in the Passion occurs only around 1380 in the internationally popular book Meditations on the life of Christ. At some point a relic became associated with the story. Pedro Tafur, a Spanish knight visiting Rome in 1436, describes the following in the Church of St. Peter in his 1454 travel account: However, he does not say specifically that he witnessed for himself this exhibition of the relic. Some academic sources suggest a different origin for the legend of St. Veronica: that the cloth bearing an image of Jesus's face was known in Latin as the vera icon ("true image"), and that this name for the relic was misinterpreted as the name of a saint. The Catholic Encyclopedia of 1913 writes: The reference to Abgar is related to a similar legend in the Eastern Church, the Image of Edessa or Mandylion. The Encyclopædia Britannica says this about the legend: Veronica was mentioned in the reported visions of Jesus by Marie of St Peter, a Carmelite nun who lived in Tours, France, and started the devotion to the Holy Face of Jesus. In 1844, Sister Marie reported that in a vision, she saw Veronica wiping away the spit and mud from the face of Jesus with her veil on the way to Calvary. She said that sacrilegious and blasphemous acts today are adding to the
"fate") and Skuld (possibly "debt" or "future"), Verðandi makes up a trio of Norns that are described as deciding the fates (wyrd) of people. Etymology Verðandi is literally the present participle of the Old Norse verb "verða", "to become", and is commonly
is related to the Dutch word worden and the German word werden, both meaning "to become". Attestation Völuspá She appears in the following verse from the Poetic Edda poem Völuspá, along with Urðr and Skuld: Notes References Orchard, Andy (1997). Dictionary of Norse Myth and Legend. Cassell. Norns Time
importance in the mid-1960s, when it delivered several machines to the world's leading paper industry countries. In 1961, Valmet had 8,841 employees. Valmet had shipyards in Turku and Helsinki (first in the Katajanokka district, later in Vuosaari). In 1986, Valmet sold its shipbuilding operations to Wärtsilä Oy, which merged them with its own shipyards to form Wärtsilä Marine. The company was declared bankrupt in 1989. The operations continued under the names of Masa Yards Oy, Kvaerner Masa-Yards Oy, Aker Yards Oy, Aker Finnyards Oy, STX Finland Oy and currently as Meyer Turku Oy. In connection with the shipyard transaction, Valmet bought from Wärtsilä a paper finishing machinery unit located in Järvenpää, Finland. Together with Valmet's own paper machine manufacturing units, the Järvenpää unit formed Valmet Paperikoneet Oy, which then purchased Tampella's board machine manufacturing operations in 1992. In 1986, Valmet's gun manufacturing unit in Jyväskylä was transferred under Sako-Valmet Oy, which was later renamed Sako Oy. The company is currently owned by the Italian gun manufacturer Beretta. Valmet sold its tractor, forest machine and transportation vehicle manufacturing operations to Sisu Auto in 1994. In 1997, Sisu Auto was sold to Partek, and the tractors became known as Valtra Valmet, and later Valtra. In 2002, Kone Corporation bought Partek, and in 2004 it sold Sisu to Suomen Autoteollisuus Oy, formed by a group of Finnish private investors and the company management. In 1988, Valmet had 17,405 employees. 1999–2012 Valmet and Rauma merge as Metso In July 1999, Valmet Corporation and Rauma Corporation merged to form a new company. Initially called Valmet-Rauma Corporation, the name was changed to Metso Corporation in August 1999. At the time of the merger, Valmet was a paper and board machine supplier, while Rauma focused on fiber technology, rock crushing and flow control products. The merger produced an equipment supplier serving the process industry. Shares in Metso were listed on the Helsinki Stock Exchange, which replaced the listings of its predecessor companies. In 2000, Metso acquired Beloit Corporation's tissue and paper-making technology as well as its service operations in the United States and France. In December 2006, Metso completed the acquisition of the pulping and power businesses from Norwegian company Aker Kvaerner ASA. The acquisition aimed to further improve the company's ability to serve the pulp and paper industries as a turnkey delivery partner, and to respond to the business opportunities created by power generation and biomass technologies. At the end of 2009, Metso acquired Tamfelt Corporation, one of the world's leading suppliers of technical textiles. 2013– Valmet reborn On October 1, 2013, following a meeting, Metso was split into two companies: Valmet and Metso. After the demerger on December 31, 2013, the pulp, paper and power businesses of Metso formed the new Valmet Corporation, while the mining and construction and automation businesses remained with Metso. Jukka Viinanen became chairman of Valmet's board of directors. Viinanen had served as a member of Metso's board from 2008 to 2013, and as the chairman since 2009. In March 2015, Bo Risberg from Sweden replaced Jukka Viinanen as the chairman of Valmet's board of directors. Previously, Risberg had held a high position at ABB and the position of managing director at the construction supply company Hilti. He also holds positions of trust at Piab Holding, Grundfos Holding and Trelleborg, among others. The Members of the board are vice chairman Mikael von Frenckell, Lone Fønss Schrøder, Friederike Helfer, Pekka Lundmark, Erkki Pehu-Lehtonen and Rogerio Ziviani. Pekka Lundmark later resigned from the board after being nominated CEO of Fortum Corporation. In April 2015, Valmet introduced an automation systems business. Valmet completed a EUR 340 million transaction with Metso to purchase its process automation system and service unit
and Rauma Corporation merged to form a new company. Initially called Valmet-Rauma Corporation, the name was changed to Metso Corporation in August 1999. At the time of the merger, Valmet was a paper and board machine supplier, while Rauma focused on fiber technology, rock crushing and flow control products. The merger produced an equipment supplier serving the process industry. Shares in Metso were listed on the Helsinki Stock Exchange, which replaced the listings of its predecessor companies. In 2000, Metso acquired Beloit Corporation's tissue and paper-making technology as well as its service operations in the United States and France. In December 2006, Metso completed the acquisition of the pulping and power businesses from Norwegian company Aker Kvaerner ASA. The acquisition aimed to further improve the company's ability to serve the pulp and paper industries as a turnkey delivery partner, and to respond to the business opportunities created by power generation and biomass technologies. At the end of 2009, Metso acquired Tamfelt Corporation, one of the world's leading suppliers of technical textiles. 2013– Valmet reborn On October 1, 2013, following a meeting, Metso was split into two companies: Valmet and Metso. After the demerger on December 31, 2013, the pulp, paper and power businesses of Metso formed the new Valmet Corporation, while the mining and construction and automation businesses remained with Metso. Jukka Viinanen became chairman of Valmet's board of directors. Viinanen had served as a member of Metso's board from 2008 to 2013, and as the chairman since 2009. In March 2015, Bo Risberg from Sweden replaced Jukka Viinanen as the chairman of Valmet's board of directors. Previously, Risberg had held a high position at ABB and the position of managing director at the construction supply company Hilti. He also holds positions of trust at Piab Holding, Grundfos Holding and Trelleborg, among others. The Members of the board are vice chairman Mikael von Frenckell, Lone Fønss Schrøder, Friederike Helfer, Pekka Lundmark, Erkki Pehu-Lehtonen and Rogerio Ziviani. Pekka Lundmark later resigned from the board after being nominated CEO of Fortum Corporation. In April 2015, Valmet introduced an automation systems business. Valmet completed a EUR 340 million transaction with Metso to purchase its process automation system and service unit (PAS). y. At the time of the transaction, the PAS unit employed 1,600 people, and its net sales totaled EUR 300 million in 2013. In July 2015, Valmet announced the acquisition of Massimiliano Corsini's tissue paper rewinding business. The net sales of the 33-employee unit in Pescia, Italy, has remained steady at EUR 10 million in recent years. In 2015, Valmet's net sales totaled EUR 2.9 billion. In the beginning of 2019, Valmet acquired North American-based GL&V for EUR 113 million. GL&V supplied technologies, upgrades and optimization services, rebuilds, and spare parts for the pulp and paper industry, especially in the areas of chemical pulping, stock preparation, papermaking, and finishing. The acquired operations employed about 630 people and the net sales were approximately EUR 160 million. In May 2019, Valmet acquired American J&L Fiber Services Inc., which employed about 100 people in Wisconsin, USA, with net sales of approximately EUR 30 million. J&L Fiber was a manufacturer and provider of refiner segments to the pulp, paper and fiberboard industry. The enterprise value of the acquisition was approximately EUR 51 million. Both of the acquired companies became a part of Valmet's Services business. In September 2019, Valmet announced building a new pilot facility at its Fiber Technology Center in Sundsvall, Sweden to strengthen the company's research and development capabilities related to bioenergy, biofuels, and biochemicals. The new pilot facility comprises new pilot equipment called “BioTrac”, which uses Valmet DNA control system. Organization and products Valmet's operations are divided into five geographical areas: North America, South America, EMEA, China, and Asia-Pacific. Valmet operates in some 30 countries and employs 13,600 people. Valmet's primary production sites are the Rautpohja factory in Jyväskylä, Finland, and the units in Sweden's Karlstad and Sundsvall and China's Xi'an and Shanghai. Rautpohja is the center of paper and board machine engineering operations, the manufacture of key components such as headboxes and the assembly of machine deliveries to Europe. Services Valmet's Services business line carries out mill improvements and upgrades, roll services, paper machine clothing services, filter fabrics, spare parts, life cycle services, support, optimization and agreements. Services' customers mostly operate in the fields of pulp, board and paper, and energy production. More than 2,000 of the world's 3,800 pulp and paper mills are Valmet's customers. The business line aims to improve the reliability, cost efficiency, capacity and quality of its customers' operations by solutions that reduce emissions, enhance the safety of operations, and use energy, water and raw materials more efficiently. Valmet has 70 service centers, with major market areas EMEA and North America. Valmet's competitors in the services market include Andritz and Voith, while other competitors like Sandusky, Albany, Joh. Clouth, Leripa, Aikawa and AstenJohnson, focused on specific product segments. Other competitors with limited offerings include Kadant, SchäferRolls, MWN, Bellmer, Hannecard and Papcel and Jinni, Wuxi Refine Tech, Richter, Beijing Up-Tech, TTT and AGW, which have strong local positions in their own niche. Automation Valmet's Automation business line provides automation systems that range from single measurements to mill wide turnkey automation projects. Its main products include analyzers and measuring devices, automation systems, vision systems, quality control systems and performance and service systems. Main customers are the pulp and paper industry, other process industries, energy companies, the marine industry and the oil and gas industries. More than 1,000 power plants use Valmet's process automation products. The unit aims to improve its customers' profitability by enhancing their production operations and improving their energy, material and cost efficiency. Valmet's biggest competitors in the distributed control system market are ABB, Honeywell, Emerson, Siemens and Yokogawa, both in the pulp and paper automation and energy and process. In the pulp and paper automation area, the main competitors in the quality management system market are ABB, Honeywell, Voith, Paperchine, Procemex, Cognex and Isra Vision while ABB and BTG compete with Valmet in the analyzers and measurements market. Valmet's DNA automation system is used in pulp, paper, energy and other process industries around the world. The system adapts shown information based on the needs of various users and
orientation, which gives a notion of left-handed and right-handed. These structures give rise to a volume form, and also the cross product, which is used pervasively in vector calculus. The gradient and divergence require only the inner product, while the curl and the cross product also requires the handedness of the coordinate system to be taken into account (see cross product and handedness for more detail). Vector calculus can be defined on other 3-dimensional real vector spaces if they have an inner product (or more generally a symmetric nondegenerate form) and an orientation; note that this is less data than an isomorphism to Euclidean space, as it does not require a set of coordinates (a frame of reference), which reflects the fact that vector calculus is invariant under rotations (the special orthogonal group SO(3)). More generally, vector calculus can be defined on any 3-dimensional oriented Riemannian manifold, or more generally pseudo-Riemannian manifold. This structure simply means that the tangent space at each point has an inner product (more generally, a symmetric nondegenerate form) and an orientation, or more globally that there is a symmetric nondegenerate metric tensor and an orientation, and works because vector calculus is defined in terms of tangent vectors at each point. Other dimensions Most of the analytic results are easily understood, in a more general form, using the machinery of differential geometry, of which vector calculus forms a subset. Grad and div generalize immediately to other dimensions, as do the gradient theorem, divergence theorem, and Laplacian (yielding harmonic analysis), while curl and cross product do not generalize as directly. From a general point of view, the various fields in (3-dimensional) vector calculus are uniformly seen as being k-vector fields: scalar fields are 0-vector fields, vector fields are 1-vector fields, pseudovector fields are 2-vector fields, and pseudoscalar fields are 3-vector fields. In higher dimensions there are additional types of fields (scalar/vector/pseudovector/pseudoscalar corresponding to 0/1/n−1/n dimensions, which is exhaustive in dimension 3), so one cannot only work with (pseudo)scalars and (pseudo)vectors. In any dimension, assuming a nondegenerate form, grad of a scalar function is a vector field, and div of a vector field is a scalar function, but only in dimension 3 or 7 (and, trivially, in dimension 0 or 1) is the curl of a vector field a vector field, and only in 3 or 7 dimensions can a cross product be defined (generalizations in other dimensionalities either require vectors to yield 1 vector, or are alternative Lie algebras, which are more general antisymmetric bilinear products). The generalization of grad and div, and how curl may be generalized is elaborated at Curl: Generalizations; in brief, the curl of a vector field is a bivector field, which may be interpreted as the special orthogonal Lie algebra of infinitesimal rotations; however, this cannot be identified with a vector field because the dimensions differ – there are 3 dimensions of rotations in 3 dimensions, but 6 dimensions of rotations in 4 dimensions (and more generally dimensions of rotations in n dimensions). There are two important alternative generalizations of vector calculus. The first, geometric algebra, uses k-vector fields instead of vector fields (in 3 or fewer dimensions, every k-vector field can be identified with a scalar function or vector field, but this is not true in higher dimensions). This replaces the cross product, which is specific to 3 dimensions, taking in two vector fields and giving as output a vector field, with the exterior product, which exists in all dimensions and takes in two vector fields, giving as output a bivector (2-vector) field. This product yields Clifford algebras as the algebraic structure on vector spaces (with an orientation and nondegenerate form). Geometric algebra is mostly used in generalizations of physics and other applied fields to higher dimensions. The second generalization uses differential forms (k-covector fields) instead of vector fields or k-vector fields, and is widely used in mathematics, particularly in differential geometry, geometric topology, and harmonic analysis, in particular yielding Hodge theory on oriented
of the function are zero at P, or, equivalently, if its gradient is zero. The critical values are the values of the function at the critical points. If the function is smooth, or, at least twice continuously differentiable, a critical point may be either a local maximum, a local minimum or a saddle point. The different cases may be distinguished by considering the eigenvalues of the Hessian matrix of second derivatives. By Fermat's theorem, all local maxima and minima of a differentiable function occur at critical points. Therefore, to find the local maxima and minima, it suffices, theoretically, to compute the zeros of the gradient and the eigenvalues of the Hessian matrix at these zeros. Physics and engineering Vector calculus is particularly useful in studying: Center of mass Field theory Kinematics Maxwell's equations Generalizations Different 3-manifolds Vector calculus is initially defined for Euclidean 3-space, which has additional structure beyond simply being a 3-dimensional real vector space, namely: a norm (giving a notion of length) defined via an inner product (the dot product), which in turn gives a notion of angle, and an orientation, which gives a notion of left-handed and right-handed. These structures give rise to a volume form, and also the cross product, which is used pervasively in vector calculus. The gradient and divergence require only the inner product, while the curl and the cross product also requires the handedness of the coordinate system to be taken into account (see cross product and handedness for more detail). Vector calculus can be defined on other 3-dimensional real vector spaces if they have an inner product (or more generally a symmetric nondegenerate form) and an orientation; note that this is less data than an isomorphism to Euclidean space, as it does not require a set of coordinates (a frame of reference), which reflects the fact that vector calculus is invariant under rotations (the special orthogonal group SO(3)). More generally, vector calculus can be defined on any 3-dimensional oriented Riemannian manifold, or more generally pseudo-Riemannian manifold. This structure simply means that the tangent space at each point has an inner product (more generally, a symmetric nondegenerate form) and an orientation, or more globally that there is a symmetric nondegenerate metric tensor and an orientation, and works because vector calculus is defined in terms of tangent vectors at each point. Other dimensions Most of the analytic results are easily understood, in a more general form, using the machinery of differential geometry, of which vector calculus forms a subset. Grad and div generalize immediately to other dimensions, as do the gradient theorem, divergence theorem, and Laplacian (yielding harmonic analysis), while curl and cross product do not generalize as directly. From a general point of view, the various fields in (3-dimensional) vector calculus are uniformly seen as being k-vector fields: scalar fields are 0-vector fields, vector fields are 1-vector fields, pseudovector fields are 2-vector fields, and pseudoscalar fields are 3-vector fields. In higher dimensions there are additional types of fields (scalar/vector/pseudovector/pseudoscalar corresponding to 0/1/n−1/n dimensions, which is exhaustive in dimension 3), so one cannot only work with (pseudo)scalars and (pseudo)vectors. In any dimension, assuming a nondegenerate form, grad of a scalar function is a vector field, and div of a vector field is a scalar function, but only in dimension 3 or 7 (and, trivially, in dimension 0 or 1) is the curl of a vector field a vector field, and only in 3 or 7 dimensions can a cross product be defined (generalizations in other dimensionalities either require vectors to yield 1 vector, or are alternative Lie algebras, which are more general antisymmetric bilinear products). The generalization of grad and div, and how curl may be generalized is elaborated at Curl: Generalizations; in brief, the curl of a vector field is a bivector field, which may be interpreted as the special orthogonal Lie algebra of infinitesimal rotations; however, this cannot be identified with a vector field because the dimensions differ – there are 3 dimensions of rotations in 3 dimensions, but 6 dimensions of rotations in 4 dimensions (and more generally dimensions of rotations in n dimensions). There are two important alternative generalizations of vector calculus. The first, geometric algebra, uses k-vector fields instead of vector fields (in 3 or fewer dimensions, every k-vector field can be identified with a scalar function or vector field, but this is not true in higher dimensions). This replaces the cross product, which is
the Academy as a result of the scandal. "Decades later, looking back on his rise, Lombardi came to regard ..." Blaik's decision not to resign "... as a pivotal moment in his [own] career" — it taught him perseverance. After the 1951 and 1952 seasons not much was expected from the 1953 team as it had also lost six players due to academic failure. The 1953 team, however, did achieve a 7–1–1 record, as Lombardi had a bigger role than ever in coaching the team. Following these five seasons at Army, Lombardi accepted an assistant coaching position with the New York Giants. New York Giants At age 41 in 1954, Lombardi began his NFL career with the New York Giants. He accepted a job that later became known as the offensive coordinator position under new head coach Jim Lee Howell. The Giants had finished the previous season under 23-year coach Steve Owen with a 3–9 record. By his third season in 1956, Lombardi, along with the defensive coordinator, former All-Pro cornerback turned coach Tom Landry, turned the squad into a championship team, defeating the Chicago Bears 47–7 for the league title. "Howell readily acknowledged the talents of Lombardi and Landry, and joked self-deprecatingly, that his main function was to make sure the footballs had air in them." At points in his tenure as an assistant coach at West Point, and as an assistant coach with the Giants, Lombardi worried that he was unable to land a head coaching job due to prejudice against his Italian heritage, especially with respect to Southern colleges. Howell wrote numerous recommendations for Lombardi to aid him in obtaining a head coaching position. Lombardi applied for head coaching positions at Wake Forest, Notre Dame, and other universities and, in some cases, never received a reply. In New York, Lombardi introduced the strategy of rule blocking to the NFL. In rule blocking, the offensive lineman would block an area, and not necessarily a particular defensive player, as was the norm up to that time. The running back was then expected to run towards any hole that was created. Lombardi referred to this as running to daylight. Green Bay Packers 1959 The Green Bay Packers, with six future Hall of Famers on the roster in 1958, finished at 1–10–1 under head coach Ray McLean, the worst record in Packer history. The players were dispirited, the Packer shareholders were disheartened, and the Green Bay community was enraged. The angst in Green Bay extended to the NFL as a whole, as the financial viability and the very existence of the Green Bay Packer franchise were in jeopardy. On February 2, 1959, Lombardi accepted the position of head coach and general manager of the Packers. He demanded and gained full control over the football operations of the community-owned franchise, leaving no doubt of this when he told the franchise's executive committee, "I want it understood that I am in complete command here." Lombardi's assertion of "complete command" applied to the players as well. For his first training camp, he instituted harsh regimens and demanded absolute dedication and effort from his players. The Packers immediately improved in 1959 to 7–5, and rookie head coach Lombardi was named Coach of the Year. The fans appreciated what Lombardi was trying to do and responded by purchasing all the tickets for every home game during the 1960 season. Every Packers home game—preseason, regular season and playoffs—has been sold out ever since then. 1960–1966 In Lombardi's second year in 1960, Green Bay won the NFL Western Conference for the first time since 1944. This victory, along with his well-known religious convictions, led the Green Bay community to anoint Lombardi with the nickname "The Pope". Lombardi led the Packers to the Championship Game against the Philadelphia Eagles. Before the championship game, Lombardi met with Wellington Mara and advised him that he would not take the Giants' head coaching job, which was initially offered after the end of the 1959 season. In the final play of the game, in a drive that would have won it, the Packers were stopped a few yards from the goal line. Lombardi had suffered his first and only championship game loss. After the game, and after the press corps had left the locker room, Lombardi told his team, "This will never happen again. You will never lose another championship." In later years as coach of the Packers, Lombardi made it a point to admonish his running backs that if they failed to score from one yard out, he would consider it a personal affront to him and he would seek retribution. He coached the Packers to win their next nine post-season games, a record streak not matched or broken until Bill Belichick won ten straight from 2002 to 2006 with New England. The Packers defeated the Giants for the NFL title in 1961 (37–0 in Green Bay) and 1962 (16–7 at Yankee Stadium), marking the first two of their five titles in Lombardi's seven years. After the 1962 championship victory, President John F. Kennedy called Lombardi and asked him if he would "come back to Army and coach again". Kennedy received Lombardi's tacit refusal of the request. His only other post-season loss occurred to the St. Louis Cardinals in the third-place Playoff Bowl after the 1964 season (officially classified as an exhibition game). Including postseason but excluding exhibition games, Lombardi compiled a 105–35–6 (.740) record as head coach, and never suffered a losing season. He led the Packers to three consecutive NFL championships — in 1965, 1966, and 1967 — a feat accomplished only once before in the history of the league, by Curly Lambeau, co-founder of the Packers, who coached the team to their first three straight NFL Championships in 1929, 1930, and 1931. At the conclusion of the 1966 and 1967 seasons, Lombardi's Packers won the first two Super Bowls, for championships in five of seven seasons. Packers Sweep As coach of the Packers, Lombardi converted Notre Dame quarterback and Heisman Trophy winner Paul Hornung to a full-time halfback. Lombardi also designed a play for fullback Jim Taylor: both guards, Jerry Kramer and Fuzzy Thurston, pulled to the outside and blocked downfield while Taylor would "run to daylight" — i.e., wherever the defenders weren't. This was a play that he had originally developed with the Giants for Frank Gifford. It soon became known as the Packers sweep (or Lombardi sweep), though Lombardi openly admitted it was based on an old single wing concept. Ice Bowl In 1967, Lombardi's Packers hosted the Dallas Cowboys in Green Bay on December 31 in the NFL Championship Game, a rematch of the previous season. This became known as the "Ice Bowl" because of the game-time temperature. Lombardi had a heating coil underneath the field but on this day it was not functioning. Some people believe that he turned it off on purpose. With 16 seconds left in the game and down by three points, the Packers called their final time-out. It was 3rd and goal on the Dallas two-foot line. In the huddle, with the game on the line, Quarterback Bart Starr asked Kramer whether he could get enough traction on the icy turf for a wedge play and Kramer responded with an unequivocal yes. Starr came over to Lombardi on the sidelines to discuss the last play and told him he wanted to run a 31 wedge, but with him keeping the ball. Lombardi, having had enough of the bitter cold, told Starr to 'Run it! And let's get the hell out of here!' Lombardi was asked by Pat Peppler what play Starr would call, to which Lombardi replied, 'Damned if I know.' Starr returned to the huddle and called a Brown right 31 Wedge, but with him keeping the ball. Kramer blocked Jethro Pugh low and Ken Bowman hit Pugh high as Starr followed them into the end zone for the Packer lead and assured victory. Washington Redskins Shortly after the victory in Super Bowl II, Lombardi resigned as head coach of the Packers on February 1, 1968, continuing as general manager. He handed the head coaching position to Phil Bengtson, a longtime assistant, but the Packers finished at 6–7–1 in the 1968 season and were out of the four-team NFL playoffs. In February , Lombardi became head coach and general manager of the Washington Redskins. The Redskins finished at 7–5–2, their first winning record since the 1955 season. Lombardi died the following year, but he was credited with having "truly changed the culture in that one unforgettable season in 1969," laying the foundation for Washington's early 1970s success under another future Hall of Fame coach, George Allen. Personal life Family In the fall of 1934, Lombardi's roommate Jim Lawlor introduced him to his cousin's relative, Marie Planitz. When Marie announced her ardent desire to marry Lombardi, her status-conscious stockbroker father did not like the idea of his daughter marrying the son of an Italian butcher from Brooklyn, a prejudice he would face more than once in his life. Lombardi and Marie wed, nonetheless, on August 31, 1940. Marie's first pregnancy resulted in a miscarriage. This had a terrible effect on Marie and caused her to turn to heavy drinking, a problem she would encounter on more than one occasion in her life. Their son, Vincent Henry Lombardi (Vince Jr.), was born in 1942, and their daughter Susan followed five years later in 1947. Lombardi's perfectionism, authoritarian nature and temper,
himself was an altar boy at St. Mark's Catholic Church. Outside their local neighborhood, the Lombardi children were subject to the rampant ethnic discrimination that existed at the time against Italian immigrants and their descendants. As a child, Lombardi helped his father at his meat cutting business, but grew to hate it. At the age of 12 he started playing in an uncoached but organized football league in Sheepshead Bay. High school Lombardi graduated from the eighth grade at P.S. 206 at age 15 in 1928. He then enrolled in the Cathedral Preparatory Seminary, a division of Cathedral College of the Immaculate Conception in Brooklyn, a six-year secondary program to become a Catholic priest. At Cathedral, he played on the school's baseball and basketball teams, but his performance was hindered by his poor athleticism and eyesight. Against school rules, he continued to play football off-campus throughout his studies at Cathedral. After completing four years at Cathedral he decided not to pursue the priesthood. He enrolled at St. Francis Preparatory high school for the fall of 1932. There he became a Charter Member of Omega Gamma Delta fraternity. His performance as a fullback on the Terriers' football team earned him a position on the virtual All-City football team. Fordham University In 1933, Lombardi received a football scholarship to Fordham University in the Bronx to play for the Fordham Rams and Coach Jim Crowley, who was one of the Four Horsemen of Notre Dame in the 1920s. During his freshman year, Lombardi proved to be an aggressive and spirited player on the football field. Prior to the beginning of his sophomore year, Lombardi was projected to start games at the tackle position. Lombardi was only 5'8" and about 180 pounds and was classified as undersized for the position. In his senior year of 1936, he was the right guard in the Seven Blocks of Granite, a nickname given by a Fordham University publicist to the Fordham University football team's offensive front line. In a game against Pitt, he suffered a severe gash inside his mouth and had several teeth knocked out. He missed most of the remainder of the game, until he was called in on defense for a successful goal-line stand that preserved a scoreless tie. The Rams were 5–0–2 before losing in the final game of the season, 7–6, to NYU. The loss destroyed all hopes of Fordham playing in the Rose Bowl and taught Lombardi a lesson he would never forget — never to underestimate your opponent. Early career Lombardi graduated from Fordham University on June 16, 1937. The nation was still plagued by the Great Depression, so there were few career opportunities for the young Lombardi, and for the next two years, he showed no discernible career path or ambition. He tried to play semi-professional football with the Wilmington Clippers of the American Association and worked as a debt collector for a collection agency, but those efforts very quickly proved to be failures. With his father's strong support, he enrolled in Fordham Law School in September 1938. Although he did not fail any classes, he believed his grades were so poor that he dropped out after one semester. Later in life, he would explain to others that he was close to graduating, but his desire to start and support a family forced him to leave law school and get a job. He also joined the Brooklyn Eagles. Coaching career St. Cecilia High School In 1939, Lombardi wanted to marry his girlfriend, Marie Planitz, but he deferred at his father's insistence because he needed a steady job to support himself and a family; he married Marie the following year. In 1939, Lombardi accepted an assistant coaching job at St. Cecilia's, a Catholic high school in Englewood, New Jersey. He was offered the position by the school's new head coach, Lombardi's former Fordham teammate, quarterback Andy Palau. Palau had just inherited the head coaching position from another Fordham teammate, Nat Pierce (left guard), who had accepted an assistant coach's job back at Fordham. In addition to coaching, Lombardi, age 26, taught Latin, chemistry, and physics for an annual salary of under $1,000. In 1942, Andy Palau left St. Cecilia's for another position at Fordham, and Lombardi became the head coach at St. Cecilia's. He stayed a total of eight years, five as head coach. In 1943, St. Cecilia's was recognized as the top high school football team in the nation, in large part because of their victory over Brooklyn Prep, a Jesuit school considered one of the best teams in the eastern United States. Brooklyn Prep that season was led by senior Joe Paterno, who, like Lombardi, was to rise to legendary status in football. Lombardi won six state private school championships (NJISAA - New Jersey Independent Schools Athletic Association), and became the president of the Bergen County Coaches' Association. Fordham In 1947, Lombardi became the coach of freshman teams in football and basketball at his alma mater, Fordham University. The following year, he was an assistant coach for the varsity football team under head coach Ed Danowski, but he was arguably the de facto head coach. West Point Following the 1948 season, Lombardi accepted an assistant coaching job at the U.S. Military Academy at West Point, a position that greatly influenced his future philosophy and system of coaching. He was offensive line coach under head coach Earl "Colonel Red" Blaik. "As integral as religion was to [Lombardi's] sense of self, it was not until he reached West Point and combined his spiritual discipline with Blaik's military discipline that his coaching persona began to take its mature form." Blaik's emphasis on execution became a trademark of Lombardi's coaching style. Lombardi coached at West Point for five seasons, with varying results. The 1949 and 1950 seasons were successful, but the 1951 and 1952 seasons were not, due to the aftermath of a cadet cribbing scandal (a violation of the Cadet Honor Code) which was revealed in spring 1951. By order of the Superintendent, 43 of the 45 members of the varsity football team were discharged from the Academy as a result of the scandal. "Decades later, looking back on his rise, Lombardi came to regard ..." Blaik's decision not to resign "... as a pivotal moment in his [own] career" — it taught him perseverance. After the 1951 and 1952 seasons not much was expected from the 1953 team as it had also lost six players due to academic failure. The 1953 team, however, did achieve a 7–1–1 record, as Lombardi had a bigger role than ever in coaching the team. Following these five seasons at Army, Lombardi accepted an assistant coaching position with the New York Giants. New York Giants At age 41 in 1954, Lombardi began his NFL career with the New York Giants. He accepted a job that later became known as the offensive coordinator position under new head coach Jim Lee Howell. The Giants had finished the previous season under 23-year coach Steve Owen with a 3–9 record. By his third season in 1956, Lombardi, along with the defensive coordinator, former All-Pro cornerback turned coach Tom Landry, turned the squad into a championship team, defeating the Chicago Bears 47–7 for the league title. "Howell readily acknowledged the talents of Lombardi and Landry, and joked self-deprecatingly, that his main function was to make sure the footballs had air in them." At points in his tenure as an assistant coach at West Point, and as an assistant coach with the Giants, Lombardi worried that he was unable to land a head coaching job due to prejudice against his Italian heritage, especially with respect to Southern colleges. Howell wrote numerous recommendations for Lombardi to aid him in obtaining a head coaching position. Lombardi applied for head coaching positions at Wake Forest, Notre Dame, and other universities and, in some cases, never received a reply. In New York, Lombardi introduced the strategy of rule blocking to the NFL. In rule blocking, the offensive lineman would block an area, and not necessarily a particular defensive player, as was the norm up to that time. The running back was then expected to run towards any hole that was created. Lombardi referred to this as running to daylight. Green Bay Packers 1959 The Green Bay Packers, with six future Hall of Famers on the roster in 1958, finished at 1–10–1 under head coach Ray McLean, the worst record in Packer history. The players were dispirited, the Packer shareholders were disheartened, and the Green Bay community was enraged. The angst in Green Bay extended to the NFL as a whole, as the financial viability and the very existence of the Green Bay Packer franchise were in jeopardy. On February 2, 1959, Lombardi accepted the position of head coach and general manager of the Packers. He demanded and gained full control over the football operations of the community-owned franchise, leaving no doubt of this when he told the franchise's executive committee, "I want it understood that I am in complete command here." Lombardi's assertion of "complete command" applied to the players as well. For his first training camp, he instituted harsh regimens and demanded absolute dedication and effort from his players. The Packers immediately improved in 1959 to 7–5, and rookie head coach Lombardi was named Coach of the Year. The fans appreciated what Lombardi was trying to do and responded by purchasing all the tickets for every home game during the 1960 season. Every Packers home game—preseason, regular season and playoffs—has been sold out ever since then. 1960–1966 In Lombardi's second year in 1960, Green Bay won the NFL Western Conference for the first time since 1944. This victory, along with his well-known religious convictions, led the Green Bay community to anoint Lombardi with the nickname "The Pope". Lombardi led the Packers to the Championship Game against the Philadelphia Eagles. Before the championship game, Lombardi met with Wellington Mara and advised him that he would not take the Giants' head coaching job, which was initially offered after the end of the 1959 season. In the final play of the game, in a drive that would have won it, the Packers were stopped a few yards from the goal line. Lombardi had suffered his first and only championship game loss. After the game, and after the press corps had left the locker room, Lombardi told his team, "This will never happen again. You will never lose another championship." In later years as coach of the Packers, Lombardi made it a
have had sex with a number of children's TV puppets. Another regular feature is a column by 'Tony Parsehole', a parody of columnist Tony Parsons who frequently writes obituaries about recently deceased celebrities filled entirely with metaphor and empty sentiment which stops abruptly once the required word count is reached (with a note that the invoice is included). Additionally, there were the usual stories revolving around celebrities, some in the "tell-all" vein (such as a customs agent who claimed he found drugs in Pamela Anderson's "plastic tits"). If one of a select band of frequently referenced stars is mentioned during these stories, they will be named humorously. Among others, Lemmy Kilmister will invariably be referred to as "Lemmy out of Motörhead", Bono as "Bonio" and Sting as "Sting (real name Gordon Sting)", mixing the singer's birth and stage names. One particularly memorable piece of tabloid-esque wordplay parody, involving a fictional plot to assassinate Paul McCartney by a disgruntled former roadie, read 'Top Pop Mop-Top Pot Shot Plot Flops', or with a gonad-focused violent encounter with Mr. T and a 1970s playground toy, 'BA Baracus in Macca's clackers knackers fracas'. Photos in Viz news stories are often crudely edited and altered, much to the detriment of the subjects involved (teeth blacked out, facial features shrunken/enlarged, and so on). In the case of the aforementioned Lemmy, for one photo the editors simply took a picture of a man wearing a baseball cap and drew a crude approximation of Lemmy's facial hair and warts on his face (as well as writing "Motörhead" on the cap). Photos will frequently be captioned only with the name of the subject and a comma followed by "yesterday", e.g. "A train, yesterday". Following the format common in tabloid newspapers, paragraphs within written articles include 'cross heads' which, in normal journalism, serve to indicate the theme of the following sections. In Viz however, while these words often start out being relevant to the story, they quickly stray for comedic value and therefore have little or no relevance to the following text. The words will often follow a theme, such as TV cops' names or types of curry, and will sometimes spell out a sentence, rarely relevant, if read separately from the story. Letterbocks This section features letters both written by the editors and sent in by readers often with ridiculous names, usually in the form of obviously fictitious anecdotes (one reader claimed that by defecating on the high seas, he was able to expel a single unbroken "monster" turd; however, nobody wanted to grant him research funds for further attempts) or various observations, such as the "children say the funniest things" type (one issue featured numerous variations of a reader's young son making a reference to masturbation during bathtime, such as "playing with [his] pork sword"; in this case, when the reader entered the bathroom, she discovered her son had indeed fashioned a sword out of pork sausages). Since Viz claims to offer £5 for the best letter published in a particular issue, many letters end with the inquiry, "Do I win £5?" Many make observations about celebrities (especially those who have recently died; one letter printed after the deaths of Gianni Versace and Princess Diana remarked on both their violent deaths and friendship with Elton John, stating "I tell you what. If I was George Michael right about now, I'd be shitting myself") or current events (a 2000 issue remarked "The Government spent £850 million on the Millennium Bug, and the only thing that crashes is Q [Desmond Llewelyn] out of the Bond films"). Most employ deliberate misunderstandings for comic effect (e.g. "These so-called speed bumps are a joke. If anything they slow you down" or "I went to one of these so called Gentlemen's clubs and was shocked to see it was full of Women. To make matters worse many of them were wearing very little clothing", or the letter whose writer mentioned seeing a TV listing for the film The Greatest Story Ever Told and stating their doubt that it would top the story told by their friend about a night spent "with a couple of strippers, a bottle of tequila, and some cocaine"). Often letters feature simple yet absurd statements ("I'm heading off to the pub in a few minutes and wondered if any of your readers fancied joining me for a pint" or "They say size doesn't matter – if that's true, why can't I get these shoes on?"), or improbable situations such as a letter writer responding directly to the letter that preceded theirs in the very same column and issue. A bizarre series of letters from a J Cursiter of Bristol recounted his hobby of watching passers-by from "a series of cunningly-disguised hides". It is unclear whether Cursiter is a reader of the comic or a creation of the editors. Often letters are printed that criticise Viz, accusing it of "not being as funny as it used to be", condemning it as being offensive or of complaining about the frequent price rises. These are often published and sometimes even framed in a small section titled "Why I Love My Viz!", blatantly mocking The Sun newspaper's habit of printing (positive) comments in little frames titled "Why I Love My Sun!" There are often invitations for readers to submit pictures, such as the request for examples of "Insincere Smiles", whereby people sent in pictures cut from newspapers and brochures of celebrities and politicians caught smiling in a manner which looks utterly insincere and forced (Tony Blair featured at least twice). A similar series was of men who were wearing absurdly ill-fitting wigs. There's also "Up The Arse Corner", where photographs are submitted of people whose pose, and/or facial expression, could be misconstrued as being in the midst of an act of buggery; a notable example of this was when a letter requested a picture of Ghostbusters actor Ernie Hudson leaning over to sign autographs in front of a cardboard standee of himself, with the writer requesting the picture of "Winston Zeddemore bumming himself". Letterbocks also formerly featured correspondence from, and has brought fame to, the late Abdul Latif, Lord of Harpole, proprietor of the (real) Curry Capital restaurant (formerly the Rupali), Bigg Market. His Lordship often promoted his restaurant with spoof competitions and offers. One, genuine, offer involved getting a 20% discount on orders at his restaurant by bringing in a copy of the current Viz ad for it and pointing at his picture excitedly. In December 2006, he appeared in a seasonal broadcast to rival the Queen's Christmas message. Lame to Fame A semi-regular feature in Letterbocks is the "Lame to Fame" column, where writers can send in "claims to fame" where they explain their connection to well-known celebrities. The connections are distant or commonplace; for example: "I once had a drink with a bloke who had caught Duran Duran's Simon Le Bon's dog after it had escaped from his big house", and "My sister once shagged Ringo out of The Bootleg Beatles." Top Tips A long-running segment has been the Top Tips, reader-submitted suggestions which are a parody of similar sections found in women's magazines offering domestic and everyday tips to make life easier. In Viz, naturally, they are always absurd, impractical or ludicrous: A small coniferous tree in the corner of your living room is an excellent place to store Christmas decorations Why waste money on expensive binoculars? Simply stand closer to the object you wish to observe To stop blue tits pecking at your milk bottles, don't buy any Dead moths make ideal hanggliders for woodlice Don't invite drug addicts to your house on Boxing Day. They may find the offer of cold turkey embarrassing or offensive Some tips are for ludicrous motives, such as "how to convince neighbours that your house has dry rot", while others are for ostensibly sensible motives but with ridiculous and impractical suggestions for their application: Convince friends that you have a high powered job in the City by leaving for work at 6 am every morning, arriving home at 10 at night, never keeping social appointments and dropping down dead at the age of 36 Save money on sex-lines by phoning up the Samaritans and threatening to kill yourself unless they talk dirty Some are just inexplicable: To make your husband's trousers heavier, hang onions from the belt loops. Others inspire running jokes: Fun-sized Mars Bars make ideal normal-sized Mars Bars for dwarves Normal-sized Mars bars make ideal fun-sized Mars Bars for giants King-size Mars Bars make ideal normal-sized Mars Bars for giants Normal-sized Mars Bars make ideal king-sized Mars Bars for dwarves A more recent trend is for sarcastic tips to be offered that are observations by the readers regarding other people's behaviour, such as a barmaid who suggests male public house customers who are "trying to get into a barmaid's knickers" should "pull back your tenner just as she reaches to take it when paying for a round. It really turns us on". In a similar vein, one reader suggested "Old people – are you worried that people in a hurry might be able to get past you on the pavement? Why not try stumbling aimlessly from side to side? That should stop them". McDonald's McDonald's was accused of plagiarising a number of Viz Top Tips in an advertising campaign they ran in 1996. Some of the similarities are almost word-for-word: Save a fortune on laundry bills. Give your dirty shirts to Oxfam. They will wash and iron them, and then you can buy them back for 50p. – Viz Top Tip (published May 1989) Save a fortune on laundry bills. Give your dirty shirts to a second-hand shop. They will wash and iron them, and then you can buy them back for 50p. – McDonald's advert The case was later settled out of court for an undisclosed sum (donated to Comic Relief); but many Viz readers believed that the comic had given permission for their use, leading to Top Tips submissions such as: Geordie magazine editors. Continue paying your mortgage and buying expensive train sets ... by simply licensing the Top Tips concept to a multinational burger corporation. The magazine published them. At around the same time, the following Top Tip was also published: McDonald's advertising executives. Why not steal someone else's idea and then claim you overheard it in a bar, you fucking cunts. In addition, a burger bar McWonald's was used as a story setting and displayed a large W in the style of an inverted Golden Arches M. This establishment had spotty-faced teenage staff vomiting and smoking; a child customer informs his mother that he does not want to finish his burger as it "tastes of pigeon and has cigarette butts in it". In a further attack on the company, the map of Cuntinental Europe, given away free with Issue 118 and showing a large cartoon of stereotypes of the British and their neighbours over the relevant geographical areas, displayed the McDonald's logo on potentially insensitive locations, such as the Parthenon and the vicinity of the Leaning Tower of Pisa. Spoof advertisements and competitions Viz has had many different spoof adverts for various items, such as ornaments, dolls, sheds, china plates and novelty chess sets. These poke fun at the genuine adverts for such items in magazines found in the colour supplements of Sunday newspapers. Those found in Viz are absurd, such as a breakfast plate depicting Princess Diana's face in the middle of a fried egg, "No. 22 Shit Street" (which was a diorama of a dilapidated council house complete with rabid dog, youthful vandals and a "gently rusting" washing machine in the front yard), and "Little Ted West", a teddy bear dressed to look like serial killer Fred West. Viz has manufactured some of these items and sold them, including a china plate depicting "The Life of Christ...In Cats", featuring pictures of a cat in various stages of Jesus's life, and the "Elvis Presley Dambusters Clock Plate of Tutankhamun", a clock featuring Elvis in the style of Tutankhamun's death mask in addition to Avro Lancaster bomber planes. Many of these adverts had a form with a tick box at the end, with outrageous binding statements in small print that invariably led the purchaser to usury, such as "I enclose £49.50 in an infinite series of escalating payments". Another staple of Viz advertisement parody are the adverts for public and government services which one would normally not expect to find advertised; for example, one ad consisted of the words "Raped? Burgled? Run over? Why not call the police", placed next to a picture of a grinning policeman. Another ad exhorted male readers to join the British Army, because "all the birds are gagging for squaddies" (with the fine print on the reply coupon having a tick box where the interested recruit indicates that spending years ducking for cover in Belfast "should just about see [him] right" when it comes to the ladies). The 'PC Brigade' were also featured as if they were the fire brigade, stating they attended emergencies such as 'collapsed turbans' or freeing gypsies from railings while leaving British people stuck tight. They also carried the slogan 'Fueling middle England's persecution complex since 1958'. A long-running joke has been small adverts for bizarre sheds ("TV Sheds", "Shed Bikes", "Shed Snakes", etc.). Testament to the quality of these is invariably provided by a Mrs. B. of Essex. Adverts for loan companies have been parodied frequently since approximately 2000, usually with an absurd twist, such as ones aimed at vagrants, offering loans of between 5 and 10 pence for a cup of tea. Roger Mellie has frequently starred in such spoof advertisements, both in separate sections in Viz and also his own strip. Mellie is portrayed as someone who is willing to endorse any product whatsoever for money or gifts. Scatological humour also featured heavily in the ads; one ad featured "Clag-Gone", which consisted of a stationary bicycle with no seat. Instead, the rider simply placed his naked bottom onto the "Clag-Gone"'s wire brush wheel, which then cleaned away "winnits", "tag-nuts" and "dangleberries". Another ad featured a tourist package where eggs were served in great quantities; a happy tourist was featured saying "I'm egg-bound for Jamaica!". Genuine competitions have been run by Viz, with
money on the pools, and began living an inordinately lavish lifestyle ("I bought the wife a new cover for her ironing board" being one such example of his largesse), which collapsed when the money inevitably ran out, much to his chagrin ("I wish I'd never set eyes on the money"). Other stories include ludicrous "kiss and tell" and similar stories by people who are portrayed as mentally disturbed, often with highly bizarre elements; examples include allegations by a man who claimed that, on holiday touring in his caravan, he found a campsite run by Elvis Presley who, when plied with drink, admitted to the Kennedy assassination; another from a retired toilet attendant who described the nature of faeces from various little-known celebrities and an elderly woman who blames anti-social behaviour in her area on bored Newsnight presenters, as well as a mental home patient who claimed to have had sex with a number of children's TV puppets. Another regular feature is a column by 'Tony Parsehole', a parody of columnist Tony Parsons who frequently writes obituaries about recently deceased celebrities filled entirely with metaphor and empty sentiment which stops abruptly once the required word count is reached (with a note that the invoice is included). Additionally, there were the usual stories revolving around celebrities, some in the "tell-all" vein (such as a customs agent who claimed he found drugs in Pamela Anderson's "plastic tits"). If one of a select band of frequently referenced stars is mentioned during these stories, they will be named humorously. Among others, Lemmy Kilmister will invariably be referred to as "Lemmy out of Motörhead", Bono as "Bonio" and Sting as "Sting (real name Gordon Sting)", mixing the singer's birth and stage names. One particularly memorable piece of tabloid-esque wordplay parody, involving a fictional plot to assassinate Paul McCartney by a disgruntled former roadie, read 'Top Pop Mop-Top Pot Shot Plot Flops', or with a gonad-focused violent encounter with Mr. T and a 1970s playground toy, 'BA Baracus in Macca's clackers knackers fracas'. Photos in Viz news stories are often crudely edited and altered, much to the detriment of the subjects involved (teeth blacked out, facial features shrunken/enlarged, and so on). In the case of the aforementioned Lemmy, for one photo the editors simply took a picture of a man wearing a baseball cap and drew a crude approximation of Lemmy's facial hair and warts on his face (as well as writing "Motörhead" on the cap). Photos will frequently be captioned only with the name of the subject and a comma followed by "yesterday", e.g. "A train, yesterday". Following the format common in tabloid newspapers, paragraphs within written articles include 'cross heads' which, in normal journalism, serve to indicate the theme of the following sections. In Viz however, while these words often start out being relevant to the story, they quickly stray for comedic value and therefore have little or no relevance to the following text. The words will often follow a theme, such as TV cops' names or types of curry, and will sometimes spell out a sentence, rarely relevant, if read separately from the story. Letterbocks This section features letters both written by the editors and sent in by readers often with ridiculous names, usually in the form of obviously fictitious anecdotes (one reader claimed that by defecating on the high seas, he was able to expel a single unbroken "monster" turd; however, nobody wanted to grant him research funds for further attempts) or various observations, such as the "children say the funniest things" type (one issue featured numerous variations of a reader's young son making a reference to masturbation during bathtime, such as "playing with [his] pork sword"; in this case, when the reader entered the bathroom, she discovered her son had indeed fashioned a sword out of pork sausages). Since Viz claims to offer £5 for the best letter published in a particular issue, many letters end with the inquiry, "Do I win £5?" Many make observations about celebrities (especially those who have recently died; one letter printed after the deaths of Gianni Versace and Princess Diana remarked on both their violent deaths and friendship with Elton John, stating "I tell you what. If I was George Michael right about now, I'd be shitting myself") or current events (a 2000 issue remarked "The Government spent £850 million on the Millennium Bug, and the only thing that crashes is Q [Desmond Llewelyn] out of the Bond films"). Most employ deliberate misunderstandings for comic effect (e.g. "These so-called speed bumps are a joke. If anything they slow you down" or "I went to one of these so called Gentlemen's clubs and was shocked to see it was full of Women. To make matters worse many of them were wearing very little clothing", or the letter whose writer mentioned seeing a TV listing for the film The Greatest Story Ever Told and stating their doubt that it would top the story told by their friend about a night spent "with a couple of strippers, a bottle of tequila, and some cocaine"). Often letters feature simple yet absurd statements ("I'm heading off to the pub in a few minutes and wondered if any of your readers fancied joining me for a pint" or "They say size doesn't matter – if that's true, why can't I get these shoes on?"), or improbable situations such as a letter writer responding directly to the letter that preceded theirs in the very same column and issue. A bizarre series of letters from a J Cursiter of Bristol recounted his hobby of watching passers-by from "a series of cunningly-disguised hides". It is unclear whether Cursiter is a reader of the comic or a creation of the editors. Often letters are printed that criticise Viz, accusing it of "not being as funny as it used to be", condemning it as being offensive or of complaining about the frequent price rises. These are often published and sometimes even framed in a small section titled "Why I Love My Viz!", blatantly mocking The Sun newspaper's habit of printing (positive) comments in little frames titled "Why I Love My Sun!" There are often invitations for readers to submit pictures, such as the request for examples of "Insincere Smiles", whereby people sent in pictures cut from newspapers and brochures of celebrities and politicians caught smiling in a manner which looks utterly insincere and forced (Tony Blair featured at least twice). A similar series was of men who were wearing absurdly ill-fitting wigs. There's also "Up The Arse Corner", where photographs are submitted of people whose pose, and/or facial expression, could be misconstrued as being in the midst of an act of buggery; a notable example of this was when a letter requested a picture of Ghostbusters actor Ernie Hudson leaning over to sign autographs in front of a cardboard standee of himself, with the writer requesting the picture of "Winston Zeddemore bumming himself". Letterbocks also formerly featured correspondence from, and has brought fame to, the late Abdul Latif, Lord of Harpole, proprietor of the (real) Curry Capital restaurant (formerly the Rupali), Bigg Market. His Lordship often promoted his restaurant with spoof competitions and offers. One, genuine, offer involved getting a 20% discount on orders at his restaurant by bringing in a copy of the current Viz ad for it and pointing at his picture excitedly. In December 2006, he appeared in a seasonal broadcast to rival the Queen's Christmas message. Lame to Fame A semi-regular feature in Letterbocks is the "Lame to Fame" column, where writers can send in "claims to fame" where they explain their connection to well-known celebrities. The connections are distant or commonplace; for example: "I once had a drink with a bloke who had caught Duran Duran's Simon Le Bon's dog after it had escaped from his big house", and "My sister once shagged Ringo out of The Bootleg Beatles." Top Tips A long-running segment has been the Top Tips, reader-submitted suggestions which are a parody of similar sections found in women's magazines offering domestic and everyday tips to make life easier. In Viz, naturally, they are always absurd, impractical or ludicrous: A small coniferous tree in the corner of your living room is an excellent place to store Christmas decorations Why waste money on expensive binoculars? Simply stand closer to the object you wish to observe To stop blue tits pecking at your milk bottles, don't buy any Dead moths make ideal hanggliders for woodlice Don't invite drug addicts to your house on Boxing Day. They may find the offer of cold turkey embarrassing or offensive Some tips are for ludicrous motives, such as "how to convince neighbours that your house has dry rot", while others are for ostensibly sensible motives but with ridiculous and impractical suggestions for their application: Convince friends that you have a high powered job in the City by leaving for work at 6 am every morning, arriving home at 10 at night, never keeping social appointments and dropping down dead at the age of 36 Save money on sex-lines by phoning up the Samaritans and threatening to kill yourself unless they talk dirty Some are just inexplicable: To make your husband's trousers heavier, hang onions from the belt loops. Others inspire running jokes: Fun-sized Mars Bars make ideal normal-sized Mars Bars for dwarves Normal-sized Mars bars make ideal fun-sized Mars Bars for giants King-size Mars Bars make ideal normal-sized Mars Bars for giants Normal-sized Mars Bars make ideal king-sized Mars Bars for dwarves A more recent trend is for sarcastic tips to be offered that are observations by the readers regarding other people's behaviour, such as a barmaid who suggests male public house customers who are "trying to get into a barmaid's knickers" should "pull back your tenner just as she reaches to take it when paying for a round. It really turns us on". In a similar vein, one reader suggested "Old people – are you worried that people in a hurry might be able to get past you on the pavement? Why not try stumbling aimlessly from side to side? That should stop them". McDonald's McDonald's was accused of plagiarising a number of Viz Top Tips in an advertising campaign they ran in 1996. Some of the similarities are almost word-for-word: Save a fortune on laundry bills. Give your dirty shirts to Oxfam. They will wash and iron them, and then you can buy them back for 50p. – Viz Top Tip (published May 1989) Save a fortune on laundry bills. Give your dirty shirts to a second-hand shop. They will wash and iron them, and then you can buy them back for 50p. – McDonald's advert The case was later settled out of court for an undisclosed sum (donated to Comic Relief); but many Viz readers believed that the comic had given permission for their use, leading to Top Tips submissions such as: Geordie magazine editors. Continue paying your mortgage and buying expensive train sets ... by simply licensing the Top Tips concept to a multinational burger corporation. The magazine published them. At around the same time, the following Top Tip was also published: McDonald's advertising executives. Why not steal someone else's idea and then claim you overheard it in a bar, you fucking cunts. In addition, a burger bar McWonald's was used as a story setting and displayed a large W in the style of an inverted Golden Arches M. This establishment had spotty-faced teenage staff vomiting and smoking; a child customer informs his mother that he does not want to finish his burger as it "tastes of pigeon and has cigarette butts in it". In a further attack on the company, the map of Cuntinental Europe, given away free with Issue 118 and showing a large cartoon of stereotypes of the British and their neighbours over the relevant geographical areas, displayed the McDonald's logo on potentially insensitive locations, such as the Parthenon and the vicinity of the Leaning Tower of Pisa. Spoof advertisements and competitions Viz has had many different spoof adverts for various items, such as ornaments, dolls, sheds, china plates and novelty chess sets. These poke fun at the genuine adverts for such items in magazines found in the colour supplements of Sunday newspapers. Those found in Viz are absurd, such as a breakfast plate depicting Princess Diana's face in the middle of a fried egg, "No. 22 Shit Street" (which was a diorama of a dilapidated council house complete with rabid dog, youthful vandals and a "gently rusting" washing machine in the front yard), and "Little Ted West", a teddy bear dressed to look like serial killer Fred West. Viz has manufactured some of these items and sold them, including a china plate depicting "The Life of Christ...In Cats", featuring pictures of a cat in various stages of Jesus's life, and the "Elvis Presley Dambusters Clock Plate of Tutankhamun", a clock featuring Elvis in the style of Tutankhamun's death mask in addition to Avro Lancaster bomber planes. Many of these adverts had a form with a tick box at the end, with outrageous binding statements in small print that invariably led the purchaser to usury, such as "I enclose £49.50 in an infinite series of escalating payments". Another staple of Viz advertisement parody are the adverts for public and government services which one would normally not expect to find advertised; for example, one ad consisted of the words "Raped? Burgled? Run over? Why not call the police", placed next to a picture of a grinning policeman. Another ad exhorted male readers to join the British Army, because "all the birds are gagging for squaddies" (with the fine print on the reply coupon having a tick box where the interested recruit indicates that spending years ducking for cover in Belfast "should just about see [him] right" when it comes to the ladies). The 'PC Brigade' were also featured as if they were the fire brigade, stating they attended emergencies such as 'collapsed turbans' or freeing gypsies from railings while leaving British people stuck tight. They also carried the slogan 'Fueling middle England's persecution complex since 1958'. A long-running joke has been small adverts for bizarre sheds ("TV Sheds", "Shed Bikes", "Shed Snakes", etc.). Testament to the quality of these is invariably provided by a Mrs. B. of Essex. Adverts for loan companies have been parodied frequently since approximately 2000, usually with an absurd twist, such as ones aimed at vagrants, offering loans of between 5 and 10 pence for a cup of tea. Roger Mellie has frequently starred in such spoof advertisements, both in separate sections in Viz and also his own strip. Mellie is portrayed as someone who is willing to endorse any product whatsoever for money or gifts. Scatological humour also featured heavily in the ads; one ad featured "Clag-Gone", which consisted of a stationary bicycle with no seat. Instead, the rider simply placed his naked bottom onto the "Clag-Gone"'s wire brush wheel, which then cleaned away "winnits", "tag-nuts" and "dangleberries". Another ad featured a tourist package where eggs were served in great quantities; a happy tourist was
of documents in the light of newly collected data indicates an origin different from the vihuela de arco from Aragon. According to Pio, the viol (viola da gamba) had its origins and evolved independently in Venice. Pio asserts that it is implausible that the vihuela de arco (which possibly arrived in Rome and Naples after 1483–1487, since Johannes Tinctoris does not mention it prior to this time) underwent such a rapid evolution by Italian instrument makers – not Venetian (circumstances specifically excluded by Lorenzo da Pavia), nor Mantuan or Ferrarese (as evidenced by Isabella and Alfonso I d'Este's orders from luthiers from other cities) – so that a ten-year span brought the birth and diffusion in Italy of a new family of instruments (viole da gamba or viols). These comprised instruments of different sizes, some as large as the famous violoni as 'big as a man' mentioned by Prospero Bernardino in 1493. Pio also notes that both in the manuscript of the early 15th-century music theorist Antonius de Leno and in the treatises of the Venetian Silvestro Ganassi dal Fontego and , the fifth string of the viola da gamba is uniquely called a bordone (drone), although it is not actually a drone and is played the same as the other strings. Pio argues that this inconsistency is justifiable only assuming the invention, during the last part of the fifteenth century, of a larger instrument derived from the medieval violetta, to which were gradually added other strings to allow a greater extension to the low register that resulted from its increased size. The fifth string, already present in some specimens of these violette as a drone (bordone), was incorporated into the neck when they were expanded in size. This was then surpassed by a sixth string, named basso, which fixed the lower sound produced by the instrument. In Pio's view, the origin of the viola da gamba is tied to the evolution of the smaller medieval violetta or vielle, which was originally fitted with a fifth string drone, where the name remained unchanged even though it ceased to perform this function. Ian Woodfield, in his The Early History of the Viol, points to evidence that the viol does in fact start with the vihuela but that Italian makers of the instrument immediately began to apply their own highly developed instrument-making traditions to the early version of the instrument when it was introduced into Italy. Initially, the family of viole ("viols") shared common characteristics but differed in the way they were played. The increase in the dimensions of the "viola" determined the birth of the viol and the definitive change in the manner the instrument was held, as musicians found it easier to play it vertically. The first consort of viols formed by four players was documented at the end of the fifteenth century in the courts of Mantua and Ferrara, but was also present in popular Venetian music ambience, noted at the Scuola Grande di San Marco, 1499; Venetian culture remained independent of Spanish influence and consequently unfamiliar with the instruments of those lands, such as the bowed vihuela de arco. Groups of viol players, generally called violoni, were established in the Venetian Scuole Grandi around 1530–40, but the highly traditional environment of these institutions suggests that these groups would have already been active in the general urban context during the previous two decades (1510–1520). Some of these players were known to have traveled to distant lands, including Vienna, the Duchy of Bavaria or the Kingdom of England where they were welcomed at the court of the Tudors and subsequently influenced England's local instrument production. Construction Viols most commonly have six strings, although many 16th-century instruments had only four or five strings. Viols were (and are) strung with gut strings of lower tension than on the members of the violin family. Gut strings produce a sonority far different from steel, generally described as softer and sweeter. Around 1660, gut or silk core strings overspun with copper wire first became available; these were then used for the lowest-pitched bass strings on viols, and on many other string instruments as well. Viols are fretted in a manner similar to early guitars or lutes, by means of movable wrapped-around and tied-on gut frets. A low seventh string was supposedly added in France to the bass viol by Monsieur de Sainte-Colombe (c. 1640–1690), whose students included the French gamba virtuoso and composer Marin Marais. Also, the painting Saint Cecilia with an Angel (1618) by Domenichino (1581–1641) shows what may be a seven-string viol. Unlike members of the violin family, which are tuned in fifths, viols are usually tuned in fourths with a major third in the middle, mirroring the tuning employed on the vihuela de mano and lute during the 16th century and similar to that of the modern six-string guitar. Viols were first constructed much like the vihuela de mano, with all surfaces, top, back, and sides made from flat slabs or pieces of joined wood, bent or curved as required. However, some viols, both early and later, had carved tops, similar to those more commonly associated with instruments of the violin family. The ribs or sides of early viols were usually quite shallow, reflecting more the construction of their plucked vihuela counterparts. Rib depth increased during the course of the 16th century, finally coming to resemble the greater depth of the classic 17th-century pattern. The flat backs of most viols have a sharply angled break or canted bend in their surface close to where the neck meets the body. This serves to taper the back (and overall body depth) at its upper end to meet the back of the neck joint flush with its heel. Traditional construction uses animal glue, and internal joints are often reinforced with strips of either linen or vellum soaked in hot animal glue—a practice also employed in early plucked vihuela construction. The peg boxes of viols (which hold the tuning pegs) were typically decorated either with elaborate carved heads of animals or people or with the now-familiar spiral scroll finial. The earliest vihuelas and viols, both plucked and bowed, all had sharp cuts to their waists, similar to the profile of a modern violin. This is a key and new feature—first appearing in the mid-15th century—and from then on, it was employed on many different types of string instruments. This feature is also key in seeing and understanding the connection between the plucked and bowed versions of early vihuelas. If one were to go searching for very early viols with smooth-curved figure-eight bodies, like those found on the only slightly later plucked vihuelas and the modern guitar, they would be out of luck. By the mid-16th century, however, "guitar-shaped" viols were fairly common, and a few of them survive. The earliest viols had flat, glued-down bridges just like their plucked counterpart vihuelas. Soon after, however, viols adopted the wider and high-arched bridge that facilitated the bowing of single strings. The earliest of viols would also have had the ends of their fretboards flat on the deck, level with or resting upon the top or sound board. Once the end of their fretboards was elevated above the top of the instrument's face, the entire top could vibrate freely. Early viols did not have sound posts, either (again reflecting their plucked vihuela siblings). This reduced damping again meant that their tops could vibrate more freely, contributing to the characteristic "humming" sound of viols; yet the absence of a sound post also resulted in a quieter and softer voice overall. It is commonly believed that C-holes (a type and shape of pierced sound port visible on the top face or belly of string instruments) are a definitive feature of viols, a feature used to distinguish viols from instruments in the violin family, which typically had F-shaped holes. This generality, however, renders an incomplete picture. The earliest viols had either large, open, round, sound holes (or even round pierced rosettes like those found on lutes and vihuelas), or they had some kind of C-holes. Viols sometimes had as many as four small C-holes—one placed in each corner of the bouts—but more commonly, they had two. The two C-holes might be placed in the upper bouts, centrally, or in the lower bouts. In the formative years, C-holes were most often placed facing each other or turned inwards. In addition to round or C-holes, however, and as early as the first quarter of the 16th century, some viols adopted S-shaped holes, again facing inward. By the mid-16th century, S-holes morphed into the classic F-shaped holes, which were then used by viols and members of the violin family alike. By the mid- to late 16th century, the viol's C-holes facing direction was reversed, becoming outward-facing. That configuration then became a standard feature of what we today call the “classic” 17th-century pattern. Yet another style of sound holes found on some viols was a pair of flame-shaped Arabesques placed left and right. The lute- and vihuela-like round or oval ports or rosettes became a standard feature of German and Austrian viols and was retained to the very end. That feature was unique to viols and reminded one always of the viol's more ancient plucked vihuela roots, the "luteness" of viols. Historians, makers, and players generally distinguish between renaissance and baroque viols. The latter are more heavily constructed and are fitted with a bass bar and sound post, like modern stringed instruments. Viol bows The bow is held underhand (palm up), similar to a German double bass bow grip, but away from the frog towards the balance point. The stick's curvature is generally convex as were violin bows of the period, rather than concave like a modern violin bow. The "frog" (which holds the bowhair and adjusts its tension) is also different from that of modern bows: whereas a violin bow frog has a "slide" (often made of mother of pearl), which pinches the hair and holds it flat and stationary across the frog, viol bows have an open frog that allows more movement of the hair. This facilitates a traditional playing technique where the performer uses one or two fingers of the bow hand to press the hair away from the bow stick. This dynamically increases bow hair tension to control articulation and inflection. Different versions Gambas (as the name is often abbreviated) come in seven sizes: "pardessus de viole" (which is relatively rare, exclusively French and did not exist before the 18th century), treble (in French dessus), alto, tenor (in French taille), bass, and two sizes of contrabass (also known as a violone), the smaller one tuned an octave below the tenor (violone in G, sometimes called great bass or in French grande basse) and the larger one tuned an octave below the bass (violone in D, or the contrabass viol). This latter instrument is not to be confused with the double bass. Their tuning (see next section) alternates G and D instruments: pardessus in G, treble in D, tenor in G, bass in D (the seven-string bass was a French invention, with an added low A), small violone in G, large violone in D. The alto, between the treble and the tenor, does not fit in this scheme. The treble has a size similar to a viola but with a deeper body; the typical bass is about the size of a cello. The pardessus and the treble were held vertically in the lap. The English made smaller basses known as division viols, and the still-smaller Lyra viol. The viola bastarda was a similar type of viol used in Italy for a virtuosic style of viol repertoire and performance. German consort basses were larger than the French instruments designed for continuo. Those instruments were not all equally common. The typical Elizabethan consort of viols was composed of six instruments: two basses, two tenors and two trebles, or one bass, three tenors and two trebles (see Chest of viols). Thus the bass, tenor and treble were the central members of the family as far as music written specifically for viols is concerned. Besides consort playing the bass could also be used as a solo instrument (there were also smaller basses designed especially for a virtuosic solo role, see above division viol, lyra viol, viola bastarda). And the bass viol could also serve as a continuo bass. The pardessus was a French 18th-century instrument that was introduced to allow ladies to play mostly violin or flute music but eventually acquired its own repertoire. The alto was a relatively rare smaller version of the tenor. The violones were never part of the consort of viols but functioned as the contrabass of all kinds of instrumental combinations. Tuning The standard tuning of most viols is in fourths, with a major third in the middle (like the standard Renaissance lute tuning). The following table shows the tunings that have been adopted at least somewhat widely during the 20th and 21st-century revival of the viols. (Lyra viol tunings are not included.) Alternate tunings (called scordatura) were often employed, particularly in the solo lyra viol style of playing, which also made use of many techniques such as chords and pizzicato, not generally used in consort playing. An unusual style of pizzicato was known as a thump. Lyra viol music was also commonly written in tablature. There is a vast repertoire of this music, some by well-known composers and much by anonymous ones. Much viol music predates the adoption of equal temperament tuning by musicians. The movable nature of the tied-on frets permits the viol player to make adjustments to the tempering of the instrument, and some players and consorts adopt meantone temperaments, which are more suited to Renaissance music. Several fretting schemes involve frets that are spaced unevenly to produce better-sounding chords in a limited number of "keys". In some of these schemes, the two strands of gut that form the fret are separated so that the player can finger a slightly sharper or flatter version of a note (for example G versus A) to suit different circumstances. Treatises Descriptions and illustrations of viols are found in numerous early 16th-century musical treatises, including those authored by: Sebastian Virdung: Musica getutsch, 1511 Hans Judenkunig: Ain schone kunstliche Vunderwaisung, 1523 Martin Agricola: Musica instrumentalis deutsch, 1528 Hans Gerle: Musica Teusch (or Teutsch), 1532 Both Agricola's and Gerle's works were published in various editions. There were then several important treatises concerning or devoted to the viol. The first was by Silvestro Ganassi dal Fontego: Regola Rubertina & Lettione Seconda (1542/3). Diego Ortiz published Trattado de Glosas (Rome, 1553), an important book of music for the viol with both examples of ornamentation and pieces called Recercadas. In England, Christopher Simpson wrote the most important treatise, with the second edition being published in 1667 in parallel text (English and Latin). This has divisions at the back that are very worthwhile repertoire. A little later, in England, Thomas Mace wrote Musick's Monument, which deals more with the lute but has an important section on the viol. After this, the French treatises by Machy (1685), Rousseau (1687), Danoville (1687), and Etienne Loulie (1700) show further developments in playing technique. Popularity Viols were second in popularity only to the lute (although this is disputed), and like lutes, were very often played by amateurs. Affluent homes might have a so-called chest of viols, which would contain one or more instruments of each size. Gamba ensembles, called consorts, were common in the 16th and 17th centuries, when they performed vocal music (consort songs or verse anthems) as well as that written specifically for instruments. Only the treble, tenor, and bass sizes were regular members of the viol consort, which consisted of three, four, five, or six instruments. Music for consorts was very popular in England in Elizabethan times, with composers such as William Byrd and John Dowland, and, during the reign of King Charles I, John Jenkins, William Lawes and Tobias Hume. The last music for viol consorts before their modern revival was probably written in the early 1680s by Henry Purcell. Perhaps even more common than the pure consort of viols was the mixed or broken consort (also called Morley consort). Broken consorts combined a mixture of different instruments—a small band, essentially—usually comprising a gathering
name is often abbreviated) come in seven sizes: "pardessus de viole" (which is relatively rare, exclusively French and did not exist before the 18th century), treble (in French dessus), alto, tenor (in French taille), bass, and two sizes of contrabass (also known as a violone), the smaller one tuned an octave below the tenor (violone in G, sometimes called great bass or in French grande basse) and the larger one tuned an octave below the bass (violone in D, or the contrabass viol). This latter instrument is not to be confused with the double bass. Their tuning (see next section) alternates G and D instruments: pardessus in G, treble in D, tenor in G, bass in D (the seven-string bass was a French invention, with an added low A), small violone in G, large violone in D. The alto, between the treble and the tenor, does not fit in this scheme. The treble has a size similar to a viola but with a deeper body; the typical bass is about the size of a cello. The pardessus and the treble were held vertically in the lap. The English made smaller basses known as division viols, and the still-smaller Lyra viol. The viola bastarda was a similar type of viol used in Italy for a virtuosic style of viol repertoire and performance. German consort basses were larger than the French instruments designed for continuo. Those instruments were not all equally common. The typical Elizabethan consort of viols was composed of six instruments: two basses, two tenors and two trebles, or one bass, three tenors and two trebles (see Chest of viols). Thus the bass, tenor and treble were the central members of the family as far as music written specifically for viols is concerned. Besides consort playing the bass could also be used as a solo instrument (there were also smaller basses designed especially for a virtuosic solo role, see above division viol, lyra viol, viola bastarda). And the bass viol could also serve as a continuo bass. The pardessus was a French 18th-century instrument that was introduced to allow ladies to play mostly violin or flute music but eventually acquired its own repertoire. The alto was a relatively rare smaller version of the tenor. The violones were never part of the consort of viols but functioned as the contrabass of all kinds of instrumental combinations. Tuning The standard tuning of most viols is in fourths, with a major third in the middle (like the standard Renaissance lute tuning). The following table shows the tunings that have been adopted at least somewhat widely during the 20th and 21st-century revival of the viols. (Lyra viol tunings are not included.) Alternate tunings (called scordatura) were often employed, particularly in the solo lyra viol style of playing, which also made use of many techniques such as chords and pizzicato, not generally used in consort playing. An unusual style of pizzicato was known as a thump. Lyra viol music was also commonly written in tablature. There is a vast repertoire of this music, some by well-known composers and much by anonymous ones. Much viol music predates the adoption of equal temperament tuning by musicians. The movable nature of the tied-on frets permits the viol player to make adjustments to the tempering of the instrument, and some players and consorts adopt meantone temperaments, which are more suited to Renaissance music. Several fretting schemes involve frets that are spaced unevenly to produce better-sounding chords in a limited number of "keys". In some of these schemes, the two strands of gut that form the fret are separated so that the player can finger a slightly sharper or flatter version of a note (for example G versus A) to suit different circumstances. Treatises Descriptions and illustrations of viols are found in numerous early 16th-century musical treatises, including those authored by: Sebastian Virdung: Musica getutsch, 1511 Hans Judenkunig: Ain schone kunstliche Vunderwaisung, 1523 Martin Agricola: Musica instrumentalis deutsch, 1528 Hans Gerle: Musica Teusch (or Teutsch), 1532 Both Agricola's and Gerle's works were published in various editions. There were then several important treatises concerning or devoted to the viol. The first was by Silvestro Ganassi dal Fontego: Regola Rubertina & Lettione Seconda (1542/3). Diego Ortiz published Trattado de Glosas (Rome, 1553), an important book of music for the viol with both examples of ornamentation and pieces called Recercadas. In England, Christopher Simpson wrote the most important treatise, with the second edition being published in 1667 in parallel text (English and Latin). This has divisions at the back that are very worthwhile repertoire. A little later, in England, Thomas Mace wrote Musick's Monument, which deals more with the lute but has an important section on the viol. After this, the French treatises by Machy (1685), Rousseau (1687), Danoville (1687), and Etienne Loulie (1700) show further developments in playing technique. Popularity Viols were second in popularity only to the lute (although this is disputed), and like lutes, were very often played by amateurs. Affluent homes might have a so-called chest of viols, which would contain one or more instruments of each size. Gamba ensembles, called consorts, were common in the 16th and 17th centuries, when they performed vocal music (consort songs or verse anthems) as well as that written specifically for instruments. Only the treble, tenor, and bass sizes were regular members of the viol consort, which consisted of three, four, five, or six instruments. Music for consorts was very popular in England in Elizabethan times, with composers such as William Byrd and John Dowland, and, during the reign of King Charles I, John Jenkins, William Lawes and Tobias Hume. The last music for viol consorts before their modern revival was probably written in the early 1680s by Henry Purcell. Perhaps even more common than the pure consort of viols was the mixed or broken consort (also called Morley consort). Broken consorts combined a mixture of different instruments—a small band, essentially—usually comprising a gathering of social amateurs and typically including such instruments as a bass viol, a lute or orpharion (a wire-strung lute, metal-fretted, flat-backed, and festoon-shaped), a cittern, a treble viol (or violin, as time progressed), sometimes an early keyboard instrument (virginal, spinet, or harpsichord), and whatever other instruments or players (or singers) might be available at the moment. The single most common and ubiquitous pairing of all was always and everywhere the lute and bass viol: for centuries, the inseparable duo. The bass viola da gamba remained in use into the 18th century as a solo instrument (and to complement the harpsichord in basso continuo). It was a favorite instrument of Louis XIV and acquired associations of both courtliness and "Frenchness" (in contrast to the Italianate violin). Composers such as Marc-Antoine Charpentier, François Couperin, Marin Marais, Sainte Colombe, Johann Sebastian Bach, Johannes Schenck, DuBuisson, Antoine Forqueray, Charles Dollé and Carl Friedrich Abel wrote virtuoso music for it. Georg Philipp Telemann published his Twelve Fantasias for Viola da Gamba solo in 1735, when the instrument was already becoming out of fashion. However, viols fell out of use as concert halls grew larger and the louder and more penetrating tone of the violin family became more popular. In the 20th century, the viola da gamba and its repertoire were revived by early music enthusiasts, an early proponent being Arnold Dolmetsch. The treble viol in d and the even smaller pardessus de viole in g (often with only five strings) were also popular instruments in the 18th century, especially in France. Composers like Jean-Baptiste Barrière, Georg Phillipp Telemann and Marin Marais wrote solo- and ensemble pieces for treble or pardessus. It was also common to play music for violins or flutes or unspecified top parts on small viols. Historic viols survive in relatively great number, though very few remain in original condition. They can often be found in collections of historic musical instruments at museums and universities. Here are some of the extant historic viols at The Metropolitan Museum of Art: Division Viol by Barak Norman, London, 1692 Bass Viol, labeled Richard Meares, London, ca. 1680 Bass Viol by John Rose, ca. 1600, London English viol, unsigned, 17th century in spectacularly original condition Division Viol, School of Tielke, Hamburg, ca. 1720 Bass Viol by Matthias Humel, 18th century, Nuremberg Bass Viol, Germany, 18th century Bass Viol by Nicolas Bertrand, Paris, 1720 Modern era In the 20th and early 21st century, the viol is attracting ever more interest, particularly among amateur players and early music enthusiasts and societies, and in conservatories and music schools. This may be due to the increased availability of reasonably priced instruments from companies using more automated production techniques, coupled with the greater accessibility of early music editions and historic treatises. The viol is also regarded as a suitable instrument for adult learners; Percy Scholes wrote that the viol repertoire "belongs to an age that demanded musicianship more often than virtuosity." There are now many societies for people with an interest in the viol. The first was the Viola da Gamba Society (Great Britain), which was established in the United Kingdom in 1948 and has a worldwide membership. The Viola da Gamba Society of America followed in 1962, and with over 1000 members in North America and around the world remains the largest organization dedicated to the instrument. Since then, similar societies have been organized in several other nations. In the 1970s, the now-defunct Guitar and Lute Workshop in Honolulu, Hawaii generated resurgent interest in the viol and traditional luthierie methods within the western United States. A notable youth viol group is the Gateshead Viol Ensemble. It consists of young players between the ages of 7 and 18 and is quite well known in the northeast of England. It gives young people the opportunity to learn the viol and gives concerts in the North East and abroad. Ensembles like these show that the viol is making a comeback. A living museum of historical musical instruments was created at the University of Vienna as a center for the revival of the instrument. More than 100 instruments, including approximately 50 historical viola da gambas in playable condition, are the property of this new concept of a museum: the Orpheon Foundation Museum of Historical Instruments. All the instruments of this museum are played by the Orpheon Baroque Orchestra, the Orpheon consort, or by musicians who receive an instrument for a permanent loan. The instruments can be seen during temporary exhibitions. They are studied and copied by violin makers, contributing to the extension of the general knowledge we have on the viola da gamba, its forms, and the different techniques used for its manufacture. The 1991 feature film Tous les matins du monde (All the Mornings of the World) by Alain Corneau, based on the lives of Monsieur de Sainte-Colombe and Marin Marais, prominently featured these composers' music for the viola da gamba and brought viol music to new audiences. The film's bestselling soundtrack features performances by Jordi Savall, one of the best-known modern viola da gamba players. Among the foremost modern players of the viol are Alison Crum, Vittorio Ghielmi, Susanne Heinrich, Wieland Kuijken, Paolo Pandolfo, Andrea de Carlo, Hille Perl and Jonathan Dunford. Many fine modern viol consorts (ensembles) are also recording and performing, among them the groups Fretwork, the Rose Consort of Viols, Les Voix Humaines, and Phantasm. The Baltimore Consort specializes in Renaissance song (mostly English) with broken consort (including viols). New compositions A number of contemporary composers have written for viol, and a number of soloists and ensembles have commissioned new music for
for example, are readily available to be used for their camera and recording ability. Certain devices are capable of producing “see through” images of a person through materials that are opaque to visible light, such as clothing. These devices form images by using electromagnetic radiation outside the visible range. Infrared and terahertz-wave cameras are capable of creating images through clothing, though these images differ from what would be created with visible light. Criminology Non-consensual voyeurism is considered to be a form of sexual abuse. When the interest in a particular subject is obsessive, the behaviour may be described as stalking. The United States FBI assert that some individuals who engage in "nuisance" offences (such as voyeurism) may also have a propensity for violence based on behaviours of serious sex offenders. An FBI researcher has suggested that voyeurs are likely to demonstrate some characteristics that are common, but not universal, among serious sexual offenders who invest considerable time and effort in the capturing of a victim (or image of a victim); careful, methodical planning devoted to the selection and preparation of equipment; and often meticulous attention to detail. Little to no research has been done into the demographics of voyeurs. Legal status Voyeurism is not a crime at common law. In common law countries it is only a crime if made so by legislation. In Canada, for example, voyeurism was not a crime when the case Frey v. Fedoruk et al. arose in 1947. In that case, in 1950, the Supreme Court of Canada held that courts could not criminalise voyeurism by classifying it as a breach of the peace and that Parliament would have to specifically outlaw it. On November 1, 2005, this was done when section 162 was added to the Canadian Criminal Code, declaring voyeurism to be a sexual offence when it violates a reasonable expectation of privacy. In the case of R v Jarvis, the Supreme Court of Canada held that for the purposes of that law, the expectation of privacy is not all-or-nothing; rather there are degrees of privacy, and although secondary-school pupils in the school building cannot reasonably expect as much privacy as in the bedroom, nonetheless they can expect enough privacy so that photographing them without their consent for the purpose of sexual gratification is forbidden. In some countries voyeurism is considered to be a sex crime. In the United Kingdom, for example, non-consensual voyeurism became a criminal offence on May 1, 2004. In the English case of R v Turner (2006), the manager of a sports centre filmed four women taking showers. There was no indication that the footage had been shown to anyone else or distributed in any way. The defendant pleaded guilty. The Court of Appeal confirmed a sentence of nine months' imprisonment to reflect the seriousness of the abuse of trust and the traumatic effect on the victims. In another English case in 2009, R v Wilkins (2010), a man who filmed his intercourse with five of his lovers for his own private viewing was sentenced to eight months in prison and ordered to sign onto the Sex Offender Register for ten years. In 2013, 40-year-old Mark Lancaster was found guilty of voyeurism and jailed for 16 months, after he tricked an 18-year-old student into traveling to a rented flat in Milton Keynes, where he filmed her with four secret cameras dressing up as a schoolgirl and posing for photographs before he had sex with her. In a more recent English case in 2020, the Court of Appeal upheld the conviction of Tony Richards after Richards sought "to have two voyeurism charges under section 67 of the Sexual Offences Act dismissed on the grounds that he had committed no crime". Richards "secretly videoed himself having sex with two women who had consented to sex in return for money but had not agreed to being captured on camera". In an unusual step, the court allowed Emily Hunt, a person not involved in the case, to intervene on behalf of the Crown Prosecution Service (CPS). Hunt had an ongoing judicial review against the CPS since the CPS had argued that Hunt's alleged attacker had not violated the law when he "took a video lasting over one minute of her naked and unconscious" in a hotel room on the basis that there should be no expectation of privacy in the bedroom. However, in terms of what is considered a private act for the purposes of voyeurism, the CPS was arguing the opposite in the Richards appeal. The Court of Appeal clarified that consenting to sex in a private place does not amount to consent to be filmed without that person's knowledge. Anyone who films or photographs another person naked, without their permission, is breaking the law under sections 67 and 68 of the Sexual Offences Act. In the United States, video voyeurism is an offense in twelve states and may require the convicted person to register as a sex offender. The original case that led to the criminalisation of voyeurism has been made into a television movie called Video Voyeur and documents the criminalisation of secret photography. Criminal voyeurism statutes are related to invasion of privacy laws but are specific to unlawful surreptitious surveillance without consent and unlawful recordings including the broadcast, dissemination, publication, or selling of recordings involving places and times when a person has a reasonable expectation of privacy and a reasonable supposition they are not being photographed or filmed by "any mechanical, digital or electronic viewing device, camera or any other instrument capable of recording, storing or transmitting visual images that can be utilised to observe a person." Saudi Arabia banned the sale of camera phones nationwide in April 2004, but reversed the ban in December 2004. Some countries, such as South Korea and Japan, require all camera phones sold in their country to make a clearly audible sound whenever a picture is being taken. In 2013, the Indian Parliament made amendments to the Indian Penal Code, introducing voyeurism as a criminal offence. A man committing the offence of voyeurism would be liable for imprisonment not less than one year and which may extend up to three years for the first offence, and shall also be liable to fine and for any subsequent conviction would be liable for imprisonment for not less than three years and which may extend up to seven years and with fine. Voyeurism is generally deemed illegal in Singapore. It sentences technologically-enabled voyeurs to a maximum punishment of one year's jail and a fine under the context of insulting a woman's modesty. Recent cases in 2016 include the sentencing of church facility manager Kenneth Yeo Jia Chuan who filmed women in toilets by planting pinhole cameras in a handicapped toilet at the Church of Singapore at Bukit Timah, and in the unisex toilet of the church's office at Bukit Timah Shopping Centre. Secret photography by law enforcement authorities is called surveillance and is not considered to be voyeurism, though it may be unlawful or regulated in some countries. Popular culture Films Voyeurism is a main theme in films such as The Secret Cinema (1968), Peepers (2010), and Sliver (1993), based on a book of the same name by Ira Levin. Voyeurism is a common plot device in both: Serious films, e.g., Rear Window (1954), Klute (1971), Blue Velvet (1986), and Disturbia (2007) and Humorous films, e.g., Animal
common in men than in women. However, research has found that men and women both report roughly the same likelihood that they would hypothetically engage in voyeurism. There appears to be a greater gender difference when actually presented with the opportunity to perform voyeurism. There is very little research done on voyeurism in women, so very little is known on the subject. One of the few studies deals with a case study of a woman who also had schizoid personality disorder, which limits the degree to which it can generalize to normal populations. Current perspectives Lovemap theory suggests that voyeurism exists because looking at naked others shifts from an ancillary sexual behaviour, to a primary sexual act. This results in a displacement of sexual desire making the act of watching someone the primary means of sexual satisfaction. Voyeurism has also been linked with obsessive–compulsive disorder (OCD). When treated by the same approach as OCD, voyeuristic behaviours significantly decrease. Treatment Professional treatment Historically voyeurism has been treated in a variety of ways. Psychoanalytic, group psychotherapy and shock aversion approaches have all been attempted with limited success. There is some evidence that shows that pornography can be used as a form of treatment for voyeurism. This is based on the idea that countries with pornography censorship have high amounts of voyeurism. Additionally shifting voyeurs from voyeuristic behaviour, to looking at graphic pornography, to looking at the nudes in Playboy has been successfully used as a treatment. These studies show that pornography can be used as a means of satisfying voyeuristic desires without breaking the law. Voyeurism has also been successfully treated with a mix of anti-psychotics and antidepressants. However the patient in this case study had a multitude of other mental health problems. Intense pharmaceutical treatment may not be required for most voyeurs. There has also been success in treating voyeurism through using treatment methods for obsessive compulsive disorder. There have been multiple instances of successful treatment of voyeurism through putting patients on fluoxetine and treating their voyeuristic behaviour as a compulsion. Techniques The increased miniaturisation of hidden cameras and recording devices since the 1950s has enabled those so minded to surreptitiously photograph or record others without their knowledge and consent. The vast majority of mobile phones, for example, are readily available to be used for their camera and recording ability. Certain devices are capable of producing “see through” images of a person through materials that are opaque to visible light, such as clothing. These devices form images by using electromagnetic radiation outside the visible range. Infrared and terahertz-wave cameras are capable of creating images through clothing, though these images differ from what would be created with visible light. Criminology Non-consensual voyeurism is considered to be a form of sexual abuse. When the interest in a particular subject is obsessive, the behaviour may be described as stalking. The United States FBI assert that some individuals who engage in "nuisance" offences (such as voyeurism) may also have a propensity for violence based on behaviours of serious sex offenders. An FBI researcher has suggested that voyeurs are likely to demonstrate some characteristics that are common, but not universal, among serious sexual offenders who invest considerable time and effort in the capturing of a victim (or image of a victim); careful, methodical planning devoted to the selection and preparation of equipment; and often meticulous attention to detail. Little to no research has been done into the demographics of voyeurs. Legal status Voyeurism is not a crime at common law. In common law countries it is only a crime if made so by legislation. In Canada, for example, voyeurism was not a crime when the case Frey v. Fedoruk et al. arose in 1947. In that case, in 1950, the Supreme Court of Canada held that courts could not criminalise voyeurism by classifying it as a breach of the peace and that Parliament would have to specifically outlaw it. On November 1, 2005, this was done when section 162 was added to the Canadian Criminal Code, declaring voyeurism to be a sexual offence when it violates a reasonable expectation of privacy. In the case of R v Jarvis, the Supreme Court of Canada held that for the purposes of that law, the expectation of privacy is not all-or-nothing; rather there are degrees of privacy, and although secondary-school pupils in the school building cannot reasonably expect as much privacy as in the bedroom, nonetheless they can expect enough privacy so that photographing them without their consent for the purpose of sexual gratification is forbidden. In some countries voyeurism is considered to be a sex crime. In the United Kingdom, for example, non-consensual voyeurism became a criminal offence on May 1, 2004. In the English case of R v Turner (2006), the manager of a sports centre filmed four women taking showers. There was no indication that the footage had been shown to anyone else or distributed in any way. The defendant pleaded guilty. The Court of Appeal confirmed a sentence of nine months' imprisonment to reflect the seriousness of the abuse of trust and the traumatic effect on the victims. In another English case in 2009, R v Wilkins (2010), a man who filmed his intercourse with five of his lovers for his own private viewing was sentenced to eight months in prison and ordered to sign onto the Sex Offender Register for ten years. In 2013, 40-year-old Mark Lancaster was found guilty of voyeurism and jailed for 16 months, after he tricked an 18-year-old student into traveling to a rented flat in Milton Keynes, where he filmed her with four secret cameras dressing up as a schoolgirl and posing for photographs before he had sex with her. In a more recent English case in 2020, the Court of Appeal upheld the conviction of Tony Richards after Richards sought "to have two voyeurism charges under section 67 of the Sexual Offences Act dismissed on the grounds that he had committed no crime". Richards "secretly videoed himself having sex with two women who had consented to sex in return for money but had not agreed to being captured on camera". In an unusual step, the court allowed Emily Hunt, a person not involved in the case, to intervene on behalf of the Crown Prosecution Service (CPS). Hunt had an ongoing judicial review against the CPS since the CPS had argued that Hunt's alleged attacker had not violated the law when he "took a video lasting over one minute of her naked and unconscious" in a hotel room on the basis that there should be no expectation of privacy in the bedroom. However, in terms of what is considered a private act for the purposes of voyeurism, the CPS was arguing the opposite in the Richards appeal. The Court of Appeal clarified that consenting to sex in a private place does not amount to consent to be filmed without that person's knowledge. Anyone who films or photographs another person naked, without their permission, is breaking the law under sections 67 and 68 of the Sexual Offences Act.
Volatile Organic Compounds Protocol or the VOC Protocol) is a protocol to the Convention on Long-Range Transboundary Air Pollution which aims to provide for the control and reduction of emissions of volatile organic compounds in order to reduce their transboundary fluxes so as to protect human health and the environment from adverse effects. The protocol was concluded at Geneva, Switzerland. Opened for signature - November 18, 1991 Entered into force - September 29, 1997 Parties - (24) Austria, Belgium, Bulgaria, Croatia, Czech Republic, Denmark, Estonia, Finland, France, Germany, Hungary, Italy, Liechtenstein, Lithuania, Luxembourg, Republic of Macedonia, Monaco, Netherlands, Norway, Slovakia, Spain, Sweden, Switzerland, United Kingdom Countries that
human health and the environment from adverse effects. The protocol was concluded at Geneva, Switzerland. Opened for signature - November 18, 1991 Entered into force - September 29, 1997 Parties - (24) Austria, Belgium, Bulgaria, Croatia, Czech Republic, Denmark, Estonia, Finland, France, Germany, Hungary, Italy, Liechtenstein, Lithuania, Luxembourg, Republic of Macedonia, Monaco, Netherlands, Norway, Slovakia, Spain, Sweden, Switzerland, United Kingdom Countries that have signed, but not yet ratified - (6) Canada, European Union, Greece, Portugal, Ukraine, United States See also environmental agreements References External links Ratification status Environmental treaties Treaties concluded in 1991 1991 in Switzerland Treaties entered into force in 1997 Air pollution 1997 in the environment Convention on Long-Range Transboundary Air Pollution Volatile organic compound abatement United Nations Economic Commission for Europe treaties Treaties of Austria Treaties of Belgium Treaties of Bulgaria Treaties of Croatia Treaties of
University and the California Air Resources Board. About 482,000 vehicles are under the recall order, a potential $18 billion ($37,500 per violation) in fines are pending, and news accounts speculate a criminal indictment for the deception is certain. The VW Group CEO, Martin Winterkorn, said he was "deeply sorry" and ordered an external investigation. The software code was only revealed when the EPA refused to certify VW's 2016 models for sale in the US unless the corporation provided full disclosure. On Sunday, 20 September 2015, VW Group announced it was halting the sale of its four-cylinder diesel models in the US. The US EPA press release on its Notice of Violation, and the California Air Resources Board letter dated 18 September 2015 contain significant chronological detail of the agencies interaction with VW on the issue. On 22 September 2015, VW AG admitted that 11 million cars worldwide had been fitted with software intended to deceive emissions testing. The company issued a profit warning, saying it had set aside $7 billion to fix the fraud. On 23 September 2015, Martin Winterkorn announced his resignation from the CEO position after a crisis meeting of the company board. On 25 September 2015 Matthias Müller was named CEO. Müller was the head of the Porsche marque within the VW corporate umbrella. On 21 April 2017, a U.S. federal judge ordered Volkswagen "to pay a $2.8 billion criminal fine for rigging diesel-powered vehicles to cheat on government emissions tests". The "unprecedented" plea deal formalized a punishment that Volkswagen AG agreed to earlier in 2017. In addition, the plea deal includes a $1.5 billion settlement for various environmental, customs and financial violations. Overall, Volkswagen will pay more than $30 billion in penalties and lawsuit settlements related to the scandal. Electrification strategy 2025 In 2016, Volkswagen Group announced a corporate "Strategy 2025" that focuses on electrification of its portfolio. The VW Group developed the Volkswagen Group MEB platform chassis that will be utilized in a range of various cars and light utility vehicles across several VW Group marques due to its flexibility and floor-mounted battery. As of May 2018, the VW Group has committed $48 billion in car battery supplies and plans to outfit 16 factories to build electric cars by the end of 2022. According to VW Group CEO Dr. Herbert Diess, the company will offer 25 electric models and 20 plug-in hybrids by 2020. Production in Xinjiang Volkswagen Group came under pressure for cooperating with the Chinese government in the region of Xinjiang. In that same region, the Chinese government has been accused of having committed human rights abuses against the Uighur minority group, which included mass surveillance, incarceration, and forced labor. After these accusations emerged, Volkswagen responded, "We do not assume any of our employees are forced laborers." According to the Süddeutsche Zeitung, Volkswagen was operating a plant in Xinjiang at a loss in order to curry favor with the Chinese government to set up more lucrative plants in other parts of China. Other companies cut ties with China in the region after evidence emerged of human rights abuses. However, Volkswagen was still operating a plant in the region as of 2020. New Auto In 2021, Volkswagen Group released their New Auto strategy. The strategy was based on transitioning to electric cars, and building a shared platform, battery systems, software and mobility solutions to use across all their brands. This involves creating the Scalable Systems Platform, as well as developing software under a new subsidiary called CARIAD. Volkswagen Group aims by 2024 to transition to selling mostly electric cars. It aims to have six battery factories in Europe by 2030. Finances For the fiscal year 2018, Volkswagen reported earnings of €13.920 billion, with an annual revenue of €235.849 billion, an increase of 2.2% over the previous fiscal cycle. Volkswagen's shares traded at over €148 per share, and its market capitalization was valued at US$73.8 billion in November 2018. Operations Rooted in Europe, the Volkswagen Group operates in 153 countries. Volkswagen Passenger Cars is the Group's original marque, and the other major subsidiaries include passenger car marques such as Audi, Bentley, Bugatti, Lamborghini, Porsche, SEAT, and Škoda. Volkswagen AG also has operations in commercial vehicles, owning Volkswagen Commercial Vehicles, along with controlling stakes in truck, bus and diesel engine manufacturers Scania AB and MAN SE. Subsidiaries and brands The Volkswagen Group comprises the following vehicle manufacturers and their corresponding brands: Audi AG: 100% ownership — The current company was formed through the acquisitions of Auto Union from Daimler-Benz on 30 December 1964, and NSU Motorenwerke on 9 March 1969 - Audi being the sole surviving marque from the Auto Union combine. Audi Sport GmbH — Audi's performance engineering and manufacturing subsidiary. Automobili Lamborghini S.p.A.: 100% ownership — acquired by AUDI AG in September 1998. Ducati Motor Holding S.p.A.: 100% ownership — bought on 19 July 2012. Bentley Motors Ltd: 100% ownership. Volkswagen purchased Rolls-Royce & Bentley from Vickers on 28 July 1998, however the purchase did not include the license to use the Rolls-Royce trademark on automobiles, which is controlled by Rolls-Royce Plc. BMW outmaneuvered Volkswagen, succeeding in obtaining the rights to use the Rolls-Royce trademark on automobiles. From July 1998 until December 2002, BMW continued to supply engines for the Rolls-Royce Silver Seraph and the Bentley division sold cars under both the Bentley and Rolls-Royce marques, under an agreement with BMW. In January 2022, Bentley Ltd. integrated into the Audi group. Dr. Ing. h.c. F. Porsche AG: 100% ownership — Volkswagen AG purchased 49.9% of the shares in Porsche Zwischenholding GmbH (the holding company of Porsche AG) in December 2009. Volkswagen AG purchased the remaining stake in Porsche AG equaling 100% of the shares in Porsche Zwischenholding GmbH, effectively becoming its parent company as of 1 August 2012. Jetta: Joint venture with First Automotive Works created in 2019. SEAT, S.A.: 100% ownership — initially in 1982 a co-operation agreement with AUDI AG; 51% and 75% ownership in 1986, and full ownership in 1990. SEAT was the first non-German subsidiary of the Volkswagen Group. Cupra: 100% ownership by SEAT. In 2018, SEAT's motorsport division SEAT Sport was renamed Cupra Racing and at the same time, Cupra was launched as an independent brand alongside SEAT. Škoda Auto a.s.: 100% ownership — initially in 1991 a co-operation agreement and 30% ownership; 60.3% and 70% ownership in 1994 and 1995 respectively, 100% ownership since 2000 TRATON SE: 89.7% ownership — Formerly Volkswagen Truck and Bus, TRATON is the holding company for Volkswagen Group's heavy commercial vehicle operations. MAN Truck & Bus SE: 100% ownership — Transferred to TRATON SE after it merged with MAN SE in August 2021. Navistar International Corporation: 100% ownership — produces heavy trucks under the International brand. Wholly owned by TRATON SE since July 2021. Volkswagen Truck and Bus (now TRATON) took an initial 16.6% stake in Navistar in February 2017. IC Bus: 100% ownership - the North American bus brand of Navistar. Scania AB: 100% ownership — wholly owned by TRATON SE since 15 January 2015. Volkswagen acquired a controlling stake in July 2008, making Scania the 9th marque of the Volkswagen Group. Volkswagen Caminhões e Ônibus: 100% ownership — Volkswagen's Brazilian heavy truck and bus division. Sold by Volkswagen Group to MAN SE in December 2008 and from that point was also known as MAN Latin America. In November 2011, Volkswagen acquired a majority of the shares in MAN SE, bringing Volkswagen Caminhões e Ônibus back into the group. Transferred to TRATON SE after it merged with MAN SE in August 2021. Volkswagen Commercial Vehicles (): 100% ownership — Volkswagen's light commercial vehicle division started operations as an independent entity in 1995. Volkswagen Passenger Cars: 100% ownership — the founding and flagship marque of the company. The Group also owns five defunct marques which are managed through the companies Auto Union GmbH and NSU GmbH, both of which are 100% owned by AUDI AG: Auto Union — the Auto Union company, together with NSU Motorenwerke AG (NSU), were merged into "Audi NSU Auto-Union
(Porsche Type 82) and the related amphibious Schwimmwagen (Type 166), both of which were derived from the Volkswagen. Only a small number of Type 60 Volkswagens were made during this time. The Fallersleben plant also manufactured the V-1 flying bomb, making the plant a major bombing target for the Allied forces. 1945 to 1970 After the war in Europe, in June 1945, Major Ivan Hirst of the British Army Royal Electrical and Mechanical Engineers (REME) took control of the bomb-shattered factory for use in repairing British Army vehicles, pending the expected disposal of the plant tooling and equipment as war reparations. However, no British car manufacturer was interested. A British report on the car said that "the vehicle does not meet the fundamental technical requirement of a motor-car … it is quite unattractive to the average buyer … To build the car commercially would be a completely uneconomic enterprise." In 1948, the Ford Motor Company of USA was offered Volkswagen, but Ernest Breech, a Ford executive vice president said he did not think either the plant or the car was "worth a damn." Breech later said that he would have considered merging Ford of Germany and Volkswagen, but after the war, ownership of the company was in such dispute that nobody could possibly hope to be able to take it over. As part of the Industrial plans for Germany, large parts of German industry, including Volkswagen, were to be dismantled. Total German car production was set at a maximum of 10% of the 1936 car production numbers. The company survived by producing cars for the British Army, and in 1948 the British Government handed the company back over to the German state, and it was managed by former Opel chief Heinrich Nordhoff. Production of the Type 60 Volkswagen (re-designated Type 1) started slowly after the war due to the need to rebuild the plant and because of the lack of raw materials, but production grew rapidly in the 1950s and 1960s. The company began introducing new models based on the Type 1, all with the same basic air-cooled, rear-engine, rear-drive platform. These included the Volkswagen Type 2 in 1950, the Volkswagen Karmann Ghia in 1955, the Volkswagen Type 3 in 1961, the Volkswagen Type 4 in 1968, and the Volkswagen Type 181 in 1969. In 1960, upon the flotation of part of the German federal government's stake in the company on the German stock market, its name became Volkswagenwerk Aktiengesellschaft (usually abbreviated to Volkswagenwerk AG). On 1 January 1965, Volkswagenwerk acquired Auto Union GmbH from its parent company Daimler-Benz. The new subsidiary went on to produce the first post-war Audi models, the Audi F103 series, shortly afterwards. Another German manufacturer, NSU Motorenwerke AG, was merged into Auto Union on 26 August 1969, creating a new company, Audi NSU Auto Union AG (later renamed AUDI AG in 1985). 1970 to 1999 From the late 1970s to 1992, the acronym V.A.G. was used by Volkswagen AG as a brand for group-wide activities, such as distribution and leasing. Contrary to popular belief, "V.A.G." had no official meaning, and was never the formal name of the Volkswagen Group. On 30 September 1982, Volkswagenwerk made its first step expanding outside Germany by signing a co-operation agreement with the Spanish car manufacturer SEAT, S.A. To reflect the company's increasing global diversification from its headquarters and main plant (the Volkswagenwerk in Wolfsburg), on 4 July 1985, the company name was changed again—to Volkswagen Aktiengesellschaft (Volkswagen AG). On 18 June 1986, Volkswagen AG acquired a 51% controlling stake in SEAT, making it the first non-German subsidiary of the Volkswagen Group. On 23 December the same year, it became the Spanish company's major shareholder by increasing its share up to 75%. In 1990—after purchasing its entire equity—Volkswagen AG took over the full ownership of SEAT, making the company a wholly owned subsidiary, and on 28 March 1991, another step to the expansion of the group's activities was made through the signing of a joint-venture partnership agreement with Škoda automobilová a.s. of Czechoslovakia, accompanied with the acquisition of a 30% stake in the Czech car manufacturer on 16 April 1991. On 19 December 1994, the group began the acquisition of Škoda Auto by raising its share to 60.3%. Later, on 11 December 1995, it became the Czech company's largest and controlling shareholder by increasing its share up to 70%. Three prestige automotive marques were added to the Volkswagen portfolio in 1998: Bentley, Lamborghini, and Bugatti. 2000 to present On 30 May 2000, after having gradually raised its equity share, Volkswagen AG took over the full ownership of Škoda Auto, making the company a wholly owned subsidiary. From 2002 up to 2007, the Volkswagen Group's automotive division was restructured so that two major Brand Groups with different profile would be formed, the Audi Brand Group focused on more sporty values – consisted of Audi, SEAT and Lamborghini – and the Volkswagen Brand Group on the field of classic values – consisted of Volkswagen, Skoda, Bentley and Bugatti – with each Brand Group's product vehicles and performance being respectively under the higher responsibility of Audi and Volkswagen brands. Volkswagen Group revealed on 24 October 2009 that it had made an offer to acquire long-time partner and German niche automotive manufacturer Wilhelm Karmann GmbH out of bankruptcy protection. In November 2009, the supervisory board of Volkswagen AG approved the acquisition of assets of Karmann, and planned to restart vehicle production at their Osnabrück plant in 2012. In December 2009, Volkswagen AG bought a 49.9% stake in Dr. Ing. h.c. F. Porsche AG (more commonly known as Porsche AG) in a first step towards an 'integrated automotive group' with Porsche. The merger of Volkswagen AG and Porsche SE was scheduled to take place during the course of 2011. On 8 September 2011, it was announced that the planned merger "cannot be implemented within the time frame provided for in the Comprehensive Agreement". As reasons, unquantifiable legal risks, including a criminal probe into the holding's former management team were given. Both parties "remain committed to the goal of creating an integrated automotive group with Porsche and are convinced that this will take place". On 4 July 2012 Volkswagen group announced they would wrap up the remaining half of Porsche shares for 4.46 billion euros (US$5.58 billion) on 1 August 2012 to avoid taxes of as much as 1.5 billion euros, which would have to be paid if the wrap up happened after 31 July 2014. Volkswagen AG purchased the remaining stake in Porsche AG equaling 100% of the shares in Porsche Zwischenholding GmbH, effectively becoming its parent company as of 1 August 2012. Volkswagen AG completed the purchase of 19.9% of Suzuki Motor Corporation's issued shares on 15 January 2010. Suzuki invested part of the amount received from Volkswagen into 1.49% percent of Volkswagen. In 2011, Suzuki filed a lawsuit at an arbitration court in London requesting that Volkswagen return the 19.9% stake. On 25 May 2010, it was announced that Volkswagen Group, through it subsidiary Lamborghini Holding S.p.A., had acquired a 90.1% stake in the Italian automotive design house Italdesign Giugiaro. In less than three months, the transaction had been completed making the Italian firm a member of the Volkswagen Group. Since 2013 the Volkswagen Group has held a 89.7% stake in Traton. In 2015 research showed a security flaw in the keyless ignition of Volkswagen and other carmakers' vehicles. Volkswagen spent two years trying to keep the research from the public domain. On 3 August 2015, Nokia announced that it had reached a deal to sell its Here digital maps division to a consortium of three German automakers—BMW, Daimler AG, and Volkswagen Group, for €2.8 billion. This was seen as an indication that the automakers were interested in automated cars. Volkswagen held a 19.9% non-controlling shareholding in Suzuki between 2009 and 2015. An international arbitration court ordered Volkswagen to sell the stake back to Suzuki. On 17 September 2015, Suzuki paid $3.8bn to complete the stock buy-back just hours prior to a major scandal about emissions violations engulfing Volkswagen. Suzuki had wished to buy Fiat diesel engines. Emissions scandal, 2015 On 18 September 2015, the US EPA announced that Volkswagen had installed a "defeat device" software code in the diesel models sold in the US from 2009 to 2015. The code was intended to detect when an emissions test was being conducted, and altered emissions controls for better compliance. Off the test stand, the controls were relaxed, and emissions jumped 35 to 40 times regulatory levels according to investigators at West Virginia University and the California Air Resources Board. About 482,000 vehicles are under the recall order, a potential $18 billion ($37,500 per violation) in fines are pending, and news accounts speculate a criminal indictment for the deception is certain. The VW Group CEO, Martin Winterkorn, said he was "deeply sorry" and ordered an external investigation. The software code was only revealed when the EPA refused to certify VW's 2016 models for sale in the US unless the corporation provided full disclosure. On Sunday, 20 September 2015, VW Group announced it was halting the sale of its four-cylinder diesel models in the US. The US EPA press release on its Notice of Violation, and the California Air Resources Board letter dated 18 September 2015 contain significant chronological detail of the agencies interaction with VW on the issue. On 22 September 2015, VW AG admitted that 11 million cars worldwide had been fitted with software intended to deceive emissions testing. The company issued a profit warning, saying it had set aside $7 billion to fix the fraud. On 23 September 2015, Martin Winterkorn announced his resignation from the CEO position after a crisis meeting of the company board. On 25 September 2015 Matthias Müller was named CEO. Müller was the head of the Porsche marque within the VW corporate umbrella. On 21 April 2017, a U.S. federal judge ordered Volkswagen "to pay a $2.8 billion criminal fine for rigging diesel-powered vehicles to cheat on government emissions tests". The "unprecedented" plea deal formalized a punishment that Volkswagen AG agreed to earlier in 2017. In addition, the plea deal includes a $1.5 billion settlement for various environmental, customs and financial violations. Overall, Volkswagen will pay more than $30 billion in penalties and lawsuit settlements related to the scandal. Electrification strategy 2025 In 2016, Volkswagen Group announced a corporate "Strategy 2025" that focuses on electrification of its portfolio. The VW Group developed the Volkswagen Group MEB platform chassis that will be utilized in a range of various cars and light utility vehicles across several VW Group marques due to its flexibility and floor-mounted battery. As of May 2018, the VW Group has committed $48 billion in car battery supplies and plans to outfit 16 factories to build electric cars by the end of 2022. According to VW Group CEO Dr. Herbert Diess, the company will offer 25 electric models and 20 plug-in hybrids by 2020. Production in Xinjiang Volkswagen Group came under pressure for cooperating with the Chinese government in the region of Xinjiang. In that same region, the Chinese government has been accused of having committed human rights abuses against the Uighur minority group, which included mass surveillance, incarceration, and forced labor. After these accusations emerged, Volkswagen responded, "We do not assume any of our employees are forced laborers." According to the Süddeutsche Zeitung, Volkswagen was operating a plant in Xinjiang at a loss in order to curry favor with the Chinese government to set up more lucrative
for the 1990 Persian Gulf campaign, the whole cell pertussis vaccine was used as an adjuvant for anthrax vaccine. This produces a more rapid immune response than giving only the anthrax vaccine, which is of some benefit if exposure might be imminent. Preservatives Vaccines may also contain preservatives to prevent contamination with bacteria or fungi. Until recent years, the preservative thiomersal ( Thimerosal in the US and Japan) was used in many vaccines that did not contain live viruses. As of 2005, the only childhood vaccine in the U.S. that contains thiomersal in greater than trace amounts is the influenza vaccine, which is currently recommended only for children with certain risk factors. Single-dose influenza vaccines supplied in the UK do not list thiomersal in the ingredients. Preservatives may be used at various stages of the production of vaccines, and the most sophisticated methods of measurement might detect traces of them in the finished product, as they may in the environment and population as a whole. Many vaccines need preservatives to prevent serious adverse effects such as Staphylococcus infection, which in one 1928 incident killed 12 of 21 children inoculated with a diphtheria vaccine that lacked a preservative. Several preservatives are available, including thiomersal, phenoxyethanol, and formaldehyde. Thiomersal is more effective against bacteria, has a better shelf-life, and improves vaccine stability, potency, and safety; but, in the U.S., the European Union, and a few other affluent countries, it is no longer used as a preservative in childhood vaccines, as a precautionary measure due to its mercury content. Although controversial claims have been made that thiomersal contributes to autism, no convincing scientific evidence supports these claims. Furthermore, a 10–11-year study of 657,461 children found that the MMR vaccine does not cause autism and actually reduced the risk of autism by seven percent. Excipients Beside the active vaccine itself, the following excipients and residual manufacturing compounds are present or may be present in vaccine preparations: Aluminum salts or gels are added as adjuvants. Adjuvants are added to promote an earlier, more potent response, and more persistent immune response to the vaccine; they allow for a lower vaccine dosage. Antibiotics are added to some vaccines to prevent the growth of bacteria during production and storage of the vaccine. Egg protein is present in the influenza vaccine and yellow fever vaccine as they are prepared using chicken eggs. Other proteins may be present. Formaldehyde is used to inactivate bacterial products for toxoid vaccines. Formaldehyde is also used to inactivate unwanted viruses and kill bacteria that might contaminate the vaccine during production. Monosodium glutamate (MSG) and 2-phenoxyethanol are used as stabilizers in a few vaccines to help the vaccine remain unchanged when the vaccine is exposed to heat, light, acidity, or humidity. Thiomersal is a mercury-containing antimicrobial that is added to vials of vaccines that contain more than one dose to prevent contamination and growth of potentially harmful bacteria. Due to the controversy surrounding thiomersal, it has been removed from most vaccines except multi-use influenza, where it was reduced to levels so that a single dose contained less than a microgram of mercury, a level similar to eating ten grams of canned tuna. Nomenclature Various fairly standardized abbreviations for vaccine names have developed, although the standardization is by no means centralized or global. For example, the vaccine names used in the United States have well-established abbreviations that are also widely known and used elsewhere. An extensive list of them provided in a sortable table and freely accessible is available at a US Centers for Disease Control and Prevention web page. The page explains that "The abbreviations [in] this table (Column 3) were standardized jointly by staff of the Centers for Disease Control and Prevention, ACIP Work Groups, the editor of the Morbidity and Mortality Weekly Report (MMWR), the editor of Epidemiology and Prevention of Vaccine-Preventable Diseases (the Pink Book), ACIP members, and liaison organizations to the ACIP." Some examples are "DTaP" for diphtheria and tetanus toxoids and acellular pertussis vaccine, "DT" for diphtheria and tetanus toxoids, and "Td" for tetanus and diphtheria toxoids. At its page on tetanus vaccination, the CDC further explains that "Upper-case letters in these abbreviations denote full-strength doses of diphtheria (D) and tetanus (T) toxoids and pertussis (P) vaccine. Lower-case "d" and "p" denote reduced doses of diphtheria and pertussis used in the adolescent/adult-formulations. The 'a' in DTaP and Tdap stands for 'acellular', meaning that the pertussis component contains only a part of the pertussis organism." Another list of established vaccine abbreviations is at the CDC's page called "Vaccine Acronyms and Abbreviations", with abbreviations used on U.S. immunization records. The United States Adopted Name system has some conventions for the word order of vaccine names, placing head nouns first and adjectives postpositively. This is why the USAN for "OPV" is "poliovirus vaccine live oral" rather than "oral poliovirus vaccine". Licensing A vaccine licensure occurs after the successful conclusion of the development cycle and further the clinical trials and other programs involved through PhasesI–III demonstrating safety, immunoactivity, immunogenetic safety at a given specific dose, proven effectiveness in preventing infection for target populations, and enduring preventive effect (time endurance or need for revaccination must be estimated). Because preventive vaccines are predominantly evaluated in healthy population cohorts and distributed among the general population, a high standard of safety is required. As part of a multinational licensing of a vaccine, the World Health Organization Expert Committee on Biological Standardization developed guidelines of international standards for manufacturing and quality control of vaccines, a process intended as a platform for national regulatory agencies to apply for their own licensing process. Vaccine manufacturers do not receive licensing until a complete clinical cycle of development and trials proves the vaccine is safe and has long-term effectiveness, following scientific review by a multinational or national regulatory organization, such as the European Medicines Agency (EMA) or the US Food and Drug Administration (FDA). Upon developing countries adopting WHO guidelines for vaccine development and licensure, each country has its own responsibility to issue a national licensure, and to manage, deploy, and monitor the vaccine throughout its use in each nation. Building trust and acceptance of a licensed vaccine among the public is a task of communication by governments and healthcare personnel to ensure a vaccination campaign proceeds smoothly, saves lives, and enables economic recovery. When a vaccine is licensed, it will initially be in limited supply due to variable manufacturing, distribution, and logistical factors, requiring an allocation plan for the limited supply and which population segments should be prioritized to first receive the vaccine. World Health Organization Vaccines developed for multinational distribution via the United Nations Children's Fund (UNICEF) require pre-qualification by the WHO to ensure international standards of quality, safety, immunogenicity, and efficacy for adoption by numerous countries. The process requires manufacturing consistency at WHO-contracted laboratories following Good Manufacturing Practice (GMP). When UN agencies are involved in vaccine licensure, individual nations collaborate by 1) issuing marketing authorization and a national license for the vaccine, its manufacturers, and distribution partners; and 2) conducting postmarketing surveillance, including records for adverse events after the vaccination program. The WHO works with national agencies to monitor inspections of manufacturing facilities and distributors for compliance with GMP and regulatory oversight. Some countries choose to buy vaccines licensed by reputable national organizations, such as EMA, FDA, or national agencies in other affluent countries, but such purchases typically are more expensive and may not have distribution resources suitable to local conditions in developing countries. European Union In the European Union (EU), vaccines for pandemic pathogens, such as seasonal influenza, are licensed EU-wide where all the member states comply ("centralized"), are licensed for only some member states ("decentralized"), or are licensed on an individual national level. Generally, all EU states follow regulatory guidance and clinical programs defined by the European Committee for Medicinal Products for Human Use (CHMP), a scientific panel of the European Medicines Agency (EMA) responsible for vaccine licensure. The CHMP is supported by several expert groups who assess and monitor the progress of a vaccine before and after licensure and distribution. United States Under the FDA, the process of establishing evidence for vaccine clinical safety and efficacy is the same as for the approval process for prescription drugs. If successful through the stages of clinical development, the vaccine licensing process is followed by a Biologics License Application which must provide a scientific review team (from diverse disciplines, such as physicians, statisticians, microbiologists, chemists) and comprehensive documentation for the vaccine candidate having efficacy and safety throughout its development. Also during this stage, the proposed manufacturing facility is examined by expert reviewers for GMP compliance, and the label must have a compliant description to enable health care providers' definition of vaccine-specific use, including its possible risks, to communicate and deliver the vaccine to the public. After licensure, monitoring of the vaccine and its production, including periodic inspections for GMP compliance, continue as long as the manufacturer retains its license, which may include additional submissions to the FDA of tests for potency, safety, and purity for each vaccine manufacturing step. India Drugs Controller General of India is the head of department of the Central Drugs Standard Control Organization of the Government of India responsible for approval of licences of specified categories of drugs such as vaccines AND others like blood and blood products, IV fluids, and sera in India. Postmarketing surveillance Until a vaccine is in use for the general population, all potential adverse events from the vaccine may not be known, requiring manufacturers to conduct PhaseIV studies for postmarketing surveillance of the vaccine while it is used widely in the public. The WHO works with UN member states to implement post-licensing surveillance. The FDA relies on a Vaccine Adverse Event Reporting System to monitor safety concerns about a vaccine throughout its use in the American public. Scheduling In order to provide the best protection, children are recommended to receive vaccinations as soon as their immune systems are sufficiently developed to respond to particular vaccines, with additional "booster" shots often required to achieve "full immunity". This has led to the development of complex vaccination schedules. Global recommendations of vaccination schedule are issued by Strategic Advisory Group of Experts and will be further translated by advisory committee at the country level with considering of local factors such as disease epidemiology, acceptability of vaccination, equity in local populations, and programmatic and financial constraint. In the United States, the Advisory Committee on Immunization Practices, which recommends schedule additions for the Centers for Disease Control and Prevention, recommends routine vaccination of children against hepatitis A, hepatitis B, polio, mumps, measles, rubella, diphtheria, pertussis, tetanus, HiB, chickenpox, rotavirus, influenza, meningococcal disease and pneumonia. The large number of vaccines and boosters recommended (up to 24 injections by age two) has led to problems with achieving full compliance. To combat declining compliance rates, various notification systems have been instituted and many combination injections are now marketed (e.g., Pentavalent vaccine and MMRV vaccine), which protect against multiple diseases. Besides recommendations for infant vaccinations and boosters, many specific vaccines are recommended for other ages or for repeated injections throughout lifemost commonly for measles, tetanus, influenza, and pneumonia. Pregnant women are often screened for continued resistance to rubella. The human papillomavirus vaccine is recommended in the U.S. (as of 2011) and UK (as of 2009). Vaccine recommendations for the elderly concentrate on pneumonia and influenza, which are more deadly to that group. In 2006, a vaccine was introduced against shingles, a disease caused by the chickenpox virus, which usually affects the elderly. Scheduling and dosing of a vaccination may be tailored to the level of immunocompetence of an individual and to optimize population-wide deployment of a vaccine when it supply is limited, e.g. in the setting of a pandemic. Economics of development One challenge in vaccine development is economic: Many of the diseases most demanding a vaccine, including HIV, malaria and tuberculosis, exist principally in poor countries. Pharmaceutical firms and biotechnology companies have little incentive to develop vaccines for these diseases because there is little revenue potential. Even in more affluent countries, financial returns are usually minimal and the financial and other risks are great. Most vaccine development to date has relied on "push" funding by government, universities and non-profit organizations. Many vaccines have been highly cost effective and beneficial for public health. The number of vaccines actually administered has risen dramatically in recent decades. This increase, particularly in the number of different vaccines administered to children before entry into schools may be due to government mandates and support, rather than economic incentive. Patents According to the World Health Organization, the biggest barrier to vaccine production in less developed countries has not been patents, but the substantial financial, infrastructure, and workforce requirements needed for market entry. Vaccines are complex mixtures of biological compounds, and unlike the case for prescription drugs, there are no true generic vaccines. The vaccine produced by a new facility must undergo complete clinical testing for safety and efficacy by the manufacturer. For most vaccines, specific processes in technology are patented. These can be circumvented by alternative manufacturing methods, but this required R&D infrastructure and a suitably skilled workforce. In the case of a few relatively new vaccines, such as the human papillomavirus vaccine, the patents may impose an additional barrier. When increased production of vaccines was urgently needed during the COVID-19 pandemic in 2021, the World Trade Organization and governments around the world evaluated whether to waive intellectual property rights and patents on COVID-19 vaccines, which would "eliminate all potential barriers to the timely access of affordable COVID-19 medical products, including vaccines and medicines, and scale up the manufacturing and supply of essential medical products." Production Vaccine production is fundamentally different from other kinds of manufacturingincluding regular pharmaceutical manufacturingin that vaccines are intended to be administered to millions of people of whom the vast majority are perfectly healthy. This fact drives an extraordinarily rigorous production process with strict compliance requirements that go far beyond what is required of other products. Depending upon the antigen, it can cost anywhere from US$50 to $500 million to build a vaccine production facility, which requires highly specialized equipment, clean rooms, and containment rooms. There is a global scarcity of personnel with the right combination of skills, expertise, knowledge, competence and personality to staff vaccine production lines. With the notable exceptions of Brazil, China, and India, many developing countries' educational systems are unable to provide enough qualified candidates, and vaccine makers based in such countries must hire expatriate personnel to keep production going. Vaccine production has several stages. First, the antigen itself is generated. Viruses are grown either on primary cells such as chicken eggs (e.g., for influenza) or on continuous cell lines such as cultured human cells (e.g., for hepatitis A). Bacteria are grown in bioreactors (e.g., Haemophilus influenzae type b). Likewise, a recombinant protein derived from the viruses or bacteria can be generated in yeast, bacteria, or cell cultures. After the antigen is generated, it is isolated from the cells used to generate it. A virus may need to be inactivated, possibly with no further purification required. Recombinant proteins need many operations involving ultrafiltration and column chromatography. Finally, the vaccine is formulated by adding adjuvant, stabilizers, and preservatives as needed. The adjuvant enhances the immune response to the antigen, stabilizers increase the storage life, and preservatives allow the use of multidose vials. Combination vaccines are harder to develop and produce, because of potential incompatibilities and interactions among the antigens and other ingredients involved. The final stage in vaccine manufacture before distribution is fill and finish, which is the process of filling vials with vaccines and packaging them for distribution. Although this is a conceptually simple part of the vaccine manufacture process, it is often a bottleneck in the process of distributing and administering vaccines. Vaccine production techniques are evolving. Cultured mammalian cells are expected to become increasingly important, compared to conventional options such as chicken eggs, due to greater productivity and low incidence of problems with contamination. Recombination technology that produces genetically detoxified vaccines is expected to grow in popularity for the production of bacterial vaccines that use toxoids. Combination vaccines are expected to reduce the quantities of antigens they contain, and thereby decrease undesirable interactions, by using pathogen-associated molecular patterns. Vaccine manufacturers The companies with the highest market share in vaccine production are Merck, Sanofi, GlaxoSmithKline, Pfizer and Novartis, with 70% of vaccine sales concentrated in the EU or US (2013). Vaccine manufacturing plants require large capital investments ($50 million up to $300 million) and may take between 4 and 6 years to construct, with the full process of vaccine development taking between 10 and 15 years. Manufacturing in developing countries is playing an increasing role in supplying these countries, specifically with regards to older vaccines and in Brazil, India and China. The manufacturers in India are the most advanced in the developing world and include the Serum Institute of India, one of the largest producers of vaccines by number of doses and an innovator in processes, recently improving efficiency of producing the measles vaccine by 10 to 20-fold, due to switching to a MRC-5 cell culture instead of chicken eggs. China's manufacturing capabilities are focused on supplying their own domestic need, with Sinopharm (CNPGC) alone providing over 85% of the doses for 14 different vaccines in China. Brazil is approaching the point of supplying its own domestic needs using technology transferred from the developed world. Delivery systems One of the most common methods of delivering vaccines
have been destroyed with chemicals, heat, or radiation"ghosts", with intact but empty bacterial cell envelopes. They are considered an intermediate phase between the inactivated and attenuated vaccines. Examples include IPV (polio vaccine), hepatitis A vaccine, rabies vaccine and most influenza vaccines. Toxoid Toxoid vaccines are made from inactivated toxic compounds that cause illness rather than the micro-organism. Examples of toxoid-based vaccines include tetanus and diphtheria. Not all toxoids are for micro-organisms; for example, Crotalus atrox toxoid is used to vaccinate dogs against rattlesnake bites. Subunit Rather than introducing an inactivated or attenuated micro-organism to an immune system (which would constitute a "whole-agent" vaccine), a subunit vaccine uses a fragment of it to create an immune response. One example is the subunit vaccine against hepatitisB, which is composed of only the surface proteins of the virus (previously extracted from the blood serum of chronically infected patients but now produced by recombination of the viral genes into yeast). Another example is edible algae vaccines, such as the virus-like particle (VLP) vaccine against human papillomavirus (HPV), which is composed of the viral major capsid protein. Another example is the hemagglutinin and neuraminidase subunits of the influenza virus. A subunit vaccine is being used for plague immunization. Conjugate Certain bacteria have a polysaccharide outer coat that is poorly immunogenic. By linking these outer coats to proteins (e.g., toxins), the immune system can be led to recognize the polysaccharide as if it were a protein antigen. This approach is used in the Haemophilus influenzae type B vaccine. Outer membrane vesicle Outer membrane vesicles (OMVs) are naturally immunogenic and can be manipulated to produce potent vaccines. The best known OMV vaccines are those developed for serotype B meningococcal disease. Heterotypic Heterologous vaccines also known as "Jennerian vaccines", are vaccines that are pathogens of other animals that either do not cause disease or cause mild disease in the organism being treated. The classic example is Jenner's use of cowpox to protect against smallpox. A current example is the use of BCG vaccine made from Mycobacterium bovis to protect against tuberculosis. Genetic vaccine The subgroup of genetic vaccines encompass viral vector vaccines, RNA vaccines and DNA vaccines. Viral vector Viral vector vaccines use a safe virus to insert pathogen genes in the body to produce specific antigens, such as surface proteins, to stimulate an immune response. RNA An mRNA vaccine (or RNA vaccine) is a novel type of vaccine which is composed of the nucleic acid RNA, packaged within a vector such as lipid nanoparticles. Among the COVID-19 vaccines are a number of RNA vaccines under development to combat the COVID-19 pandemic and some have been approved or have received emergency use authorization in some countries. For example, the Pfizer-BioNTech vaccine and Moderna mRNA vaccine are approved for use in adults (with Pfizer vaccine also fully approved for teens aged 16 to 17) in the US. DNA DNA vaccination – The proposed mechanism is the insertion and expression of viral or bacterial DNA in human or animal cells (enhanced by the use of electroporation), triggering immune system recognition. Some cells of the immune system that recognize the proteins expressed will mount an attack against these proteins and cells expressing them. Because these cells live for a very long time, if the pathogen that normally expresses these proteins is encountered at a later time, they will be attacked instantly by the immune system. One potential advantage of DNA vaccines is that they are very easy to produce and store. In August 2021, Indian authorities gave emergency approval to ZyCoV-D. Developed by Cadila Healthcare, it is the first DNA vaccine approved for humans. Experimental Many innovative vaccines are also in development and use. Dendritic cell vaccines combine dendritic cells with antigens to present the antigens to the body's white blood cells, thus stimulating an immune reaction. These vaccines have shown some positive preliminary results for treating brain tumors and are also tested in malignant melanoma. Recombinant vectorby combining the physiology of one micro-organism and the DNA of another, immunity can be created against diseases that have complex infection processes. An example is the RVSV-ZEBOV vaccine licensed to Merck that is being used in 2018 to combat ebola in Congo. T-cell receptor peptide vaccines are under development for several diseases using models of Valley Fever, stomatitis, and atopic dermatitis. These peptides have been shown to modulate cytokine production and improve cell-mediated immunity. Targeting of identified bacterial proteins that are involved in complement inhibition would neutralize the key bacterial virulence mechanism. The use of plasmids has been validated in preclinical studies as a protective vaccine strategy for cancer and infectious diseases. However, in human studies, this approach has failed to provide clinically relevant benefit. The overall efficacy of plasmid DNA immunization depends on increasing the plasmid's immunogenicity while also correcting for factors involved in the specific activation of immune effector cells. Bacterial vector – Similar in principle to viral vector vaccines, but using bacteria instead. Antigen-presenting cell While most vaccines are created using inactivated or attenuated compounds from micro-organisms, synthetic vaccines are composed mainly or wholly of synthetic peptides, carbohydrates, or antigens. Valence Vaccines may be monovalent (also called univalent) or multivalent (also called polyvalent). A monovalent vaccine is designed to immunize against a single antigen or single microorganism. A multivalent or polyvalent vaccine is designed to immunize against two or more strains of the same microorganism, or against two or more microorganisms. The valency of a multivalent vaccine may be denoted with a Greek or Latin prefix (e.g., tetravalent or quadrivalent). In certain cases, a monovalent vaccine may be preferable for rapidly developing a strong immune response. When two or more vaccines are mixed in the same formulation, the two vaccines can interfere. This most frequently occurs with live attenuated vaccines, where one of the vaccine components is more robust than the others and suppresses the growth and immune response to the other components. This phenomenon was first noted in the trivalent Sabin polio vaccine, where the amount of serotype2 virus in the vaccine had to be reduced to stop it from interfering with the "take" of the serotype1 and3 viruses in the vaccine. This phenomenon has also been found to be a problem with the dengue vaccines currently being researched, where the DEN-3 serotype was found to predominate and suppress the response to DEN-1, −2 and −4 serotypes. Other contents Adjuvants Vaccines typically contain one or more adjuvants, used to boost the immune response. Tetanus toxoid, for instance, is usually adsorbed onto alum. This presents the antigen in such a way as to produce a greater action than the simple aqueous tetanus toxoid. People who have an adverse reaction to adsorbed tetanus toxoid may be given the simple vaccine when the time comes for a booster. In the preparation for the 1990 Persian Gulf campaign, the whole cell pertussis vaccine was used as an adjuvant for anthrax vaccine. This produces a more rapid immune response than giving only the anthrax vaccine, which is of some benefit if exposure might be imminent. Preservatives Vaccines may also contain preservatives to prevent contamination with bacteria or fungi. Until recent years, the preservative thiomersal ( Thimerosal in the US and Japan) was used in many vaccines that did not contain live viruses. As of 2005, the only childhood vaccine in the U.S. that contains thiomersal in greater than trace amounts is the influenza vaccine, which is currently recommended only for children with certain risk factors. Single-dose influenza vaccines supplied in the UK do not list thiomersal in the ingredients. Preservatives may be used at various stages of the production of vaccines, and the most sophisticated methods of measurement might detect traces of them in the finished product, as they may in the environment and population as a whole. Many vaccines need preservatives to prevent serious adverse effects such as Staphylococcus infection, which in one 1928 incident killed 12 of 21 children inoculated with a diphtheria vaccine that lacked a preservative. Several preservatives are available, including thiomersal, phenoxyethanol, and formaldehyde. Thiomersal is more effective against bacteria, has a better shelf-life, and improves vaccine stability, potency, and safety; but, in the U.S., the European Union, and a few other affluent countries, it is no longer used as a preservative in childhood vaccines, as a precautionary measure due to its mercury content. Although controversial claims have been made that thiomersal contributes to autism, no convincing scientific evidence supports these claims. Furthermore, a 10–11-year study of 657,461 children found that the MMR vaccine does not cause autism and actually reduced the risk of autism by seven percent. Excipients Beside the active vaccine itself, the following excipients and residual manufacturing compounds are present or may be present in vaccine preparations: Aluminum salts or gels are added as adjuvants. Adjuvants are added to promote an earlier, more potent response, and more persistent immune response to the vaccine; they allow for a lower vaccine dosage. Antibiotics are added to some vaccines to prevent the growth of bacteria during production and storage of the vaccine. Egg protein is present in the influenza vaccine and yellow fever vaccine as they are prepared using chicken eggs. Other proteins may be present. Formaldehyde is used to inactivate bacterial products for toxoid vaccines. Formaldehyde is also used to inactivate unwanted viruses and kill bacteria that might contaminate the vaccine during production. Monosodium glutamate (MSG) and 2-phenoxyethanol are used as stabilizers in a few vaccines to help the vaccine remain unchanged when the vaccine is exposed to heat, light, acidity, or humidity. Thiomersal is a mercury-containing antimicrobial that is added to vials of vaccines that contain more than one dose to prevent contamination and growth of potentially harmful bacteria. Due to the controversy surrounding thiomersal, it has been removed from most vaccines except multi-use influenza, where it was reduced to levels so that a single dose contained less than a microgram of mercury, a level similar to eating ten grams of canned tuna. Nomenclature Various fairly standardized abbreviations for vaccine names have developed, although the standardization is by no means centralized or global. For example, the vaccine names used in the United States have well-established abbreviations that are also widely known and used elsewhere. An extensive list of them provided in a sortable table and freely accessible is available at a US Centers for Disease Control and Prevention web page. The page explains that "The abbreviations [in] this table (Column 3) were standardized jointly by staff of the Centers for Disease Control and Prevention, ACIP Work Groups, the editor of the Morbidity and Mortality Weekly Report (MMWR), the editor of Epidemiology and Prevention of Vaccine-Preventable Diseases (the Pink Book), ACIP members, and liaison organizations to the ACIP." Some examples are "DTaP" for diphtheria and tetanus toxoids and acellular pertussis vaccine, "DT" for diphtheria and tetanus toxoids, and "Td" for tetanus and diphtheria toxoids. At its page on tetanus vaccination, the CDC further explains that "Upper-case letters in these abbreviations denote full-strength doses of diphtheria (D) and tetanus (T) toxoids and pertussis (P) vaccine. Lower-case "d" and "p" denote reduced doses of diphtheria and pertussis used in the adolescent/adult-formulations. The 'a' in DTaP and Tdap stands for 'acellular', meaning that the pertussis component contains only a part of the pertussis organism." Another list of established vaccine abbreviations is at the CDC's page called "Vaccine Acronyms and Abbreviations", with abbreviations used on U.S. immunization records. The United States Adopted Name system has some conventions for the word order of vaccine names, placing head nouns first and adjectives postpositively. This is why the USAN for "OPV" is "poliovirus vaccine live oral" rather than "oral poliovirus vaccine". Licensing A vaccine licensure occurs after the successful conclusion of the development cycle and further the clinical trials and other programs involved through PhasesI–III demonstrating safety, immunoactivity, immunogenetic safety at a given specific dose, proven effectiveness in preventing infection for target populations, and enduring preventive effect (time endurance or need for revaccination must be estimated). Because preventive vaccines are predominantly evaluated in healthy population cohorts and distributed among the general population, a high standard of safety is required. As part of a multinational licensing of a vaccine, the World Health Organization Expert Committee on Biological Standardization developed guidelines of international standards for manufacturing and quality control of vaccines, a process intended as a platform for national regulatory agencies to apply for their own licensing process. Vaccine manufacturers do not receive licensing until a complete clinical cycle of development and trials proves the vaccine is safe and has long-term effectiveness, following scientific review by a multinational or national regulatory organization, such as the European Medicines Agency (EMA) or the US Food and Drug Administration (FDA). Upon developing countries adopting WHO
were established in the early 19th century in Boston, New York City, and Philadelphia. In 1879, Iowa Agricultural College became the first land-grant college to establish a school of veterinary medicine. Veterinary workers Veterinary physicians Veterinary care and management are usually led by a veterinary physician (usually called a veterinarian, veterinary surgeon or "vet" - doctor of veterinary medicine or veterinary medical doctor). This role is the equivalent of a physician or surgeon (medical doctor) in human medicine, and involves postgraduate study and qualification. In many countries, the local nomenclature for a vet is a protected term, meaning that people without the prerequisite qualifications and/or registration are not able to use the title, and in many cases, the activities that may be undertaken by a vet (such as animal treatment or surgery) are restricted only to those people who are registered as vet. For instance, in the United Kingdom, as in other jurisdictions, animal treatment may be performed only by registered vets (with a few designated exceptions, such as paraveterinary workers), and any persons calling themselves a vet without being registered or performing any treatment is illegal. Most vets work in clinical settings, treating animals directly. They may be involved in a general practice, treating animals of all types; may be specialized in a specific group of animals such as companion animals, livestock, laboratory animals, zoo animals, or horses; or may specialize in a narrow medical discipline such as veterinary surgery, dermatology, cardiology, neurology, laboratory animal medicine, internal medicine, and more. As with healthcare professionals, vets face ethical decisions about the care of their patients. Current debates within the profession include the ethics of purely cosmetic procedures on animals, such as declawing of cats, docking of tails, cropping of ears, and debarking on dogs. A wide range of surgeries and operations is performed on various types of animals, but not all of them are carried out by vets. In a case in Iran, for instance, an eye surgeon managed to perform a successful cataract surgery on a rooster for the first time in the world. Paraveterinary workers Paraveterinary workers, including veterinary nurses, technicians, and assistants, either assist vets in their work, or may work within their own scope of practice, depending on skills and qualifications, including in some cases, performing minor surgery. The role of paraveterinary workers is less homogeneous globally than that of a vet, and qualification levels, and the associated skill mix, vary widely. Allied professions A number of professions exist within the scope of veterinary medicine, but may not necessarily be performed by vets or veterinary nurses. This includes those performing roles which are also found in human medicine, such as practitioners dealing with musculoskeletal disorders, including osteopaths, chiropractors, and physiotherapists. Some roles are specific to animals, but which have parallels in human society, such as animal grooming and animal massage. Some roles are specific to a species or group of animals, such as farriers, who are involved in the shoeing of horses, and in many cases have a major role to play in ensuring the medical fitness of horses. Veterinary research Veterinary research includes prevention, control, diagnosis, and treatment of diseases of animals, and basic biology, welfare, and care of animals. Veterinary research transcends species boundaries and includes the study of spontaneously occurring and experimentally induced models of both human and animal diseases and research at human-animal interfaces, such as food safety, wildlife and ecosystem health, zoonotic diseases, and public policy. Clinical veterinary research As in medicine, randomized controlled trials also are fundamental in veterinary medicine to establish the effectiveness of a treatment. Clinical veterinary research is far behind human medical research, though, with fewer randomized controlled trials, that have a lower quality and are mostly focused on research animals. Possible improvement consists in creation of networks for inclusion of private veterinary practices in randomized controlled trials. No studies exist on the effect of community animal health services on improving household wealth and the health status of low-income farmers. See also Animal drug Animal science Federation of Veterinarians of Europe Lists of animal diseases National Office of Animal Health One Health Pet orthotics Technology in veterinary medicine WikiVet By country Veterinary medicine in the United Kingdom
after observing the devastation being caused by cattle plague to the French herds, Bourgelat devoted his time to seeking out a remedy. This resulted in his founding a veterinary school in Lyon in 1761, from which establishment he dispatched students to combat the disease; in a short time, the plague was stayed and the health of stock restored, through the assistance rendered to agriculture by veterinary science and art. The school received immediate international recognition in the 18th century and its pedagogical model drew on the existing fields of human medicine, natural history, and comparative anatomy. The Odiham Agricultural Society was founded in 1783 in England to promote agriculture and industry, and played an important role in the foundation of the veterinary profession in Britain. A founding member, Thomas Burgess, began to take up the cause of animal welfare and campaign for the more humane treatment of sick animals. A 1785 society meeting resolved to "promote the study of Farriery upon rational scientific principles." Physician James Clark wrote a treatise entitled Prevention of Disease in which he argued for the professionalization of the veterinary trade, and the establishment of veterinary colleges. This was finally achieved in 1790, through the campaigning of Granville Penn, who persuaded Frenchman Benoit Vial de St. Bel to accept the professorship of the newly established veterinary college in London. The Royal College of Veterinary Surgeons was established by royal charter in 1844. Veterinary science came of age in the late 19th century, with notable contributions from Sir John McFadyean, credited by many as having been the founder of modern veterinary research. In the United States, the first schools were established in the early 19th century in Boston, New York City, and Philadelphia. In 1879, Iowa Agricultural College became the first land-grant college to establish a school of veterinary medicine. Veterinary workers Veterinary physicians Veterinary care and management are usually led by a veterinary physician (usually called a veterinarian, veterinary surgeon or "vet" - doctor of veterinary medicine or veterinary medical doctor). This role is the equivalent of a physician or surgeon (medical doctor) in human medicine, and involves postgraduate study and qualification. In many countries, the local nomenclature for a vet is a protected term, meaning that people without the prerequisite qualifications and/or registration are not able to use the title, and in many cases, the activities that may be undertaken
Monarchy until the end of World War I and the dissolution of the Habsburg-ruled Austria-Hungary. After World War II, the countries became satellite states of the Soviet Union, as the Polish People's Republic, the Hungarian People's Republic and the Czechoslovak Socialist Republic. In 1989, the fall of the Berlin Wall and the fall of communism in Central and Eastern Europe enabled the three countries to embrace capitalism and democracy. In December 1991, the fall of the Soviet Union would occur. The Visegrád Group was established on 15 February 1991. Economies All four nations in the Visegrád Group are high-income countries with a very high Human Development Index. V4 countries have enjoyed more or less steady economic growth for over a century. In 2009, Slovakia adopted the euro as its official currency and is the only member in the Group to do so. If counted as a single nation state, the Visegrád Group's GDP would be the 4th in the EU and 5th in Europe and 15th in the world. Both in terms of exports and imports, the V4 is also at the forefront not only in Europe, but also in the world (4th in the EU, 5th in Europe and 8th in the world). Based on gross domestic product per capita (PPP) estimated figures for the year 2020, the most developed country in the grouping is the Czech Republic (US$40,858 per capita), followed by Slovakia (US$38,321 per capita), Hungary (US$35,941 per capita) and Poland (US$35,651 per capita). The average GDP (PPP) in 2019 for the entire group is estimated at around US$34,865. Within the EU, the V4 countries are pro-nuclear-power, and are seeking to expand or found (in the case of Poland) a nuclear-power industry. They have sought to counter what they see as an anti-nuclear-power bias within the EU, believing their countries would benefit from nuclear power. Czech Republic The economy of the Czech Republic is the group's second largest (GDP PPP of US$432.346 billion total, ranked 36th in the world). Within the V4, the Czech Republic has the highest Human Development Index, Human Capital Index, nominal GDP per capita as well as GDP at purchasing power parity per capita. Hungary Hungary has the group's third largest economy (total GDP of US$350.000 billion, 53rd in the world). Hungary was one of the more developed economies of the Eastern bloc. With about $18 billion in foreign direct investment (FDI) since 1989, Hungary has attracted over one-third of all FDI in central and eastern Europe, including the former Soviet Union. Of this, about $6 billion came from American companies. Now it is an industrial agricultural state. The main industries are engineering, mechanical engineering (cars, buses), chemical, electrical, textile, and food industries. The services sector accounted for 64% of GDP in 2007 and its role in the Hungarian economy is steadily growing. The main sectors of Hungarian industry are heavy industry (mining, metallurgy, machine and steel production), energy production, mechanical engineering, chemicals, food industry, and automobile production. The industry is leaning mainly on processing industry and (including construction) accounted for 29.32% of GDP in 2008. The leading industry is machinery, followed by the chemical industry (plastic production, pharmaceuticals), while mining, metallurgy and textile industry seemed to be losing importance in the past two decades. In spite of the significant drop in the last decade, the food industry still contributes up to 14% of total industrial production and amounts to 7–8% of the country's exports. Agriculture accounted for 4.3% of GDP in 2008 and along with the food industry occupied roughly 7.7% of the labour force. Tourism employs nearly 150,000 people and the total income from tourism was 4 billion euros in 2008. One of Hungary's
significant drop in the last decade, the food industry still contributes up to 14% of total industrial production and amounts to 7–8% of the country's exports. Agriculture accounted for 4.3% of GDP in 2008 and along with the food industry occupied roughly 7.7% of the labour force. Tourism employs nearly 150,000 people and the total income from tourism was 4 billion euros in 2008. One of Hungary's top tourist destinations is Lake Balaton, the largest freshwater lake in Central Europe, with 1.2 million visitors in 2008. The most visited region is Budapest; the Hungarian capital attracted 3.61 million visitors in 2008. Hungary was the world's 24th most visited country in 2011. Poland Poland has the region's largest economy (GDP PPP total of US$1.353 trillion, ranked 22nd in the world). According to the United Nations and the World Bank, it is a high-income country with a high quality of life and a very high standard of living. The Polish economy is the sixth-largest in the EU and one of the fastest-growing economies in Europe, with a yearly growth rate of over 3.0% between 1991 and 2019. Poland is the only European Union member to have avoided a decline in GDP during the late-2000s recession, and in 2009 created the most GDP growth of all countries in the EU. The Polish economy had not entered recession nor contracted. According to Poland's Central Statistical Office, in 2011 the Polish economic growth rate was 4.3%, the best result in the entire EU. The largest component of its economy is the service sector (67.3%), followed by industry (28.1%) and agriculture (4.6%). Since increased private investment and EU funding assistance, Poland's infrastructure has developed rapidly. Poland's main industries are mining, machinery (cars, buses, ships), metallurgy, chemicals, electrical goods, textiles, and food processing. The high-technology and IT sectors are also growing with the help of investors such as Google, Toshiba, Dell, GE, LG, and Sharp. Poland is a producer of many electronic devices and components. Slovakia The smallest, but still considerably powerful V4 economy is that of Slovakia (GDP of US$209.186 billion total, 68th in the world). Demographics The population is 64,301,710 inhabitants, which would rank 22nd largest in the world and 4th in Europe (very similar in size to France, Italy or the UK) if V4 were a single country. Most people live in Poland (38 million), followed by the Czech Republic (nearly 11 million), Hungary (nearly 10 million) and Slovakia (5.5 million). V4 capitals Warsaw (Poland) – 1,790,658 inhabitants (metro – 3,105,883) Budapest (Hungary) – 1,779,361 inhabitants (metro – 3,303,786) Prague (Czech Republic) – 1,318,688 inhabitants (metro – 2,647,308) Bratislava (Slovakia) – 432,801 inhabitants (metro – 659,578) Current leaders Initiatives International Visegrád Fund The International Visegrád Fund (IVF) is the only institutionalized form of regional cooperation of the Visegrád Group countries. The main aim of the fund is to strengthen the ties among people and institutions in Central and Eastern Europe through giving support to regional non-governmental initiatives. Defence cooperation Visegrád Battlegroup On 12 May 2011, Polish Defence Minister Bogdan Klich said that Poland will lead a new EU Battlegroup of the Visegrád Group. The decision was made at the V4 defence ministers' meeting in Levoča, Slovakia, and the battlegroup became operational and was placed on standby in the first half of 2016. The ministers also agreed that the V4 militaries should hold regular exercises under the auspices of the NATO Response Force, with the first such exercise to be held in Poland in 2013. The battlegroup included members of V4 and Ukraine. Another V4 EU Battlegroup will
typeset line, so when the story was published in book form in 1847, it was of epic length: the original edition ran to 876 double-columned pages and 232 chapters. Altogether it totals nearly 667,000 words. It is the tale of the vampire Sir Francis Varney, and introduced many of the tropes present in vampire fiction recognizable to modern audiences. It was the first story to refer to sharpened teeth for a vampire, noting “With a plunge he seizes her neck in his fang-like teeth.” The story Setting The story has a confused setting. While ostensibly set in the early eighteenth century, there are references to the Napoleonic Wars and other indicators that the story is contemporary to the time of its writing in the mid-nineteenth century. Varney's adventures also occur in various locations including London, Bath, Winchester, Naples and Venice. Human characters The plot concerns the troubles that Sir Francis Varney inflicts upon the Bannerworths, a formerly wealthy family driven to ruin by their recently deceased father. Initially the Bannerworths consist of Mrs Bannerworth and her adult children Henry, George, and Flora. (George is never mentioned by name after the thirty-sixth chapter.) A family friend, Mr Marchdale, lives with the Bannerworths in early chapters. Later, Flora's fiancé Charles Holland, his seafaring uncle Admiral Bell, and Bell's jovial assistant Jack Pringle also take residence with the Bannerworths. The character of Varney Though the earliest chapters give the standard motives of blood sustenance for Varney's actions toward the family, later ones suggest that Varney is motivated by monetary interests. The story is at times inconsistent and confusing, as if the author did not know whether to make Varney a literal vampire or simply a human who acts like one. Varney bears a strong resemblance to a portrait in Bannerworth Hall, and the implication throughout is that he is actually Marmaduke Bannerworth (or Sir Runnagate Bannerworth; the names are confused throughout the story), but that connection is never clarified. He is portrayed as loathing his condition, and at one point he turns Clara Crofton, a member of another family he terrorizes, into a vampire for revenge. Over the course of the book, Varney is presented with increasing sympathy as a victim of circumstances. He tries to save himself, but is unable to do so. He ultimately commits suicide by throwing himself into Mount Vesuvius, after having left a written account of
Bannerworth Hall, and the implication throughout is that he is actually Marmaduke Bannerworth (or Sir Runnagate Bannerworth; the names are confused throughout the story), but that connection is never clarified. He is portrayed as loathing his condition, and at one point he turns Clara Crofton, a member of another family he terrorizes, into a vampire for revenge. Over the course of the book, Varney is presented with increasing sympathy as a victim of circumstances. He tries to save himself, but is unable to do so. He ultimately commits suicide by throwing himself into Mount Vesuvius, after having left a written account of his origin with a sympathetic priest. According to Varney, he was cursed with vampirism after he betrayed a royalist to Oliver Cromwell, and subsequently killed his own son accidentally in a fit of anger. He "dies" and is revived several times in the course of his career. This afforded the author a variety of origin stories. In one of these, a medical student named Dr Chillingworth applies galvanism to Varney's hanged corpse and revives him. This sub-plot parallels the earlier story of Frankenstein by Mary Shelley and film adaptations which introduce electricity as Dr Frankenstein's means of creating the monster. Legacy Scholars like A. Asbjørn Jøn have noted that Varney was a major influence on later vampire fiction, including the renowned novel Dracula (1897) by Bram Stoker. Many of today's standard vampire tropes originated in Varney: Varney has fangs, leaves two puncture wounds on the necks of his victims, comes through a window to attack a sleeping maiden, has hypnotic powers, and has superhuman strength. Unlike later fictional vampires, he is able to go about in daylight and has no particular fear of either crosses or garlic. He can eat and drink in human fashion as a form of disguise, but he points out that human food and drink do not agree with him. This is also the first example of the "sympathetic vampire," a vampire who despises his condition but is nonetheless a slave to it. This archetype has been widely exemplified, notably by such characters as Countess Zaleska in the 1936 film Dracula's Daughter, Barnabas Collins in the TV soap opera Dark Shadows, Mick St John in the TV show Moonlight, Louis de Pointe du Lac in Anne Rice's Interview with the Vampire, Chelsea Quinn Yarbro's St Germaine novels, Kain in the Legacy Of Kain video games, Marvel Comics characters Hannibal King, the Vampire Detective and Morbius, the Living Vampire, Nick Knight in the TV series Forever Knight, Angel from the Buffy the Vampire Slayer universe, and Bill Compton in Charlaine Harris's The Southern Vampire Mysteries. In Popular Culture The makers of Marvel Comics were influenced by
more streamlined than other engines, particularly the short, wide radial engine. Usage in marine vessels The first V-engine (a V-twin design) was built by Daimler in 1889, then the first V8 engine was built by Antoinette in 1903. These were followed by the first V12 engine in 1904, which was built by Putney Motor Works in London for use in racing boats. Known as the "Craig-Dörwald" engine after Putney's founding partners, the V12 engine was based on Putney's existing two-cylinder engine with a flathead design, a V-angle of 90 degrees and an aluminium crankcase. As in many marine engines, the camshaft could be slid longitudinally to engage a second set of cams, giving valve timing that reversed the engine's rotation to achieve astern propulsion. The engine had a displacement of a weight of and developed racing boats, but little is known of its racing achievements. Two more V12s appeared in the 1909-1910 motor boat racing season. The Lamb Boat & Engine Company in the United States built a engine for the company's 'Lamb IV' boat. The Orleans Motor Company built a massive flathead V12 engine with a power output quoted as "nearly ". In 1914, Panhard built two V12 engines with four valves per cylinder, which were designed for use in racing boats. Large V12 diesel engines are common modern cruise ships, which may have up to six such engines. An example of a currently produced V12 marine engine is the Wärtsilä 46F engine, where the V12 version has a displacement of and a power output of . Usage in airplanes 1900s to 1930s Five years after the first V12 engine was introduced, Renault introduced the first V12 engine for aircraft in 1909. This engine had a V-angle of 60 degrees, air cooling and an intake over exhaust (F-head) valve arrangement. It had a displacement of , a weight of and produced at 1,800 rpm. The propeller was driven from the front end of the camshaft, thus spinning the propeller speed at half the speed of a typical crankshaft driven propeller, in order to improve the propeller efficiency. The Renault engine was closely mimicked by the RAF 4 and its derivatives, which was used by various British military aircraft during World War I. The RAF 4 engine had a displacement of , weighed and produced at 1,800 rpm. In March 1914, a prototype version of the Sunbeam Mohawk V12 engine was unveiled in the United Kingdom, based on the 'Toodles V' motor racing engine. The production version was rated at at 2,000 rpm, making it the most powerful airplane engine in Great Britain at the outbreak of World War I. During and after World War I, various companies in the United States produced the Liberty L-12 engine. In Austria, the Austro Daimler V12 engines were used by the large flying boats of the Naval Air Force and produced up to . By the end of World War I, V12s were well established in aviation, powering some of the newest and largest fighter and bomber airplanes. After World War I, many Zeppelins used V12 engines built by Maybach and Daimler. V12 engines powered the first transatlantic crossings by the Curtiss NC flying boats (using four Liberty L-12 engines), the first non-stop transatlantic crossing in a Vickers Vimy (using two Rolls-Royce Eagle engines) and the first transatlantic crossing by an airship in the R-34 class airship (using five Sunbeam Maori engines). 1940s to present V12 engines reached their apogee during World War II with engines such as the British Rolls-Royce Merlin and Rolls-Royce Griffon, the Soviet Klimov VK-107 and Mikulin AM-38, the American Allison V-1710, and the German Daimler-Benz DB 600 and Junkers Jumo. These engines generated about at the beginning of the war and over at their ultimate evolution stage. This rapid increase in power outputs was due to technology such as multi-speed superchargers and high octane fuels, and the V12 layout was commonly adopted due to its low vibrations so that the powerful engines did not tear apart the light airframes of fighters. The Allied forces used V12 engines with an "upright" design, while many German engines (aside from the BMW VI, which was designed prior to World War II), used an inverted engine design, which had a lower centre of gravity and improved pilot visibility for single-engined designs. The only American-design inverted V12 engine of any type to see even limited service in World War II was the air-cooled Ranger V-770, which was used in aircraft that were only used for training purposes within the United States, such as the Fairchild AT-21 Gunner. The Rolls-Royce Merlin V12 engine was used in several British aircraft including the Hawker Hurricane and Supermarine Spitfire fighters, and the Avro Lancaster and de Havilland Mosquito bombers. The Hurricane and Spitfire played vital roles in the Battle of Britain. The long, narrow configuration of the V12 contributed to good aerodynamics, while its smoothness allowed its use with relatively light and fragile airframes. In the United States, the Rolls-Royce Merlin engine was produced under license by Packard Motor Car Company, which was used in the P-51 Mustang fighter. This engine was also incorporated into some models of the Curtiss P-40, specifically the P-40F and P-40L. Packard Merlins powered Canadian-built Hurricane, Lancaster, and Mosquito aircraft, as well as the UK-built Spitfire Mark XVI, which was otherwise the same as the Mark IX with its British-built Merlin. The Allison V-1710 was the liquid-cooled V12 engine designed in the United States that was used on active service during World War II. It was initially used in the P-38 Lightning, but the turbosupercharger system required bulky ductwork and had poor high-altitude performance. In 1943, a version using a more conventional mechanical supercharger began production. After World War II, V12 engines became generally obsolete in aircraft due to the introduction of turbojet and turboprop engines that had more power for their weight, and fewer complications. Usage in automobiles In automobiles, V12 engines are less common than engines with fewer cylinders, due to their size, complexity, and cost. They have been mostly used for expensive sports and luxury cars thanks to their power, smooth operation, and distinctive sound. 1910s One of the earliest recorded uses of V12 engines in automobiles was in October 1913, when a custom-built racing car competed at the Brooklands circuit in the United Kingdom. The car was entered by Louis Coatalen, who was chief engineer of the Sunbeam Motor Car Company. It was named 'Toodles V' (after Coatalen's pet name for his wife) and achieved several speed records in 1913 and 1914. The V12 engine had a displacement of , an aluminum crankcase, iron cylinders with L-shaped combustion chambers, a cam-in-block valvetrain and a V-angle of 60 degrees. Each bank of the engine consisted of two-cylinder blocks with three cylinders each. Valve clearance was set by grinding the relevant parts, the engine lacking any easy means of adjustment. This reflected the intention for the engine to be later used in aircraft since any adjustment method that could go wrong in flight was to be avoided. As initially built, the V12 was rated at at 2,400 rpm and weighed approximately . Amongst the first production cars to use a V12 engine were the 1915 Packard Twin Six, the 1915 National V12 engine and the 1917 Weidely Pathfinder; all of which were built in the United States. 1920s to 1940s During the late 1920s, the number of marques offering V12 engines for their passenger cars increased and peaked in the 1930s. The lack of vibration and sound, inherent smoothness, and increased power were cited as key benefits for V12 engines. Automobile petrol produced in the 1920s and 1930s had lower octane rating, leading to lower engine performance ratings, and vibration isolating engine mounts were rarely fitted to the passenger cars in the 1920s and the early 1930s. Adding
perfectly balanced only if a V-angle of 60 degrees is used. Many V12 engines use a V-angle of 60 degrees between the two banks of cylinders. V12 engines with other V-angles have been produced, sometimes using split crankpins to reduce the unbalanced vibrations. The drawback of a V12 engine is the extra cost, complexity, and friction losses compared with engines containing fewer cylinders. At any given time, three of the cylinders in a V12 engine are in their power stroke, which increases the smoothness of the power delivery by eliminating gaps between power pulses. A V12 engine with a 180 degree V-angle is often called a flat-twelve engine (or a 'boxer twelve'). However, this terminology is incorrect for the majority of 180-degree V12 engines, since they use shared crankpins and are therefore not configured as boxer engines. Theoretically, the rotating parts of a V12 racing engine could be lighter than a crossplane V8 engine of similar displacement, due to the V12 engine not requiring counterweights on the crankshaft or as much inertial mass for the flywheel. In addition, the exhaust system of a V12 engine is much simpler than would be required for a crossplane V8 engine to achieve pulsed exhaust gas tuning. However, the use of V12 engines in motor racing is uncommon in the 21st century. Size and displacement A 60-degree V12 engine is typically narrower than a 90-degree V6 or V8 engine of similar displacement. However, the V12 engine is usually longer than V6 and V8 engines. The added length often makes it difficult to fit a V12 engine into a passenger car, but the length is not typically a problem for trucks and stationary applications. Due to its narrower width, the V12 is common as locomotive, armoured tank, and marine engines. In these applications, the width of the engine is constrained by tight railway clearances or street widths, while the length of the vehicle is more flexible. In twin-propeller boats, two V12 engines can be narrow enough to sit side by side, while three V12 engines are sometimes used in high-speed three-propeller configurations. Large, fast cruise ships can have six or more V12 engines. In historic piston-engine fighter and bomber aircraft, the long, narrow V12 configuration used in high-performance aircraft made them more streamlined than other engines, particularly the short, wide radial engine. Usage in marine vessels The first V-engine (a V-twin design) was built by Daimler in 1889, then the first V8 engine was built by Antoinette in 1903. These were followed by the first V12 engine in 1904, which was built by Putney Motor Works in London for use in racing boats. Known as the "Craig-Dörwald" engine after Putney's founding partners, the V12 engine was based on Putney's existing two-cylinder engine with a flathead design, a V-angle of 90 degrees and an aluminium crankcase. As in many marine engines, the camshaft could be slid longitudinally to engage a second set of cams, giving valve timing that reversed the engine's rotation to achieve astern propulsion. The engine had a displacement of a weight of and developed racing boats, but little is known of its racing achievements. Two more V12s appeared in the 1909-1910 motor boat racing season. The Lamb Boat & Engine Company in the United States built a engine for the company's 'Lamb IV' boat. The Orleans Motor Company built a massive flathead V12 engine with a power output quoted as "nearly ". In 1914, Panhard built two V12 engines with four valves per cylinder, which were designed for use in racing boats. Large V12 diesel engines are common modern cruise ships, which may have up to six such engines. An example of a currently produced V12 marine engine is the Wärtsilä 46F engine, where the V12 version has a displacement of and a power output of . Usage in airplanes 1900s to 1930s Five years after the first V12 engine was introduced, Renault introduced the first V12 engine for aircraft in 1909. This engine had a V-angle of 60 degrees, air cooling and an intake over exhaust (F-head) valve arrangement. It had a displacement of , a weight of and produced at 1,800 rpm. The propeller was driven from the front end of the camshaft, thus spinning the propeller speed at half the speed of a typical crankshaft driven propeller, in order to improve the propeller efficiency. The Renault engine was closely mimicked by the RAF 4 and its derivatives, which was used by various British military aircraft during World War I. The RAF 4 engine had a displacement of , weighed and produced at 1,800 rpm. In March 1914, a prototype version of the Sunbeam Mohawk V12 engine was unveiled in the United Kingdom, based on the 'Toodles V' motor racing engine. The production version was rated at at 2,000 rpm, making it the most powerful airplane engine in Great Britain at the outbreak of World War I. During and after World War I, various companies in the United States produced the Liberty L-12 engine. In Austria, the Austro Daimler V12 engines were used by the large flying boats of the Naval Air Force and produced up to . By the end of World War I, V12s were well established in aviation, powering some of the newest and largest fighter and bomber airplanes. After World War I, many Zeppelins used V12 engines built by Maybach and Daimler. V12 engines powered the first transatlantic crossings by the Curtiss NC flying boats (using four Liberty L-12 engines), the first non-stop transatlantic crossing in a Vickers Vimy (using two Rolls-Royce Eagle engines) and the first transatlantic crossing by an airship in the R-34 class airship (using five Sunbeam Maori engines). 1940s to present V12 engines reached their apogee during World War II with engines such as the British Rolls-Royce Merlin and Rolls-Royce Griffon, the Soviet Klimov VK-107 and Mikulin AM-38, the American Allison V-1710, and the German Daimler-Benz DB 600 and Junkers Jumo. These engines generated about at the beginning of the war and over at their ultimate evolution stage. This rapid increase in power outputs was due to technology such as multi-speed superchargers and high octane fuels, and the V12 layout was commonly adopted due to its low vibrations so that the powerful engines did not tear apart the light airframes of fighters. The Allied forces used V12 engines with an "upright" design, while many German engines (aside from the BMW VI, which was designed prior to World War II), used an inverted engine design, which had a lower centre of gravity and improved pilot visibility for single-engined designs. The only American-design inverted V12 engine of any type to see even limited service in World War II was the air-cooled Ranger V-770, which was used in aircraft that were only used for training purposes within the United States, such as the Fairchild AT-21 Gunner. The Rolls-Royce Merlin V12 engine was used in several British aircraft including the Hawker Hurricane and Supermarine Spitfire fighters, and the Avro Lancaster and de Havilland Mosquito bombers. The Hurricane and Spitfire played vital roles in the Battle of Britain. The long, narrow configuration of the V12 contributed to good aerodynamics, while its smoothness allowed its use with relatively light and fragile airframes. In the United States, the Rolls-Royce Merlin engine was produced under license by Packard Motor Car Company, which was used in the P-51 Mustang fighter. This engine was also incorporated into some models of the Curtiss P-40, specifically the P-40F and P-40L. Packard Merlins powered Canadian-built Hurricane, Lancaster, and Mosquito aircraft, as well as the UK-built Spitfire Mark XVI, which was otherwise the same as the Mark IX with its British-built Merlin. The Allison V-1710 was the liquid-cooled V12 engine designed in the United States that was used on active service during World War II. It was initially used in the P-38 Lightning, but the turbosupercharger system required bulky ductwork and had poor high-altitude performance. In 1943, a version using a more conventional mechanical supercharger began production. After World War II, V12 engines became generally obsolete in aircraft due to the introduction of turbojet and turboprop engines that had more power for their weight, and fewer complications. Usage in automobiles In automobiles, V12 engines are less common than engines with fewer cylinders, due to their size, complexity, and cost. They have been mostly used for expensive sports and luxury cars thanks to their power, smooth operation, and distinctive sound. 1910s One of the earliest recorded uses of V12 engines in automobiles was in October 1913, when a custom-built racing car competed at the Brooklands circuit in the United Kingdom. The car was entered by Louis Coatalen, who was chief engineer of the Sunbeam Motor Car Company. It was named 'Toodles V' (after Coatalen's pet name for his wife) and achieved several speed records in 1913 and 1914. The V12 engine had a displacement of , an aluminum crankcase, iron cylinders with L-shaped combustion chambers, a cam-in-block valvetrain and a V-angle of 60 degrees. Each bank of the engine consisted of two-cylinder blocks with three cylinders each. Valve clearance was set by grinding the relevant parts, the engine lacking any easy means of adjustment. This reflected the intention for the engine to be later used in aircraft since any adjustment method that could go wrong in flight was to be avoided. As initially built, the V12 was rated at at 2,400 rpm and weighed approximately . Amongst the first production cars to use a V12 engine were the 1915 Packard Twin Six, the 1915 National V12 engine and the 1917 Weidely Pathfinder; all of which were built in the United States. 1920s to 1940s During the late 1920s, the number of marques offering V12 engines for their passenger cars increased and peaked in the 1930s. The lack of vibration and sound, inherent smoothness, and increased power were cited as key benefits for V12 engines. Automobile petrol produced in the 1920s and 1930s had lower octane rating, leading to lower engine performance ratings, and vibration isolating engine mounts were rarely fitted to the passenger cars in the 1920s and the early 1930s. Adding more cylinders to the engine was one of several techniques for performance increase.
degrees: 2005-2012 Yamaha MT-01, 1999-present Yamaha XV1600A 50 degrees: 1919-1924 BSA Model E, 1924-1936 Brough Superior SS100, 1929-1940 Matchless Model X, 1936-1955 Vincent Rapide, all Victory Freedom engines 52 degrees: 1997–present Honda Shadow, 1987-present Honda Transalp, 1998-2013 Honda Deauville, 2002-2008 Honda VTX, 2004-2010 Kawasaki Vulcan 2000 series 54 degrees: 2008–present Suzuki Boulevard C109R, 2006-present Suzuki Boulevard M109R 55 degrees: 1985-2006 Kawasaki Vulcan 750, 2006-present Kawasaki Vulcan 900 Classic 60 degrees: 2001-2017 Harley-Davidson VRSC, 1998-2003 Aprilia RSV Mille, 1988-present Yamaha XV250, 2001–present Yamaha DragStar 250, 2015-present Indian Scout 70 degrees: 1988-1998 Suzuki RGV250, 1987-2004 Yamaha Virago 535, 1997-present Yamaha DragStar 650 72 degrees: 1974-1989 Moto Morini 350 & 500 V-twins Voxan 1997-2010 75 degrees: 2005–present Hyosung GT250, 2008-2015 KTM 1190 RC8, 1981-2007 Yamaha Virago, 1998-2008 Yamaha DragStar 1100 80 degrees: 1978-1983 Honda CX series, Rotax 810/660/490 engines Vehicles which use engines with V angles of greater than 90 degrees include the 1934 Moto Guzzi 500cc (120 degrees) and the 1940-1948 Zündapp KS 750 (170 degrees). Motorcycles As per other motor vehicles, the terms longitudinal engine and transverse engine are most often used to refer to the crankshaft orientation relative to the frame. However, some companies use the opposite terminology, stating that a "transverse" V-twin engine has the cylinders mounted on each side of the motorcycle (therefore with the crankshaft running in line with the frame) and that a "longitudinal" V-twin engine has the cylinders at the front and rear. The latter terminology is used by the Italian manufacturer Moto Guzzi. To avoid such ambiguity, some people use descriptions of "transverse crankshaft engine", "longitudinal crankshaft engine", or "transversely mounted cylinders". Transverse engine The most common arrangement is to mount the engine with the crankshaft oriented transversely to the frame. The advantage of this mounting is that the width of the motorcycle can be smaller than a longitudinally-mounted V-twin. A disadvantage of this configuration for air-cooled engines is that the two cylinders receive different air-flows and cooling of the rear cylinder tends to be restricted (although the uneven cooling isn't as pronounced as a parallel-twin engine, where the inner faces of the cylinders are not exposed to any airflow). Some transverse V-twins use a single carburettor in the middle of the V-angle to feed both cylinders. While this avoids the need for two carburettors, it creates further cooling problems for the rear cylinder by placing its hot exhaust port and pipe at the back of the cylinder, where it may be exposed to less cooling airflow. Transverse V-twin engines have been used by Harley-Davidson, Ducati and many recent Japanese motorcycles, such as the Suzuki SV650. Some Ducati V-twin engines have been marketed as "L-twin" engines, due to the front cylinder being vertical and the rear cylinder being horizontal, thus forming an "L" shape. Longitudinal engine A less common arrangement is to mount the engine longitudinally. An advantage of this arrangement is that both cylinder heads can protrude into the air stream, so they can each receive the same amount of cooling (for air-cooled engines). Also, the transmission being located behind the engine is easier to
the cylinders mounted on each side of the motorcycle (therefore with the crankshaft running in line with the frame) and that a "longitudinal" V-twin engine has the cylinders at the front and rear. The latter terminology is used by the Italian manufacturer Moto Guzzi. To avoid such ambiguity, some people use descriptions of "transverse crankshaft engine", "longitudinal crankshaft engine", or "transversely mounted cylinders". Transverse engine The most common arrangement is to mount the engine with the crankshaft oriented transversely to the frame. The advantage of this mounting is that the width of the motorcycle can be smaller than a longitudinally-mounted V-twin. A disadvantage of this configuration for air-cooled engines is that the two cylinders receive different air-flows and cooling of the rear cylinder tends to be restricted (although the uneven cooling isn't as pronounced as a parallel-twin engine, where the inner faces of the cylinders are not exposed to any airflow). Some transverse V-twins use a single carburettor in the middle of the V-angle to feed both cylinders. While this avoids the need for two carburettors, it creates further cooling problems for the rear cylinder by placing its hot exhaust port and pipe at the back of the cylinder, where it may be exposed to less cooling airflow. Transverse V-twin engines have been used by Harley-Davidson, Ducati and many recent Japanese motorcycles, such as the Suzuki SV650. Some Ducati V-twin engines have been marketed as "L-twin" engines, due to the front cylinder being vertical and the rear cylinder being horizontal, thus forming an "L" shape. Longitudinal engine A less common arrangement is to mount the engine longitudinally. An advantage of this arrangement is that both cylinder heads can protrude into the air stream, so they can each receive the same amount of cooling (for air-cooled engines). Also, the transmission being located behind the engine is easier to fit within a typical motorcycle frame and, for shaft-drive motorcycles, a 90° bevel gear is not needed at the start of the driveshaft. As per all longitudinal engines, a disadvantage is that the torque reaction will twist the motorcycle to one side (such as on sharp acceleration/deceleration or when opening the throttle in neutral) instead of shifting the weight balance between the front and rear wheels. However, many modern motorcycles reduce this effect by rotating flywheels or alternators in the opposite direction to that of the crankshaft. Longitudinal V-twin engines have been used by the Honda CX series and several Moto Guzzi motorcycles. Automobiles Most cars are powered by engines with three or more cylinders, however several small cars have been produced with V-twin engines particularly during the period from 1912 to c1920 when cyclecars were made by many companies (due to a favourable tax position). Almost all of these used proprietary engines, either adapting the larger motorcycle engines used for sidecar work (large singles or V-twins), or using engines specifically made for cyclecars such as those made by JA Prestwich Industries ('J.A.P.' engines) or F.E. Baker Ltd ('Precision' engines). In 1912 Humber produced a light car called the Humberette with a Humber-made V-twin side-valve engine of 998cc. The engine had directly attached clutch, 3-speed gearbox and prop shaft output to a rear differential. A water cooled version of this engine was made available in 1914, but WW1 ended Humberette production in 1915. From 1911-1939, various Morgan F-series three-wheeled cyclecar models were powered by V-twin engines. Production of three-wheeler models then resumed with the 2012–present Morgan 3-Wheeler. Also in the United Kingdom, Birmingham Small Arms Company (BSA) produced several cars powered by their V-twin motorcycle engines. These were produced from 1921-1926 (four-wheel models) and 1929-1936 (three-wheel and four-wheel models). Several manufacturers have produced models inspired by the original Morgan three-wheeled car, such as the 1978–present Triking Cyclecar (using a Moto Guzzi engine), the 2006–present Ace Cycle Car (using a Harley-Davidson engine) and the 1990–present JZR Trikes kit car (using engines from several manufacturers). Mazda's first car, the 1960-1966 Mazda R360 rear-engined kei car, was powered by the Mazda V-twin engine. The 1961-1962 Mazda B360 front-engined light commercial vehicle used a version of this engine. Industrial engines Various V-twin engines have been produced for industrial uses such
1903. Henri Poincaré proved and applied a form of the virial theorem in 1911 to the problem of formation of the Solar System from a proto-stellar cloud (then known as cosmogony). A variational form of the virial theorem was developed in 1945 by Ledoux. A tensor form of the virial theorem was developed by Parker, Chandrasekhar and Fermi. The following generalization of the virial theorem has been established by Pollard in 1964 for the case of the inverse square law: A boundary term otherwise must be added. Inclusion of electromagnetic fields The virial theorem can be extended to include electric and magnetic fields. The result is where is the moment of inertia, is the momentum density of the electromagnetic field, is the kinetic energy of the "fluid", is the random "thermal" energy of the particles, and are the electric and magnetic energy content of the volume considered. Finally, is the fluid-pressure tensor expressed in the local moving coordinate system and is the electromagnetic stress tensor, A plasmoid is a finite configuration of magnetic fields and plasma. With the virial theorem it is easy to see that any such configuration will expand if not contained by external forces. In a finite configuration without pressure-bearing walls or magnetic coils, the surface integral will vanish. Since all the other terms on the right hand side are positive, the acceleration of the moment of inertia will also be positive. It is also easy to estimate the expansion time . If a total mass is confined within a radius , then the moment of inertia is roughly , and the left hand side of the virial theorem is . The terms on the right hand side add up to about , where is the larger of the plasma pressure or the magnetic pressure. Equating these two terms and solving for , we find where is the speed of the ion acoustic wave (or the Alfvén wave, if the magnetic pressure is higher than the plasma pressure). Thus the lifetime of a plasmoid is expected to be on the order of the acoustic (or Alfvén) transit time. Relativistic uniform system In case when in the physical system the pressure field, the electromagnetic and gravitational fields are taken into account, as well as the field of particles’ acceleration, the virial theorem is written in the relativistic form as follows: where the value exceeds the kinetic energy of the particles by a factor equal to the Lorentz factor of the particles at the center of the system. Under normal conditions we can assume that , then we can see that in the virial theorem the kinetic energy is related to the potential energy not by the coefficient , but rather by the coefficient close to 0.6. The difference from the classical case arises due to considering the pressure field and the field of particles’ acceleration inside the system, while the derivative of the scalar is not equal to zero and should be considered as the material derivative. An analysis of the integral theorem of generalized virial makes it possible to find, on the basis of field theory, a formula for the root-mean-square speed of typical particles of a system without using the notion of temperature: where is the speed of light, is the acceleration field constant, is the mass density of particles, is the current radius. Unlike the virial theorem for particles, for the electromagnetic field the virial theorem is written as follows: where the energy considered as the kinetic field energy associated with four-current , and sets the potential field energy found through the components of the electromagnetic tensor. In astrophysics The virial theorem is frequently applied in astrophysics, especially relating the gravitational potential energy of a system to its kinetic or thermal energy. Some common virial relations are for a mass , radius , velocity , and temperature . The constants are Newton's constant , the Boltzmann constant , and proton mass . Note that these relations are only approximate, and often the leading numerical factors (e.g. or ) are neglected entirely. Galaxies and cosmology (virial mass and radius) In astronomy, the mass and size of a galaxy (or general overdensity) is often defined in terms of the "virial mass" and "virial radius" respectively. Because galaxies and overdensities in continuous fluids can be highly extended (even to infinity in some models, such as an isothermal sphere), it can be hard to define specific, finite measures of their mass and size. The virial theorem, and related concepts, provide an often convenient means by which to quantify these properties. In galaxy dynamics, the mass of a galaxy is often inferred by measuring the rotation velocity of its gas and stars, assuming circular Keplerian orbits. Using the virial theorem, the dispersion velocity can be used in a similar way. Taking the kinetic energy (per particle) of the system as , and the potential energy (per particle) as we can write Here is the radius at which the velocity dispersion is being measured, and is the mass within that radius. The virial mass and radius are generally defined for the radius at which the velocity dispersion is a maximum, i.e. As numerous approximations have been made, in addition to the approximate nature of these definitions, order-unity proportionality constants are often omitted (as in the above equations). These relations are thus only accurate in an order of magnitude sense, or when used self-consistently. An alternate definition of the virial mass and radius is often used in cosmology where it is used to refer to the radius of a sphere, centered on a galaxy or a galaxy cluster, within which virial equilibrium holds. Since this radius is difficult to determine observationally, it is often approximated as the radius within which the average density is greater, by a specified factor,
Karl Jacobi's generalization of the identity to N bodies and to the present form of Laplace's identity closely resembles the classical virial theorem. However, the interpretations leading to the development of the equations were very different, since at the time of development, statistical dynamics had not yet unified the separate studies of thermodynamics and classical dynamics. The theorem was later utilized, popularized, generalized and further developed by James Clerk Maxwell, Lord Rayleigh, Henri Poincaré, Subrahmanyan Chandrasekhar, Enrico Fermi, Paul Ledoux, Richard Bader and Eugene Parker. Fritz Zwicky was the first to use the virial theorem to deduce the existence of unseen matter, which is now called dark matter. Richard Bader showed the charge distribution of a total system can be partitioned into its kinetic and potential energies that obey the virial theorem. As another example of its many applications, the virial theorem has been used to derive the Chandrasekhar limit for the stability of white dwarf stars. Illustrative special case Consider particles with equal mass , acted upon by mutually attractive forces. Suppose the particles are at diametrically opposite points of a circular orbit with radius . The velocities are and , which are normal to forces and . The respective magnitudes are fixed at and . The average kinetic energy of the system is Taking center of mass as the origin, the particles have positions and with fixed magnitude . The attractive forces act in opposite directions as positions, so . Applying the centripetal force formula results in: as required. Note: If the origin is displaced then we'd obtain the same result. This is because the dot product of the displacement with equal and opposite forces , results in net cancellation. Statement and derivation For a collection of point particles, the scalar moment of inertia about the origin is defined by the equation where and represent the mass and position of the th particle. is the position vector magnitude. The scalar is defined by the equation where is the momentum vector of the th particle. Assuming that the masses are constant, is one-half the time derivative of this moment of inertia In turn, the time derivative of can be written where is the mass of the th particle, is the net force on that particle, and is the total kinetic energy of the system according to the velocity of each particle Connection with the potential energy between particles The total force on particle is the sum of all the forces from the other particles in the system where is the force applied by particle on particle . Hence, the virial can be written Since no particle acts on itself (i.e., for ), we split the sum in terms below and above this diagonal and we add them together in pairs: where we have assumed that Newton's third law of motion holds, i.e., (equal and opposite reaction). It often happens that the forces can be derived from a potential energy that is a function only of the distance between the point particles and . Since the force is the negative gradient of the potential energy, we have in this case which is equal and opposite to , the force applied by particle on particle , as may be confirmed by explicit calculation. Hence, Thus, we have Special case of power-law forces In a common special case, the potential energy between two particles is proportional to a power of their distance where the coefficient and the exponent are constants. In such cases, the virial is given by the equation where is the total potential energy of the system Thus, we have For gravitating systems the exponent equals −1, giving Lagrange's identity which was derived by Joseph-Louis Lagrange and extended by Carl Jacobi. Time averaging The average of this derivative over a time, , is defined as from which we obtain the exact equation The virial theorem states that if , then There are many reasons why the average of the time derivative might vanish, . One often-cited reason applies to stably-bound systems, that is to say systems that hang together forever and whose parameters are finite. In that case, velocities and coordinates of the particles of the system have upper and lower limits so that , is bounded between two extremes, and , and the average goes to zero in the limit of very long times : Even if the average of the time derivative of is only approximately zero, the virial theorem holds to the same degree of approximation. For power-law forces with an exponent , the general equation holds: For gravitational attraction, equals −1 and the average kinetic energy equals half of the average negative potential energy This general result is useful for complex gravitating systems such as solar systems or galaxies. A simple application of the virial theorem concerns galaxy clusters. If a region of space is unusually full of galaxies, it is safe to assume that they have been together for a long time, and the virial theorem can be applied. Doppler effect measurements give lower bounds for their relative velocities, and the virial theorem gives a lower bound for the total mass of the cluster, including any dark matter. If the ergodic hypothesis holds for the system under consideration, the averaging need not be taken over time; an ensemble average can also be taken, with equivalent results. In quantum mechanics Although originally derived for classical mechanics, the virial theorem also holds for quantum mechanics, as first shown by Fock using the Ehrenfest theorem. Evaluate the commutator of the Hamiltonian with the position operator and the momentum operator of particle , Summing over all particles, one finds for the commutator amounts to where is the kinetic energy. The left-hand side of this equation is just , according to the Heisenberg equation of motion. The expectation value of this time derivative vanishes in a stationary state, leading to the quantum virial theorem, Pokhozhaev's identity In the field of quantum mechanics, there exists another form of the virial theorem, applicable to localized solutions to the stationary nonlinear Schrödinger equation or Klein–Gordon equation, is Pokhozhaev's identity, also known as Derrick's theorem. Let be continuous and real-valued, with . Denote . Let be a solution to the equation in the sense of distributions. Then satisfies the relation In special relativity For a single particle in special relativity, it is not the case that . Instead, it is true that , where is the Lorentz factor and . We have, The last expression can be simplified to . Thus, under the conditions described in earlier sections (including Newton's third law of motion, , despite relativity), the time average for particles with a power law potential is In particular, the ratio of kinetic energy to potential energy is no longer fixed, but necessarily falls into an interval: where the more relativistic systems exhibit the larger ratios. Generalizations Lord Rayleigh published a generalization of the virial theorem in 1903. Henri Poincaré proved and applied a form of the virial theorem in 1911 to the problem of formation of the Solar System from a proto-stellar cloud (then known as cosmogony). A variational form of the virial theorem was developed in 1945 by Ledoux. A tensor form of the virial theorem was developed by Parker, Chandrasekhar and Fermi. The following generalization of the virial theorem has been established by Pollard in 1964 for the case of the inverse square law: A boundary term otherwise must be added. Inclusion of electromagnetic fields The virial theorem can be extended to include electric and magnetic fields. The result is where is the moment of inertia, is the momentum density of the electromagnetic field, is the kinetic energy of the "fluid", is the random "thermal" energy of the particles, and are the electric and magnetic energy content of the volume considered. Finally, is the fluid-pressure tensor expressed in the local moving coordinate system and is the electromagnetic stress tensor, A plasmoid is a finite configuration of magnetic
is added in addition to any existing dialogue and is not to be confused with voice acting or the process of replacing dialogue with a translated version, the latter of which is called dubbing or revoicing. Techniques Character device In Herman Melville's Moby Dick (1956), Ishmael (Richard Basehart) narrates the story, and he sometimes comments on the action in voice-over, as does Joe Gillis (William Holden) in Sunset Boulevard (1950) and Eric Erickson (William Holden) in The Counterfeit Traitor (1962); adult Pip (John Mills) in Great Expectations (1946) and Michael York in its 1974 television remake. Voice-over technique is likewise used to give voices and personalities to animated characters. Noteworthy and versatile voice actors include Mel Blanc, Daws Butler, Don Messick, Paul Frees, and June Foray. Charactering techniques in voice-overs are used to give personalities and voice to fictional characters. There has been some controversy with charactering techniques in voice-overs, particularly with white radio entertainers who would mimic black speech patterns. Radio made this racial mockery easier to get away with because it was a non-confrontational platform to freely express anything the broadcasters found fit. It also became the ideal medium for voice impersonations. Characterization has always been popular in culture and all forms of media. In the late 1920s, radio started to stray away from reporting exclusively on musicals and sporting events; instead, radio began to create serial talk shows as well as shows with fictional story lines. The technique of characterization can be a creative outlet to expand on film and radio, but it must be done carefully. Creative device In film, the filmmaker distributes the sound of a human voice (or voices) over images shown on the screen that may or may not be related to the words that are being spoken. Consequently, voice-overs are sometimes used to create ironic counterpoint. Also, sometimes they can be random voices not directly connected to the people seen on the screen. In works of fiction, the voice-over is often by a character reflecting on his or her past, or by a person external to the story who usually has a more complete knowledge of the events in the film than the other characters. Voice-overs are often used to create the effect of storytelling by a character/omniscient narrator. For example, in The Usual Suspects, the character of Roger "Verbal" Kint has voice-over segments
the effect of storytelling by a character/omniscient narrator. For example, in The Usual Suspects, the character of Roger "Verbal" Kint has voice-over segments as he is recounting details of a crime. Classic voice-overs in cinema history can be heard in Citizen Kane and The Naked City. Sometimes, voice-over can be used to aid continuity in edited versions of films, in order for the audience to gain a better understanding of what has gone on between scenes. This was done when the film Joan of Arc (1948) starring Ingrid Bergman turned out to be far from the box-office and critical hit that was expected and it was edited down from 145 minutes to 100 minutes for its second run in theaters. The edited version, which circulated for years, used narration to conceal the fact that large chunks of the film had been cut out. In the full-length version, restored in 1998 and released on DVD in 2004, the voice-over narration is heard only at the beginning of the film. Film noir is especially associated with the voice-over technique. The golden age of first-person narration was during the 1940s. Film noir typically used male voice-over narration but there are a few rare female voice-overs. In radio, voice-overs are an integral part of the creation of the radio program. The voice-over artist might be used to entice listeners of the station name or as characters to enhance or develop show content. During the 1980s, the British broadcasters Steve Wright and Kenny Everett used voice-over artists to create a virtual "posse" or studio crew who contributed to the programmes. It is believed that this principle was in play long before that time. The American radio broadcaster Howard Stern has also used voice-overs in this way. Educational or descriptive device The voice-over has many applications in non-fiction as well. Television news is often presented as a series of video clips of newsworthy events, with voice-over by the reporters describing the significance of the scenes being presented; these are interspersed with straight video of the news anchors describing stories for which video is not shown. Television networks such as The History Channel and the Discovery Channel make extensive use of voice-overs. On NBC, the television show Starting Over used Sylvia Villagran as the voice-over narrator to tell a story. Live sports broadcasts are usually shown as extensive voice-overs by sports commentators over video of the sporting event. Game shows formerly made extensive use of voice-overs to introduce contestants and describe available or awarded prizes, but this technique has diminished as shows have moved toward predominantly cash prizes. The most prolific have included Don Pardo, Johnny Olson, John Harlan, Jay Stewart, Gene Wood and Johnny Gilbert. Voice-over commentary by a leading critic, historian, or by the production personnel themselves is often a prominent feature of the release of feature films or documentaries on DVDs. Commercial device The commercial use of voice-over in television advertising has been popular since the beginning of radio broadcasting. In the early years, before effective sound recording and mixing, announcements were produced "live" and at-once in a studio with the entire cast, crew and, usually, orchestra. A corporate sponsor hired a producer, who hired writers and voice actors to perform comedy or drama. Manufacturers will often use a distinctive voice to help them with brand messaging, often retaining talent to a long-term exclusive contract. The industry expanded very rapidly with the advent of television in the 1950s, and the age of highly produced serial radio shows ended. The ability to record high-quality sound on magnetic tape also created opportunities. Digital recording, thanks to the proliferation of PCs, smartphones (iOS and Android 5.0+), dedicated recording devices, free or inexpensive recording and editing software, and USB microphones of reasonable quality, and the increasing use of home studios, has revolutionized the industry. The sound recording industry uses the term "presence" as the standard of a good quality voice-over and is used for commercial purposes in particular. The term "presence" measures the legitimacy of how a voice sounds, specifically one of a voice-over. Advances in technology for sound recording have helped voice-overs reach that standard. These technological advances have increasingly diminished "the noise of the system...and thus reducing the distance perceived between the object and its representation." Translation In some countries, such as Russia, Ukraine and Poland, voice-over provided by an artist is commonly
its new style and its restless harmonic shifts into remote keys did not please all. 45 years later it was stated that "Bellini's style was abstruse, discontinuous, distorted, and lacking in distinction, that it alternated among the serio and the buffo and the semi-serio..." Zaira: a setback in Parma Zaira was the opera which came into being following discussions with Barbaja in Milan in June 1828 for a second opera for La Scala. At around the same time, Bellini reported to Florimo that he had been approached by Merelli about writing an inaugural opera for the soon-to-be completed Teatro Ducale (now the Teatro Regio) in Parma which was due to open during the following year on 12 May 1829. Initially, the opera was to be Carlo di Borgogna, but composer and librettist decided to tackle "a drama so ... hallowed as Voltaire's Zaïre", but this proved to be more challenging for Romani than first imagined. With this opera, Bellini encountered "the first serious setback of a hitherto brilliant career". Several reasons have been put forward: Lippmann and McGuire note, it was because "Bellini showed too little enthusiasm for the undertaking". Another writer attributes it to Parma's traditional love of and favouritism towards the music of Rossini, while yet another notes that a combination of the composer being constantly seen in cafes around the city (when it was assumed that he should have been composing) and the fact that Romani had included a long explanation of the difficulties of adapting Voltaire in the printed libretto provided to all operagoers. The librettist was critical of his own work: "the style should have been more careful, and that here and there, certain repetitions of phrases and concepts should have been edited out". At the same time, he stated that, with music composed to those verses now in place, "I was not permitted to go back over what already had been done; and poetry and music were finished in less than a month". This short period of time compares to the months which, for example, it took Bellini to write Il pirata. In fact, Bellini arrived in Parma on 17 March giving him 56 days before the opening, but he then learned that some of the singers would only arrive 14 days before the date of the premiere, a date that was—in theory— unchangeable. In fact, it had to be changed due to the inability of Lalande to arrive in time for sufficient rehearsal. Both composer and librettist were somewhat dilatory, delaying work as much and as long as possible. Count Sanvitale's request on 17 April, asking "to let me know the reasons why our copyists are kept idle", did not receive much of response to satisfy the theatre's management. Eventually, both men got down to work and finished on time, although the premiere was delayed by four days. The general impression given by reports in the press was that, overall, the music was weak, although some numbers and the trio were liked. However, for the most part, the singers were applauded, even if the composer received little. The opera received eight performances, followed by some poorly received ones in Florence in 1836, and then it disappeared until 1976. Major achievements After the poor response in Parma to Zaira, Bellini stayed with Ferdinando and Giuditta Turina's family for a short period in May/June and then returned to Milan by the end of June and discovered that his grandfather, then 85, had died in Catania. No contract for another opera in sight, except for the possibility of working with the Teatro La Fenice in Venice. As is revealed by Herbert Weinstock, there is limited knowledge of what happened to Bellini between June 1833 and February 1834, since no letters to Florimo from that period have survived, and the only sources are those letters sent to others. Giovanni Pacini, another Catanese composer, was still in Milan in late June after the well-received premiere on 10 June of his opera Il Talismano at La Scala, where it went on to receive a total of 16 performances. To Bellini, he appeared to be a rival, and with his recent success, Pacini received offers to compose an opera for both Turin and Venice for the Carnival season. He accepted both offers, but the La Fenice impresario included a proviso that if he were to be unable to fulfill the Venice contract, then it would be transferred to Bellini. Bellini then became preoccupied with staging a revival of his Il pirata during the summer season at the Teatro Canobbiana because La Scala was closed for repairs. Il Pirata was staged with the original cast and again was a triumph: it received 24 consecutive performances between 16 July and 23 August 1829, thus outnumbering Pacini's. During July and August, the composer Gioachino Rossini visited Milan on his way to Bologna. He saw the Il Pirata production and met Bellini; the two men were taken with each other, to the extent that when the younger composer was in Paris a year or two later, he developed a very strong bond with Rossini. A firm offer of a contract for a new opera for Venice appeared in the autumn, a contract which also included a provision that Il pirata would be given during the Carnival 1830 season. Tearing himself away from dalliances with Mrs. Turina, by mid-December Bellini was in Venice where Giuseppe Persiani's Constantino in Arles was in rehearsal with the same singers who were to perform in Pirata: they were Giuditta Grisi, the tenor Lorenzo Bonfigli, and Giulio Pellegrini. I Capuleti e i Montecchi: Venice, March 1830 With rehearsals for Pirata underway in late December, Bellini was given notice by the La Fenice impresario, Alessandro Lanari, that it was doubtful whether Pacini would be present in time to stage an opera and that a contract was to be prepared with the proviso that it would only become effective on 14 January. Accepting the offer 5 January, Bellini stated that he would set Romani's libretto for Giulietta Capellio, that he required 45 days between receipt of the libretto and the first performance, and that he would accept 325 napoleoni d'oro (about 8,000 lire). The tentative contract deadline was extended until 20 January, but by that date Romani was in Venice, having already re-worked much of his earlier libretto which he had written for Nicola Vaccai's 1825 opera, Giulietta e Romeo, the source for which was the play of the same name by Luigi Scevola which had been written in 1818. The two men set to work, but with the winter weather in Venice becoming increasingly bad, Bellini fell ill; however, he had to continue to work under great pressure within a now-limited timetable. Eventually, revisions to Romani's libretto were agreed to, a new title was given to the work, and Bellini reviewed his score of Zaira to see how some of the music could be set to the new text, but composing the part of Romeo for Grisi. He also took Giulietta’s "Oh quante volte" and Nelly’s romanza from Adelson e Salvini. The Giulietta was to be sung by Rosalbina Caradori-Allan. At the premiere of I Capuleti e i Montecchi on 11 March 1830 success for Bellini returned. Weinstock describes the premiere as "an unclouded and immediate success" but it was only able to be performed eight times before the La Fenice season closed on 21 March. A local newspaper, I Teatri, reported that "all things considered, this opera by Bellini has aroused as much enthusiasm in Venice as La straniera aroused in Milan from the first evening on". By this time, Bellini knew that he had achieved a degree of fame: writing on 28 March, he stated that "My style is now heard in the most important theatres in the world ... and with the greatest enthusiasm." Before leaving Venice, Bellini was offered a contract to produce another new opera for La Fenice for the 1830–31 Carnival season, and—upon his return to Milan after a reunion with Turina—he also found an offer from Genoa for a new opera but proposed for the same time period, an offer he was forced to reject. Later that year, Bellini prepared a version of Capuleti for La Scala which was given on 26 December, lowering Giulietta’s part for the mezzo-soprano Amalia Schütz Oldosi. La sonnambula: Milan, March 1831 Returning to Milan after the Capuleti performances, little occurred until the latter part of April when changes began to appear in the management of La Scala. The organisation, "Crivelli and Company" which had managed both that house as well as La Fenice, was negotiating with a triumvirate consisting of Count Pompeo Litta and two businessmen, their immediate concern being the engagement of singers and composers for La Scala. In order to contract with Bellini, he had to be released from his obligation to Venice; this was achieved by Litta buying out the Venice contract. When Bellini laid out his terms for writing for Milan, Litta gave him a very favourable response: "I shall earn almost twice as much as if I had composed for Crivelli [then the Venetian impresario]" he noted in a letter to his uncle. However, the group led by Duke Litta failed to come to terms with the Crivelli-Lanari-Barbaja group which continued to manage both La Scala and La Fenice. As a result, in the April–May 1830 period, Bellini was able to negotiate a contract with both the Litta group—which was planning performances in a smaller Milan house, the Teatro Carcano—and with the Crivelli group to obtain a contract for an opera for the autumn of 1831 and another for the 1832 Carnival season. These were to become Norma for La Scala and Beatrice di Tenda for La Fenice. Bellini then experienced the re-occurrence of an illness which had emerged in Venice due to pressure of work and the bad weather, but which consistently recurred after each opera and which would eventually cause his death. The gastro-enteric condition—which he describes as "a tremendous inflammatory gastric bilious fever"— resulted in his being cared for by Francesco Pollini and his wife at their home because, as Bellini wrote, "he loves me more than a son". Having recovered from his illness by the summer, Bellini went to stay near Lake Como. The need to decide on the subject for the following winter's opera became pressing, although it had already been agreed that Giuditta Pasta, who had achieved success in the Teatro Carcano in 1829 and 1830 with in several major operas, would be the principal artist. That she owned a house near Como and would be staying there over the summer was the reason that Romani traveled to meet her and Bellini. Attempts to create Ernani By 15 July they had decided on an adaptation of Victor Hugo's play, Hernani, although Weinstock speculates as to how this decision could have come about. The play's political subject matter would have been known to the group and they would certainly know of the strict censorship then in existence in Austrian-controlled Lombardy. In addition, it was uncertain as to whether Pasta was interested in singing a trousers role, that of the protagonist, Ernani. While it seems that all three were in agreement, no further progress was made. Romani, who promised to begin the Ernani libretto immediately, went off to write one for what became Donizetti's Anna Bolena (which opened the Carcano's season in December 1830). Rather than resting, Bellini immediately set off for Bergamo to stage La straniera, then went back to the mountains. But, by the end of November, nothing had been achieved in the way of writing either the libretto or the score of Ernani. On 3 January 1831, a letter from Bellini stated: "... I am no longer composing Ernani because the subject would have had to undergo some modifications at the hands of the police. ... [Romani] is now writing La sonnambula, ossia I Due Fidanzati Svizzeri. ... It must go on stage on 20 February at the latest." La sonnambula replaces Ernani Romani's libretto for La sonnambula was based on a ballet-pantomime by Eugène Scribe and Jean-Pierre Aumer called La somnambule, ou L'arrivée d'un nouveau seigneur. With its pastoral setting and story, La sonnambula was to become another triumphant success during Bellini's five years in Milan. The title role of Amina (the sleepwalker) with its high tessitura is renowned for its difficulty, requiring a complete command of trills and florid technique. It was written for Pasta who has been described as a soprano sfogato. That music which he was beginning to use for Ernani was transferred to La Sonnambula is not in doubt, and as Weinstein comments, "he was as ready as most other composers of his era to reuse in a new situation musical passages created for a different, earlier one". The opera's premiere performance took place on 6 March 1831, a little later than the original date, at the Teatro Carcano. Its success was partly due to the differences between Romani's earlier libretti and this one, as well as "the accumulation of operatic experience which both [Bellini] and Romani had brought to its creation." Press reactions were universally positive, as was that of the Russian composer, Mikhail Glinka, who attended and wrote overwhelmingly enthusiastically: Pasta and Rubini sang with the most evident enthusiasm to support their favourite conductor [sic]; the second act the singers themselves wept and carried the audience along with them. After its premiere, the opera was performed in London on 28 July 1831 at the King’s Theatre and in New York on 13 November 1835 at the Park Theatre. During Bellini's lifetime another sfogato, Maria Malibran, was to become a notable exponent of the role. Norma: Milan, December 1831 With La sonnambula successfully behind them, Bellini and Romani began to consider the subject of the opera for which they had been contracted by the Crivelli group for a December 1831 premiere at La Scala and which would mark Giuditta Pasta's debut at that house. By the summer, they had decided upon Norma, ossia L'Infanticidio which was based on the play of the same name, Norma, or The Infanticide by Alexandre Soumet which was being performed in Paris at around that time and which Pasta would have seen. For the roles of Adalgisa and Pollione, La Scala had engaged Giulia Grisi, the sister of Giuditta, and the well-known tenor Domenico Donzelli, who had made a name for himself with Rossini roles, especially that of Otello. He provided Bellini with precise details of his vocal capabilities which were confirmed by a report which Mercadante also provided. By the end of August it appears that Romani had completed a considerable amount of the libretto, enough at least to allow Bellini to begin work, which he certainly did in the first weeks of September as the verses were supplied. He reported in a letter to Pasta on 1 September: I hope that you will find this subject to your liking. Romani believes it to be very effective, and precisely because of the all-inclusive character for you, which is that of Norma. He will manipulate the situations so that they will not resemble other subjects at all, and he will retouch, even change, the characters to produce more effect, if need be. Pasta's vocal and dramatic ranges were extensive: that March, she had created the very different Bellini role of Amina, the Swiss village maiden, in La sonnambula. As the year progressed, several things appeared which began to disturb the composer. Firstly, an outbreak of cholera had occurred in Austria in July, and concern about its spread to Italy was real, to the point that, by late September, Bellini was writing to Florimo: "I am composing the opera without any real zeal because I am almost certain that the cholera will arrive in time to close the theatres; but as soon it threatens to come near, I'll leave Milan." About this time he had received an offer to compose for the Teatro di San Carlo in Naples and, in return, had imposed some harsh terms, totally objecting to the English soprano Marianna Lewis, "a donna who is below mediocrity: does not know how to sing, is a sausage on stage ..." He continues by stressing the need for a good tenor were he to come to Naples and, in a separate letter to be forwarded by Florimo, tells Principe di Ruffano, then the superintendent of the royal theatres, that he doubts that Barbaja would even agree to the fee already offered to him by La Scala, a total of 2,400 ducati, when he would want 3,000 ducati from Naples for all the additional expenses which he would incur. In a post script, Bellini adds an indignant objection to what he has heard about the proposed casting of Capuleti in Naples. It is clear that he regards Barbaja as an enemy. Norma was completed by about the end of November. Bellini then had to deal with the issue of piracy in regard to vocal reductions for piano of La sonnambula as published by Casa Ricordi. These scores were then fully orchestrated and sold to unsuspecting opera houses as full orchestral scores. This illegal action caused Bellini to publish a notice in major Italian newspapers putting such "pirates" on notice, but Weinstock comments that such attempts to control were not likely to succeed until Italian unification provided laws applicable to the country as a whole. After rehearsals began on 5 December, Pasta baulked at singing the Casta diva in act 1, now one of the most famous arias of the nineteenth century. She felt that it was "ill adapted to her vocal abilities", but Bellini was able to persuade her to keep trying for a week, after which she adapted to it and confessed her earlier error. At the opening night, the opera was received with what Weinstock describes as "chill indifference". To Florimo on the night of the premiere, Bellini wrote "Fiasco! Fiasco! Solemn fiasco!" and proceed to tell him of the indifference of the audience and how it affected him. In addition, in a letter to his uncle on 28 December, Bellini tries to explain the reasons for the reactions. As other commentators have also noted, some problems were innate to the structure and content of the opera, while others were external to it. Bellini discusses the tiredness of the singers (after rehearing the entire second on the day of the premiere) as well as noting how certain numbers failed to please—and failed to please the composer as well! But then he explains that most of the second act was very effective. It appears from the letter that the second evening's performance was more successful. Among the external reasons, Bellini cites the adverse reaction caused by the attitudes of both the owner of a journal (and his claque) and also of "a very rich woman"—who Weinstock identifies as Contessa Giulia Samoyloff— who was Pacini's mistress. He also notes that on this second evening, the theatre was full. In all, Norma was given 39 performances in its first season at La Scala, and reports from elsewhere, especially those from Bergamo when performances were given there in late 1832, suggested that it was becoming more and more popular. Bellini left Milan for Naples, and then Sicily, on 5 January 1832, but for the first time since 1827, it was a year in which he did not write an opera. Naples, Sicily, Bergamo: January to September 1832 Bellini traveled to Naples, although he may have stopped in Rome to see Giuditta Turina and her brother Gaetano Cantù. However, the sister and brother also went to Naples where Giuditta was finally able to meet Florimo and see the city in which Bellini had triumphed. Within six days, Bellini was in Naples where he remained for six weeks. During that time he remained busy, spending some time with Turina (who was ill for part of it), visiting the conservatory and meeting with many of the students and his old teacher, Zingarelli (to whom he had dedicated Norma), and attending a performance of Capuleti at the San Carlo with Turina and Florimo on 5 February in the presence of King Ferdinand II. The King led the applause for the composer, resulting in his being called to the stage and thus enjoying a very warm welcome from the people of Naples. Planning to leave Naples by 25 February, he dealt with the invitation from Lanari at La Fenice to compose for that house by stating that he would not work for less than the sum received from the last production, and that he was also in discussions with the San Carlo. Arriving in Messina along with Florimo on the morning of 27 February, Bellini was greeted by several members of his family including his father. They remained in Messina for two days, attending a performance of Il pirata at the Teatro della Munizione, where he was greeted with "loud shouts of pleasure, hand-clapping, and words of praise". Bellini arrived in Catania on 3 March to a civic welcome. He was greeted by the city's authorities and citizens who also feted him at a concert the following evening. This included excerpts from La sonnambula and Il pirata at the Teatro Communale, now replaced by the Teatro Massimo Bellini which was opened in 1890 and named in Bellini's honour. After a month, Bellini and Florimo left for Palermo where, once again, there was a "royal welcome" and where he made the acquaintance of Filippo Santocanale and his wife. Although weather delayed their departure for Naples, they continued to spend an enjoyable time there, but Bellini was anxious to return to Naples before Easter and to be with Giuditta Turina, who had remained in that city. They reached Naples on 25 April where he was reunited with Turina. Upon his arrival, Bellini wrote to his new friend Santocanale in Palermo, telling him that he would be accepting a contract from La Fenice so the issue had resurfaced in the form of a contract from Lanari which appeared to have accepted the composer's terms. But he had forgotten how much he had demanded: writing to Giuditta Pasta's husband, Giuseppe, he asked for the letter he had written to him (in which he had revealed the terms offered) to be sent to him to await his arrival in Florence. When returning to Naples, the couple reached Rome on 30 April. There is speculation that, when there, Bellini composed a one-act opera, Il fu ed it sara (The Past and the Present) for a private performance (which was supposedly not given until 1832), but little further information—nor any of the music—has been forthcoming. It appears that the couple (along with Giuditta's brother) left for Florence on or around 20 May traveling by private coach and that he attended what he described as "a quite unrecognisable" performance of La sonnumbula at the Teatro della Pergola. In the same letter, Bellini informed his publisher that: "I have arranged the contract with Lanari to compose the opera for Venice; there I'll have the divine Pasta, and on the same terms as the contract with La Scala for Norma". He continues by stating that, in addition, he will receive one hundred percent of the rental rights of the scores. Within a few days, Bellini was in Milan, from there writing to his friend Santocanale in Palermo that "I'm ... trying to find a good subject for my new opera for Venice. In August, I shall go to Bergamo for the production of my Norma with Pasta." From Bergamo, he wrote to Romani, excited to tell him that: Our Norma is decidedly a great success. If you heard how it's performed in Bergamo, you'd almost think that it was a new work ... [Pasta] even moves me. In fact, I wept [with] the emotions I felt in my soul. I wanted you near me so that I could have these emotions with you, my good advisor and collaborator, because you alone understand me. My glory is intrinsic to yours. After the successful production in Bergamo, which was favourably reviewed by the same writer from the Gazzetta privilegiata di Milano who was not enthusiastic about the original Milan production, Bellini spent a few days with Turina, and then, by mid-September, had returned to Milan anxious to meet Romani to decide on the subject for the following February's opera for La Fenice for which a contract had become official. In addition, it had been agreed that the new opera would be preceded by performances of Norma and that they would open the season. Beatrice di Tenda: Venice 1833 Beatrice di Tenda, with the leading role requiring a strong female character to be written for Pasta, composer and librettist met to consider a subject. Much of the initial work fell upon Romani, who had to look at a number of possible sources, and he became irritated by the task, finally hoping that a shipment of books from Paris would reveal a suitable one. It appears that by 6 October, a subject had been agreed upon: it would be Cristina regina di Svenzia from a play by Alexandre Dumas which had appeared in Paris in 1830. However, by one month later, Bellini was writing to Pasta to state that: "The subject has been changed, and we'll write Beatrice di Tenda [after the play of the same name by Carlo Tedaldi-Fores.] I had a hard time persuading Romani, but persuade him I did, and with good reasons. Knowing that the subject pleases you, as you told me the evening when you saw the ballet [in September 1832 in Milan when it accompanied a Mercadante opera] ... He is a man of good will, and I want him to show it also in wanting to prepare at least the first act for me swiftly." Bellini's expectation that Romani's good will would be demonstrated promptly, turned out to be a mistake. The librettist had vastly over-committed himself: by the time that Cristina became Beatrice, he had made commitments to Mercadante for an October opera; also to Carlo Coccia for an opera for La Scala on 14 February 1833; and further, to Luigi Majocchi for a Parma production on 26 February; to Mercadante for La Scala on 10 March; and to Donizetti for Florence on 17 March. Nothing happened in November; Bellini announced that he would arrive in Venice in early December and after 10th, he became preoccupied with rehearsals for Norma. However, the lack of any verses—for an opera which was supposed to be staged in the second half of February—caused him to have to take action against Romani. This involved a complaint lodged with the governor of Venice who then contacted the governor of Milan, who then had his police contact Romani. The librettist finally arrived in Venice on 1 January 1833. He holed up to write Bellini's libretto, but, at the same time, Donizetti was equally incensed at delays in receiving a libretto from Romani for an opera which was to be Parisina. When Norma opened on 26 December, it was a success but only because of Pasta. The Adalgisa of Anna Del Serre and the Pollione of Alberico Curioni were mediocre; Bellini feared for how Beatrice would turn out. Writing to Santocanale on 12 January, Bellini was in despair, complaining of the short time to write his opera because "Whose fault is that? that of my usual and original poet, the God of Sloth!" Their relationship quickly began to deteriorate: greetings including tu (the informal "you") gave way to voi (the formal "you") and they lived in different parts of Venice. However, by 14 February, Bellini was reporting that he had only "another three pieces of the opera to do" and that "I hope to go onstage here on 6 March if I am able to finish the opera and prepare it." As it turned out, Bellini was only able to prepare the opera for rehearsals by deleting sections of the libretto as well as some of the music for the finale. To create more time for Bellini to finish, at La Fenice Lanari padded the programme with older works or revivals, but that allowed only eight days for Beatrice before the scheduled end of the season. Not surprisingly, the audience greeted the opening night on 16 March with little enthusiasm, especially after Romani's plea for "the reader's full indulgence" appeared in the libretto, but at the following two performances there was a large crowd. For Bellini, his opera "was not unworthy of her sisters". The break with Romani There then began what Herbert Weinstock describes in over twelve pages of text, which include the long letters written by both sides in the dispute: The journalistic storm over Beatrice di Tenda was about to evolve into the bitterest, most convoluted, and—at our distance from it—most amusing polemic in the annals of early nineteenth-century Italian opera. Three days before the premiere, the Venetian daily, the Gazzetta privilegiata di Venezia, had published a letter purportedly written to its editor by 'A.B.' of Fonzaso, in Weinstein's view most certainly fabricated by Tommaso Locatelli, the musically sophisticated man who edited the paper. In the letter, he complained about the delay in the production
sent to others. Giovanni Pacini, another Catanese composer, was still in Milan in late June after the well-received premiere on 10 June of his opera Il Talismano at La Scala, where it went on to receive a total of 16 performances. To Bellini, he appeared to be a rival, and with his recent success, Pacini received offers to compose an opera for both Turin and Venice for the Carnival season. He accepted both offers, but the La Fenice impresario included a proviso that if he were to be unable to fulfill the Venice contract, then it would be transferred to Bellini. Bellini then became preoccupied with staging a revival of his Il pirata during the summer season at the Teatro Canobbiana because La Scala was closed for repairs. Il Pirata was staged with the original cast and again was a triumph: it received 24 consecutive performances between 16 July and 23 August 1829, thus outnumbering Pacini's. During July and August, the composer Gioachino Rossini visited Milan on his way to Bologna. He saw the Il Pirata production and met Bellini; the two men were taken with each other, to the extent that when the younger composer was in Paris a year or two later, he developed a very strong bond with Rossini. A firm offer of a contract for a new opera for Venice appeared in the autumn, a contract which also included a provision that Il pirata would be given during the Carnival 1830 season. Tearing himself away from dalliances with Mrs. Turina, by mid-December Bellini was in Venice where Giuseppe Persiani's Constantino in Arles was in rehearsal with the same singers who were to perform in Pirata: they were Giuditta Grisi, the tenor Lorenzo Bonfigli, and Giulio Pellegrini. I Capuleti e i Montecchi: Venice, March 1830 With rehearsals for Pirata underway in late December, Bellini was given notice by the La Fenice impresario, Alessandro Lanari, that it was doubtful whether Pacini would be present in time to stage an opera and that a contract was to be prepared with the proviso that it would only become effective on 14 January. Accepting the offer 5 January, Bellini stated that he would set Romani's libretto for Giulietta Capellio, that he required 45 days between receipt of the libretto and the first performance, and that he would accept 325 napoleoni d'oro (about 8,000 lire). The tentative contract deadline was extended until 20 January, but by that date Romani was in Venice, having already re-worked much of his earlier libretto which he had written for Nicola Vaccai's 1825 opera, Giulietta e Romeo, the source for which was the play of the same name by Luigi Scevola which had been written in 1818. The two men set to work, but with the winter weather in Venice becoming increasingly bad, Bellini fell ill; however, he had to continue to work under great pressure within a now-limited timetable. Eventually, revisions to Romani's libretto were agreed to, a new title was given to the work, and Bellini reviewed his score of Zaira to see how some of the music could be set to the new text, but composing the part of Romeo for Grisi. He also took Giulietta’s "Oh quante volte" and Nelly’s romanza from Adelson e Salvini. The Giulietta was to be sung by Rosalbina Caradori-Allan. At the premiere of I Capuleti e i Montecchi on 11 March 1830 success for Bellini returned. Weinstock describes the premiere as "an unclouded and immediate success" but it was only able to be performed eight times before the La Fenice season closed on 21 March. A local newspaper, I Teatri, reported that "all things considered, this opera by Bellini has aroused as much enthusiasm in Venice as La straniera aroused in Milan from the first evening on". By this time, Bellini knew that he had achieved a degree of fame: writing on 28 March, he stated that "My style is now heard in the most important theatres in the world ... and with the greatest enthusiasm." Before leaving Venice, Bellini was offered a contract to produce another new opera for La Fenice for the 1830–31 Carnival season, and—upon his return to Milan after a reunion with Turina—he also found an offer from Genoa for a new opera but proposed for the same time period, an offer he was forced to reject. Later that year, Bellini prepared a version of Capuleti for La Scala which was given on 26 December, lowering Giulietta’s part for the mezzo-soprano Amalia Schütz Oldosi. La sonnambula: Milan, March 1831 Returning to Milan after the Capuleti performances, little occurred until the latter part of April when changes began to appear in the management of La Scala. The organisation, "Crivelli and Company" which had managed both that house as well as La Fenice, was negotiating with a triumvirate consisting of Count Pompeo Litta and two businessmen, their immediate concern being the engagement of singers and composers for La Scala. In order to contract with Bellini, he had to be released from his obligation to Venice; this was achieved by Litta buying out the Venice contract. When Bellini laid out his terms for writing for Milan, Litta gave him a very favourable response: "I shall earn almost twice as much as if I had composed for Crivelli [then the Venetian impresario]" he noted in a letter to his uncle. However, the group led by Duke Litta failed to come to terms with the Crivelli-Lanari-Barbaja group which continued to manage both La Scala and La Fenice. As a result, in the April–May 1830 period, Bellini was able to negotiate a contract with both the Litta group—which was planning performances in a smaller Milan house, the Teatro Carcano—and with the Crivelli group to obtain a contract for an opera for the autumn of 1831 and another for the 1832 Carnival season. These were to become Norma for La Scala and Beatrice di Tenda for La Fenice. Bellini then experienced the re-occurrence of an illness which had emerged in Venice due to pressure of work and the bad weather, but which consistently recurred after each opera and which would eventually cause his death. The gastro-enteric condition—which he describes as "a tremendous inflammatory gastric bilious fever"— resulted in his being cared for by Francesco Pollini and his wife at their home because, as Bellini wrote, "he loves me more than a son". Having recovered from his illness by the summer, Bellini went to stay near Lake Como. The need to decide on the subject for the following winter's opera became pressing, although it had already been agreed that Giuditta Pasta, who had achieved success in the Teatro Carcano in 1829 and 1830 with in several major operas, would be the principal artist. That she owned a house near Como and would be staying there over the summer was the reason that Romani traveled to meet her and Bellini. Attempts to create Ernani By 15 July they had decided on an adaptation of Victor Hugo's play, Hernani, although Weinstock speculates as to how this decision could have come about. The play's political subject matter would have been known to the group and they would certainly know of the strict censorship then in existence in Austrian-controlled Lombardy. In addition, it was uncertain as to whether Pasta was interested in singing a trousers role, that of the protagonist, Ernani. While it seems that all three were in agreement, no further progress was made. Romani, who promised to begin the Ernani libretto immediately, went off to write one for what became Donizetti's Anna Bolena (which opened the Carcano's season in December 1830). Rather than resting, Bellini immediately set off for Bergamo to stage La straniera, then went back to the mountains. But, by the end of November, nothing had been achieved in the way of writing either the libretto or the score of Ernani. On 3 January 1831, a letter from Bellini stated: "... I am no longer composing Ernani because the subject would have had to undergo some modifications at the hands of the police. ... [Romani] is now writing La sonnambula, ossia I Due Fidanzati Svizzeri. ... It must go on stage on 20 February at the latest." La sonnambula replaces Ernani Romani's libretto for La sonnambula was based on a ballet-pantomime by Eugène Scribe and Jean-Pierre Aumer called La somnambule, ou L'arrivée d'un nouveau seigneur. With its pastoral setting and story, La sonnambula was to become another triumphant success during Bellini's five years in Milan. The title role of Amina (the sleepwalker) with its high tessitura is renowned for its difficulty, requiring a complete command of trills and florid technique. It was written for Pasta who has been described as a soprano sfogato. That music which he was beginning to use for Ernani was transferred to La Sonnambula is not in doubt, and as Weinstein comments, "he was as ready as most other composers of his era to reuse in a new situation musical passages created for a different, earlier one". The opera's premiere performance took place on 6 March 1831, a little later than the original date, at the Teatro Carcano. Its success was partly due to the differences between Romani's earlier libretti and this one, as well as "the accumulation of operatic experience which both [Bellini] and Romani had brought to its creation." Press reactions were universally positive, as was that of the Russian composer, Mikhail Glinka, who attended and wrote overwhelmingly enthusiastically: Pasta and Rubini sang with the most evident enthusiasm to support their favourite conductor [sic]; the second act the singers themselves wept and carried the audience along with them. After its premiere, the opera was performed in London on 28 July 1831 at the King’s Theatre and in New York on 13 November 1835 at the Park Theatre. During Bellini's lifetime another sfogato, Maria Malibran, was to become a notable exponent of the role. Norma: Milan, December 1831 With La sonnambula successfully behind them, Bellini and Romani began to consider the subject of the opera for which they had been contracted by the Crivelli group for a December 1831 premiere at La Scala and which would mark Giuditta Pasta's debut at that house. By the summer, they had decided upon Norma, ossia L'Infanticidio which was based on the play of the same name, Norma, or The Infanticide by Alexandre Soumet which was being performed in Paris at around that time and which Pasta would have seen. For the roles of Adalgisa and Pollione, La Scala had engaged Giulia Grisi, the sister of Giuditta, and the well-known tenor Domenico Donzelli, who had made a name for himself with Rossini roles, especially that of Otello. He provided Bellini with precise details of his vocal capabilities which were confirmed by a report which Mercadante also provided. By the end of August it appears that Romani had completed a considerable amount of the libretto, enough at least to allow Bellini to begin work, which he certainly did in the first weeks of September as the verses were supplied. He reported in a letter to Pasta on 1 September: I hope that you will find this subject to your liking. Romani believes it to be very effective, and precisely because of the all-inclusive character for you, which is that of Norma. He will manipulate the situations so that they will not resemble other subjects at all, and he will retouch, even change, the characters to produce more effect, if need be. Pasta's vocal and dramatic ranges were extensive: that March, she had created the very different Bellini role of Amina, the Swiss village maiden, in La sonnambula. As the year progressed, several things appeared which began to disturb the composer. Firstly, an outbreak of cholera had occurred in Austria in July, and concern about its spread to Italy was real, to the point that, by late September, Bellini was writing to Florimo: "I am composing the opera without any real zeal because I am almost certain that the cholera will arrive in time to close the theatres; but as soon it threatens to come near, I'll leave Milan." About this time he had received an offer to compose for the Teatro di San Carlo in Naples and, in return, had imposed some harsh terms, totally objecting to the English soprano Marianna Lewis, "a donna who is below mediocrity: does not know how to sing, is a sausage on stage ..." He continues by stressing the need for a good tenor were he to come to Naples and, in a separate letter to be forwarded by Florimo, tells Principe di Ruffano, then the superintendent of the royal theatres, that he doubts that Barbaja would even agree to the fee already offered to him by La Scala, a total of 2,400 ducati, when he would want 3,000 ducati from Naples for all the additional expenses which he would incur. In a post script, Bellini adds an indignant objection to what he has heard about the proposed casting of Capuleti in Naples. It is clear that he regards Barbaja as an enemy. Norma was completed by about the end of November. Bellini then had to deal with the issue of piracy in regard to vocal reductions for piano of La sonnambula as published by Casa Ricordi. These scores were then fully orchestrated and sold to unsuspecting opera houses as full orchestral scores. This illegal action caused Bellini to publish a notice in major Italian newspapers putting such "pirates" on notice, but Weinstock comments that such attempts to control were not likely to succeed until Italian unification provided laws applicable to the country as a whole. After rehearsals began on 5 December, Pasta baulked at singing the Casta diva in act 1, now one of the most famous arias of the nineteenth century. She felt that it was "ill adapted to her vocal abilities", but Bellini was able to persuade her to keep trying for a week, after which she adapted to it and confessed her earlier error. At the opening night, the opera was received with what Weinstock describes as "chill indifference". To Florimo on the night of the premiere, Bellini wrote "Fiasco! Fiasco! Solemn fiasco!" and proceed to tell him of the indifference of the audience and how it affected him. In addition, in a letter to his uncle on 28 December, Bellini tries to explain the reasons for the reactions. As other commentators have also noted, some problems were innate to the structure and content of the opera, while others were external to it. Bellini discusses the tiredness of the singers (after rehearing the entire second on the day of the premiere) as well as noting how certain numbers failed to please—and failed to please the composer as well! But then he explains that most of the second act was very effective. It appears from the letter that the second evening's performance was more successful. Among the external reasons, Bellini cites the adverse reaction caused by the attitudes of both the owner of a journal (and his claque) and also of "a very rich woman"—who Weinstock identifies as Contessa Giulia Samoyloff— who was Pacini's mistress. He also notes that on this second evening, the theatre was full. In all, Norma was given 39 performances in its first season at La Scala, and reports from elsewhere, especially those from Bergamo when performances were given there in late 1832, suggested that it was becoming more and more popular. Bellini left Milan for Naples, and then Sicily, on 5 January 1832, but for the first time since 1827, it was a year in which he did not write an opera. Naples, Sicily, Bergamo: January to September 1832 Bellini traveled to Naples, although he may have stopped in Rome to see Giuditta Turina and her brother Gaetano Cantù. However, the sister and brother also went to Naples where Giuditta was finally able to meet Florimo and see the city in which Bellini had triumphed. Within six days, Bellini was in Naples where he remained for six weeks. During that time he remained busy, spending some time with Turina (who was ill for part of it), visiting the conservatory and meeting with many of the students and his old teacher, Zingarelli (to whom he had dedicated Norma), and attending a performance of Capuleti at the San Carlo with Turina and Florimo on 5 February in the presence of King Ferdinand II. The King led the applause for the composer, resulting in his being called to the stage and thus enjoying a very warm welcome from the people of Naples. Planning to leave Naples by 25 February, he dealt with the invitation from Lanari at La Fenice to compose for that house by stating that he would not work for less than the sum received from the last production, and that he was also in discussions with the San Carlo. Arriving in Messina along with Florimo on the morning of 27 February, Bellini was greeted by several members of his family including his father. They remained in Messina for two days, attending a performance of Il pirata at the Teatro della Munizione, where he was greeted with "loud shouts of pleasure, hand-clapping, and words of praise". Bellini arrived in Catania on 3 March to a civic welcome. He was greeted by the city's authorities and citizens who also feted him at a concert the following evening. This included excerpts from La sonnambula and Il pirata at the Teatro Communale, now replaced by the Teatro Massimo Bellini which was opened in 1890 and named in Bellini's honour. After a month, Bellini and Florimo left for Palermo where, once again, there was a "royal welcome" and where he made the acquaintance of Filippo Santocanale and his wife. Although weather delayed their departure for Naples, they continued to spend an enjoyable time there, but Bellini was anxious to return to Naples before Easter and to be with Giuditta Turina, who had remained in that city. They reached Naples on 25 April where he was reunited with Turina. Upon his arrival, Bellini wrote to his new friend Santocanale in Palermo, telling him that he would be accepting a contract from La Fenice so the issue had resurfaced in the form of a contract from Lanari which appeared to have accepted the composer's terms. But he had forgotten how much he had demanded: writing to Giuditta Pasta's husband, Giuseppe, he asked for the letter he had written to him (in which he had revealed the terms offered) to be sent to him to await his arrival in Florence. When returning to Naples, the couple reached Rome on 30 April. There is speculation that, when there, Bellini composed a one-act opera, Il fu ed it sara (The Past and the Present) for a private performance (which was supposedly not given until 1832), but little further information—nor any of the music—has been forthcoming. It appears that the couple (along with Giuditta's brother) left for Florence on or around 20 May traveling by private coach and that he attended what he described as "a quite unrecognisable" performance of La sonnumbula at the Teatro della Pergola. In the same letter, Bellini informed his publisher that: "I have arranged the contract with Lanari to compose the opera for Venice; there I'll have the divine Pasta, and on the same terms as the contract with La Scala for Norma". He continues by stating that, in addition, he will receive one hundred percent of the rental rights of the scores. Within a few days, Bellini was in Milan, from there writing to his friend Santocanale in Palermo that "I'm ... trying to find a good subject for my new opera for Venice. In August, I shall go to Bergamo for the production of my Norma with Pasta." From Bergamo, he wrote to Romani, excited to tell him that: Our Norma is decidedly a great success. If you heard how it's performed in Bergamo, you'd almost think that it was a new work ... [Pasta] even moves me. In fact, I wept [with] the emotions I felt in my soul. I wanted you near me so that I could have these emotions with you, my good advisor and collaborator, because you alone understand me. My glory is intrinsic to yours. After the successful production in Bergamo, which was favourably reviewed by the same writer from the Gazzetta privilegiata di Milano who was not enthusiastic about the original Milan production, Bellini spent a few days with Turina, and then, by mid-September, had returned to Milan anxious to meet Romani to decide on the subject for the following February's opera for La Fenice for which a contract had become official. In addition, it had been agreed that the new opera would be preceded by performances of Norma and that they would open the season. Beatrice di Tenda: Venice 1833 Beatrice di Tenda, with the leading role requiring a strong female character to be written for Pasta, composer and librettist met to consider a subject. Much of the initial work fell upon Romani, who had to look at a number of possible sources, and he became irritated by the task, finally hoping that a shipment of books from Paris would reveal a suitable one. It appears that by 6 October, a subject had been agreed upon: it would be Cristina regina di Svenzia from a play by Alexandre Dumas which had appeared in Paris in 1830. However, by one month later, Bellini was writing to Pasta to state that: "The subject has been changed, and we'll write Beatrice di Tenda [after the play of the same name by Carlo Tedaldi-Fores.] I had a hard time persuading Romani, but persuade him I did, and with good reasons. Knowing that the subject pleases you, as you told me the evening when you saw the ballet [in September 1832 in Milan when it accompanied a Mercadante opera] ... He is a man of good will, and I want him to show it also in wanting to prepare at least the first act for me swiftly." Bellini's expectation that Romani's good will would be demonstrated promptly, turned out to be a mistake. The librettist had vastly over-committed himself: by the time that Cristina became Beatrice, he had made commitments to Mercadante for an October opera; also to Carlo Coccia for an opera for La Scala on 14 February 1833; and further, to Luigi Majocchi for a Parma production on 26 February; to Mercadante for La Scala on 10 March; and to Donizetti for Florence on 17 March. Nothing happened in November; Bellini announced that he would arrive in Venice in early December and after 10th, he became preoccupied with rehearsals for Norma. However, the lack of any verses—for an opera which was supposed to be staged in the second half of February—caused him to have to take action against Romani. This involved a complaint lodged with the governor of Venice who then contacted the governor of Milan, who then had his police contact Romani. The librettist finally arrived in Venice on 1 January 1833. He holed up to write Bellini's libretto, but, at the same time, Donizetti was equally incensed at delays in receiving a libretto from Romani for an opera which was to be Parisina. When Norma opened on 26 December, it was a success but only because of Pasta. The Adalgisa of Anna Del Serre and the Pollione of Alberico Curioni were mediocre; Bellini feared for how Beatrice would turn out. Writing to Santocanale on 12 January, Bellini was in despair, complaining of the short time to write his opera because "Whose fault is that? that of my usual and original poet, the God of Sloth!" Their relationship quickly began to deteriorate: greetings including tu (the informal "you") gave way to voi (the formal "you") and they lived in different parts of Venice. However, by 14 February, Bellini was reporting that he had only "another three pieces of the opera to do" and that "I hope to go onstage here on 6 March if I am able to finish the opera and prepare it." As it turned out, Bellini was only able to prepare the opera for rehearsals by deleting sections of the libretto as well as some of the music for the finale. To create more time for Bellini to finish, at La Fenice Lanari padded the programme with older works or revivals, but that allowed only eight days for Beatrice before the scheduled end of the season. Not surprisingly, the audience greeted the opening night on 16 March with little enthusiasm, especially after Romani's plea for "the reader's full indulgence" appeared in the libretto, but at the following two performances there was a large crowd. For Bellini, his opera "was not unworthy of her sisters". The break with Romani There then began what Herbert Weinstock describes in over twelve pages of text, which include the long letters written by both sides in the dispute: The journalistic storm over Beatrice di Tenda was about to evolve into the bitterest, most convoluted, and—at our distance from it—most amusing polemic in the annals of early nineteenth-century Italian opera. Three days before the premiere, the Venetian daily, the Gazzetta privilegiata di Venezia, had published a letter purportedly written to its editor by 'A.B.' of Fonzaso, in Weinstein's view most certainly fabricated by Tommaso Locatelli, the musically sophisticated man who edited the paper. In the letter, he complained about the delay in the production of Beatrice as the end of the season became closer. Weinstock assumes that it is Locatelli who replied to "A.B.", asserting that Bellini and Romani were trying to achieve perfection before taking the opera to London. Then a torrent of anti-Beatrice letters appeared after the first performance, followed by a pro-Bellini reply, signed "A friend of M. Bellini". This letter removes the blame from Bellini and lays it at the feet of Romani, outlining the timetable for the delivery of the libretto, which was contracted to be due in two parts: one in October and then the second in November. The author states that, except for a limited amount of text, nothing had been received by mid-January and the piece continues by describing the legal proceedings taken by Bellini and the various setbacks which occurred even after Romani arrived in Venice. On 2 April, this provoked a response from Romani himself, presenting his case against Bellini based largely on the composer's inability to decide on a subject, as well as justifying all the work which he did after arriving in Venice, only to find his melodramma "touched up in a thousand ways", in order to make it acceptable to "the Milords of the Thames [who] await him", a sarcastic reference to planned trip to London. Another, a more "venomous" version of this letter, was sent to Milan's L'Eco. "Pietro Marinetti" replied from the pro-Bellini camp in the Milan journal, Il Barbiere di Siviglia on 11 April. In "Two Words for Signor Felice Romani" [but which takes five pages in print], he states that it is not his intention to defend the composer but "only to vent my displeasure given me and all sensitive people by the very sarcastic manner, full of personal rancor and hauteur, with which Signor Romani has undertaken to assail his antagonist." Not unexpectedly, a further "cannonade" (says Weinstock) appeared from Romani, published this time in L'Eco on 12 April 1833 with both an editor's preface, decrying the poor taste displayed by both sides, and a brief final response from Marinetti. The relationship begins to be repaired Having been invited to write a new opera for the San Carlo for the 1834–35 Carnival season, but declined because of his Paris commitment, he stated that May 1835 might be possible when he knew who were to be the contracted singers. Florimo immediately began to try to persuade his friend, indicating that Malibran had been engaged for Naples in January 1835. Continuing his letter to Florimo, he states: why the Management ... doesn't make a contract with Romani; not just for one libretto, but by the year ... with the understanding that he come to live in Naples; thus he could write the libretto for me as the only poet attached to the theatre, and if they want to negotiate with him, they can commission me to arrange it; I'd like to return good for evil to that wrongheaded and very talented man ... From that statement of March 1834, it does not appear that animosity still existed on the composer's part. Through an intermediary, Bordesi (or Bordese), a mutual friend of both men, Romani initially expressed interest in re-establishing friendly relations with Bellini. Thus, Bellini wrote back to the intermediary stating: "Tell my dear Romani that I still love him even though he is a cruel man" and he continues by wondering if Romani ever thinks about him where he, Bellini, says "whereas I do nothing but to talk about him to the entire universe". Then he ends with: "Give him a kiss for me". This was followed by a letter to Florimo in late May where Bellini wishes to know if Romani reciprocated his feelings, which—it appears—did happen when he writes to Romani himself (most likely expansion of the initial draft) laying out a series of concerns, but quoting back to him a part of his own letter to Bordese in which Romani states "I have not ceased to love him [Bellini], for I recognise that the blame is not all his". In conclusion, Bellini suggests "draw[ing] a veil over everything that happened", stating that he cannot come to Milan at this time but, since he was planning to write the opera for Naples for 1836, he could do so in January [1835: presumably after I puritani]. He ends by saying that, if he does not hear back from Romani, he will not write to him again. Little is known about Romani's reply, but reply he did, as indicated in Bellini's letter to Florimo in October followed by a very friendly one on 7 October 1834 to the librettist (who had been engaged in Turin) and in which he states: "It seemed impossible to exist without you", closing with "Write for Turin or for wherever, write , for your Bellini". Within a year of writing that letter, Bellini was dead. The two men never did meet again. London: April to August 1833 After leaving Venice on 26 March, before the barrage of letter-writing began, it is known that Bellini spent some time with Mrs. Turina in Milan and, leaving many of his personal possessions with her, appears to have planned to return there by August since he did not give up his rooms in the contrade dei Re Monasteri. With the Pasta and other members of the Italian troupe contracted for London by the impresario of the King's Theatre, Pierre-François Laporte, Bellini and his troupe set off. On the journey it is known that he stopped in Paris and discussed with Dr. Louis Véron, the director of the Paris Opéra, the possibility of writing a French opera, but his intention was to focus on that subject on his return in the coming July. As Weinstock notes, when the Italians arrived in London by 27 April, Bellini was a known factor, many of his operas having already been given over the previous few years. His name is listed as an attendee in the Morning Chronicle of 29 April at a performance of Rossini's La Cenerentola, along with those of Maria Malibran, Felix Mendelssohn, Niccolò Paganini, as well as Pasta, Rubini, and other visiting Italian singers. His operas which had been presented in London included Il pirata (with Henriette Méric-Lalande in April 1830) followed by La sonnambula (with Pasta) and La straniera (with Giuditta Grisi). In addition—and separate from Bellini's troupe at the King's Theatre—Maria Malibran was about to present her London debut in La sonnambula at the Theatre Royal, Drury Lane on 1 May in an English version with "an adapted Bellini score". It appears that Bellini had his first meeting with Malibran when attending a performance where, as he states: my music was tortured, torn to shreds. ... Only when Malibran was singing did I recognise my [opera] ... but in the allegro of the final scene, and precisely at the words 'Ah! m'abbraccia' ... I was the first to shout at the top of my voice: 'Viva, viva, brava, brava,' and to clap my hands as much as I could. [When he was recognised by the audience, who became more and more enthusiastic, he was called to the stage where he embraced Malibran. He continues:] My emotion was at its climax. I thought I was in Paradise. As the opera season progressed, Bellini found himself caught up in the social whirl, with invitations coming from all around him. His fame was now secure—La sonnambula having established it—and the premiere of Norma, given on 21 June with Pasta in the title role, was a triumph according to a long letter which Giuseppe Pasta wrote about the experience and his wife's huge success. Additionally, reports in the London press were favourable including the review which appeared in The Times of 23 June 1833. It took until late July for I Capuleti e i Montecchi to be given its London premiere and his contract was then over, after which he left for Paris by about mid-August. Paris: August 1833 to January 1835 When he arrived in Paris in mid-August 1833, Bellini had intended to stay only about three weeks, the main aim being to continue the negotiations with the Opéra which had begun on his way to London a few months earlier. While there was no agreement with Véron at the Opéra, the Théâtre-Italien made him an offer which, Bellini notes, he accepted because "the pay was richer than what I had received in Italy up to then, though only by a little; then because of so magnificent a company; and finally so as to remain in Paris at others' expense." In fact, Éduard Robert and Carlo Severini of the Italien had written to the composer, offering a seat in their theatre during his stay in the city and telling him that Grisi, Unger, and Rubini would be singing Pirata in October and Capuleti in November. But with no definite arrangements having been made to compose for the Italian house—and Bellini essentially not wishing to proceed with an offer from Turin to stage Norma—he settled into a new, small apartment. He wrote to Florimo, telling him about the lodgings and that he had written to Turina not to sell any of his furniture, but to send some of it to him. Quickly, Bellini entered the fashionable world of the Parisian salon, most importantly that run by the Italian exile Princess Belgiojoso whom he had met in Milan and who "was by far the most overtly political of the salonnières". Her salon became a meeting place for Italian revolutionaries such as Vincenzo Gioberti, Niccolò Tommaseo, and Camillo Cavour, and it was there that he would have most likely made the acquaintance of Count Carlo Pepoli. Others that Bellini would have met included Victor Hugo, George Sand, Alexandre Dumas pėre, and Heinrich Heine. Among the many musical figures were several Italian such as Michele Carafa and the imposing Luigi Cherubini, then in his seventies. In terms of musical activity—or lack thereof—Bellini pleaded guilty in the letter to Florimo in March 1834: "If you reflect for a moment that a young man in my position, in London and Paris for the first time, cannot help amusing himself immensely, you will excuse me." However, in January 1834, he had signed a contract to write a new opera for the Théâtre-Italien which would be presented at the end of the year. At the same time, he had been invited to write a new opera for the San Carlo in Naples for the 1834–35 Carnival season, but declined given the Paris commitment and stated that it might be possible to do so by May 1835 when he knew who were to be the contracted singers. Florimo immediately began to try to persuade his friend to take up this offer, indicating that Malibran had been engaged for Naples in January 1835. On a professional level, Bellini became very concerned around the middle of April 1834, when he learned that Donizetti would be composing for the Théâtre-Italien during the same season, 1834–35. According to Weinstock, quoting letters sent to Florimo in Italy at around that time (and continuing almost up to the premiere of I puritani), Bellini perceived this to be a plot orchestrated by Rossini. In a long, rambling letter of 2,500 words to Florino of 11 March 1834, he expresses his frustrations. But over a year later and with hindsight—after Puritanis great success which came way ahead of that of Donizetti's first work for Paris, Marin Faliero—he outlines "the plot which was being hatched against me" and the strategies which he adopted to counter it. These strategies included expanding his contacts with Rossini to secure his growing friendship by continuing to see him on numerous occasions to seek his advice, noting "I have always adored Rossini, and I succeeded, and happily ... [having] tamed
moon goddess, provides the cool of the night, peace, fertility, and rain. To give this in a summed aspect, a proverb says ‘When Lisa punishes Mawu forgives. Legba is often represented as a phallus or as a man with a prominent phallus. Known as the youngest son of Mawu, he is the chief of all Vodun divinities; in his Diasporic portrayal, Legba is believed to be a very old man who walks on crutches. Being old he is seen as wise, but when seen as a child he is one who is rebellious. It is only through contact with Legba that it becomes possible to contact the other gods, for he is the guardian at the door of the spirits. Dan, who is Mawu's androgynous son, is represented as a rainbow serpent, and was to remain with her and act as a go-between with her other creations. As the mediator between the spirits and the living, Dan maintains balance, order, peace and communication. Other popular loa, or spiritual entities, include Azaka who rules over agriculture, Erzuli has domain over love, and Ogoun who is in charge of war, defense and who stands on guard. All creation is considered divine and therefore contains the power of the divine. This is how medicines such as herbal remedies are understood, and explains the ubiquitous use of mundane objects in religious ritual. Vodun talismans, called "fetishes", are objects such as statues or dried animal or human parts that are sold for their healing and spiritually rejuvenating properties. Specifically, they are objects inhabited by spirits. The entities that inhabit a fetish are able to perform different tasks according to their stage of development. Fetish objects are often combined in the construction of "shrines", used to call forth specific vodun and their associated powers. Priestess The Queen Mother is the first daughter of a matriarchal lineage of a family collective. She holds the right to lead the ceremonies incumbent to the clan: marriages, baptisms and funerals. She is one of the most important members of community. She will lead the women of a village when her family collective is the ruling one. They take part in the organisation and the running of markets and are also responsible for their upkeep. This is vitally important because marketplaces are the focal points for gatherings and social centres in their communities. In the past when the men of the villages would go to war, the Queen Mothers would lead prayer ceremonies in which all the women attended every morning to ensure the safe return of their menfolk. The high priestess is the woman chosen by the oracle to care for the convent. Priestesses, like priests, receive a calling from an oracle, which may come at any moment during their lives. They will then join their clan's convent to pursue spiritual instruction. It is also an oracle that will designate the future high priest and high priestess among the new recruits, establishing an order of succession within the convent. Only blood relatives were allowed in the family convent; strangers are forbidden. In modern days, however, some family members to enter what is described as the first circle of worship. Strangers are allowed to worship only the spirits of the standard pantheon. West African Vodún cult and Christian Liturgy At the 10th Jubilee Conference of Junior Theologians and Doctorals Students that took place on 28 February – 1 March 2020 in Eger Hungary Adechina Samson Takpe gave a lecture on the topic "West African Vodún Cult and Christian Liturgy. Comparison in a Christian perspective". According to him: Demographics About 17% of the population of Benin, some 1.6 million people, follow Vodun. (This does not count other traditional religions in Benin.) In addition, many of the 41.5% of the population that refer to themselves as "Christian" practice a syncretized religion, not dissimilar from Haitian Vodou or Brazilian Candomblé; indeed, many of them are descended from freed Brazilian slaves who settled on the coast near Ouidah. In Togo, about half the population practices indigenous religions, of which Vodun is by far the largest, with some 2.5 million followers; there may be another million Vodunists among the Ewe of Ghana, as a 13% of the total Ghana population of 20 million are Ewe and 38% of Ghanaians practice traditional religion. According to census data, about 14 million people practice traditional religion in Nigeria, most of whom are Yoruba practicing Ifá, but no specific breakdown is available. European colonialism, followed by some of the totalitarian regimes in West Africa, have tried to suppress Vodun as well as other traditional religions. However, because the Vodou deities are born to each clan, tribe, and nation, and their clergy are central to maintaining the moral, social and political order and ancestral foundation of
marketplaces are the focal points for gatherings and social centres in their communities. In the past when the men of the villages would go to war, the Queen Mothers would lead prayer ceremonies in which all the women attended every morning to ensure the safe return of their menfolk. The high priestess is the woman chosen by the oracle to care for the convent. Priestesses, like priests, receive a calling from an oracle, which may come at any moment during their lives. They will then join their clan's convent to pursue spiritual instruction. It is also an oracle that will designate the future high priest and high priestess among the new recruits, establishing an order of succession within the convent. Only blood relatives were allowed in the family convent; strangers are forbidden. In modern days, however, some family members to enter what is described as the first circle of worship. Strangers are allowed to worship only the spirits of the standard pantheon. West African Vodún cult and Christian Liturgy At the 10th Jubilee Conference of Junior Theologians and Doctorals Students that took place on 28 February – 1 March 2020 in Eger Hungary Adechina Samson Takpe gave a lecture on the topic "West African Vodún Cult and Christian Liturgy. Comparison in a Christian perspective". According to him: Demographics About 17% of the population of Benin, some 1.6 million people, follow Vodun. (This does not count other traditional religions in Benin.) In addition, many of the 41.5% of the population that refer to themselves as "Christian" practice a syncretized religion, not dissimilar from Haitian Vodou or Brazilian Candomblé; indeed, many of them are descended from freed Brazilian slaves who settled on the coast near Ouidah. In Togo, about half the population practices indigenous religions, of which Vodun is by far the largest, with some 2.5 million followers; there may be another million Vodunists among the Ewe of Ghana, as a 13% of the total Ghana population of 20 million are Ewe and 38% of Ghanaians practice traditional religion. According to census data, about 14 million people practice traditional religion in Nigeria, most of whom are Yoruba practicing Ifá, but no specific breakdown is available. European colonialism, followed by some of the totalitarian regimes in West Africa, have tried to suppress Vodun as well as other traditional religions. However, because the Vodou deities are born to each clan, tribe, and nation, and their clergy are central to maintaining the moral, social and political order and ancestral foundation of its village, these efforts have not been successful. Recently there have been moves to restore the place of Voodoo in national society, such as an annual International Vodun Conference that has been held in the city of Ouidah, Benin since 1991. Art Gallery See also African-American religion Akan religion Candomble jeje Dahomean religion Haitian mythology Haitian Vodou art Hoodoo Juju Louisiana Voodoo Odinani Tambor de Mina Vodun art West African mythology Witch doctor Yoruba religion References Further reading Ajayi, J.F. and Espie, I. "Thousand Years of West African History" (Ibadan: Ibadan
forging press. Vickers produced their first armour plate in 1888 and their first artillery piece in 1890. Vickers, Sons & Maxim Vickers bought out the Barrow-in-Furness shipbuilder The Barrow Shipbuilding Company in 1897, acquiring its subsidiary the Maxim Nordenfelt Guns and Ammunition Company at the same time, to become Vickers, Sons & Maxim. Ordnance and ammunition made during this period, including World War I, was stamped V.S.M. The yard at Barrow became the " Construction Yard". With these acquisitions, Vickers could now produce a complete selection of products, from ships and marine fittings to armour plate and a whole suite of ordnance. In 1901 the Royal Navy's first submarine, Holland 1, was launched at the Naval Construction Yard. In 1902 Vickers took a half share in the famous Clyde shipyard John Brown & Company. Further diversification occurred in 1901 with the acquisition of a proposed business which was incorporated as The Wolseley Tool and Motor Car Company and in 1905 the goodwill and patent rights of the Siddeley car. In 1911 a controlling interest was acquired in torpedo manufacturer Whitehead & Company. Vickers Limited In 1911 the company name was changed to Vickers Ltd and expanded its operations into aircraft manufacture by the formation of Vickers Ltd (Aviation Department) and a Vickers School of Flying was opened at Brooklands, Surrey on 20 January 1912. In 1919, the British Westinghouse electrical company was taken over as the Metropolitan Vickers Electrical Company; Metrovick. At the same time they came into Metropolitan's railway interests. Reorganisation A reorganisation during 1926 led to the retention of the rolling stock group: Metropolitan Carriage wagon and Finance Company and The Metropolitan -Vickers Company and the disposal of: Vickers-Petters Limited, British Lighting and Ignition Company, the Plywood department at Crayford Creek, Canadian Vickers, William Beardmore and Co, and Wolseley Motors. Merger with Armstrong Whitworth In 1927, Vickers merged with Tyneside based engineering company Armstrong Whitworth to become Vickers-Armstrongs. Armstrong Whitworth had developed along similar lines to Vickers, expanding into various military sectors and was notable for their artillery manufacture at Elswick and shipbuilding at a yard at High Walker on the River Tyne. Armstrongs shipbuilding interests became the "Naval Yard", those of Vickers on the west coast the "Naval Construction Yard". Armstrong Whitworth Aircraft was not absorbed by the new company. In 1928, the Aviation Department became Vickers (Aviation) Ltd and soon after acquired Supermarine, which became the "Supermarine Aviation Works (Vickers) Ltd". In 1938, both companies were re-organised as Vickers-Armstrongs (Aircraft) Ltd, although the former Supermarine and Vickers works continued to brand their products under their former names. 1929 saw the merger of the acquired railway business with those of Cammell Laird to form Metropolitan Cammell Carriage & Wagon. Nationalisation In 1960, the aircraft interests were merged with those of the Bristol, English Electric and Hunting Aircraft to form the British Aircraft Corporation (BAC). This was owned by Vickers, English Electric and Bristol (holding 40%, 40% and 20% respectively). BAC in turn owned 70% of Hunting. The Supermarine operation was closed in 1963 and the Vickers name for aircraft was dropped in 1965. Under the terms of the Aircraft and Shipbuilding Industries Act BAC was nationalised in 1977 to become part of British Aerospace, which exists today in the guise of BAE Systems. The Aircraft and Shipbuilding
but particularly Albert, had a marked gift for the selection of talented subordinates." In 1863 the company moved to a new site in Sheffield on the River Don in Brightside. Vickers, Sons & Company The company went public in 1867 as Vickers, Sons & Company and gradually acquired more businesses, branching out into various sectors. In 1868 Vickers began to manufacture marine shafts, in 1872 they began casting marine propellers and in 1882 they set up a forging press. Vickers produced their first armour plate in 1888 and their first artillery piece in 1890. Vickers, Sons & Maxim Vickers bought out the Barrow-in-Furness shipbuilder The Barrow Shipbuilding Company in 1897, acquiring its subsidiary the Maxim Nordenfelt Guns and Ammunition Company at the same time, to become Vickers, Sons & Maxim. Ordnance and ammunition made during this period, including World War I, was stamped V.S.M. The yard at Barrow became the " Construction Yard". With these acquisitions, Vickers could now produce a complete selection of products, from ships and marine fittings to armour plate and a whole suite of ordnance. In 1901 the Royal Navy's first submarine, Holland 1, was launched at the Naval Construction Yard. In 1902 Vickers took a half share in the famous Clyde shipyard John Brown & Company. Further diversification occurred in 1901 with the acquisition of a proposed business which was incorporated as The Wolseley Tool and Motor Car Company and in 1905 the goodwill and patent rights of the Siddeley car. In 1911 a controlling interest was acquired in torpedo manufacturer Whitehead & Company. Vickers Limited In 1911 the company name was changed to Vickers Ltd and expanded its operations into aircraft manufacture by the formation of Vickers Ltd (Aviation Department) and a Vickers School of Flying was opened at Brooklands, Surrey on 20 January 1912. In 1919, the British Westinghouse electrical company was taken over as the Metropolitan Vickers Electrical Company; Metrovick. At the same time they came into Metropolitan's railway interests. Reorganisation A reorganisation during 1926 led to the retention of the rolling stock group: Metropolitan Carriage wagon and Finance Company and The Metropolitan -Vickers Company and the disposal of: Vickers-Petters Limited, British Lighting and Ignition Company, the Plywood department at Crayford Creek, Canadian Vickers, William Beardmore and Co, and Wolseley Motors. Merger with Armstrong Whitworth In 1927, Vickers merged with Tyneside based engineering company Armstrong Whitworth to become Vickers-Armstrongs. Armstrong Whitworth had developed along similar lines to Vickers, expanding into various military sectors and was notable for their artillery manufacture at Elswick and shipbuilding at a yard at High Walker on the River Tyne. Armstrongs shipbuilding interests became the "Naval Yard", those of Vickers on the west coast the "Naval Construction Yard". Armstrong Whitworth Aircraft was not absorbed by the new company. In 1928, the Aviation Department became Vickers (Aviation) Ltd and soon after acquired Supermarine, which became the "Supermarine Aviation Works (Vickers) Ltd". In 1938, both companies were re-organised as Vickers-Armstrongs (Aircraft) Ltd, although the former Supermarine and Vickers works continued to brand their products under their former names. 1929 saw the merger of the acquired railway business with those of Cammell Laird to form Metropolitan Cammell Carriage & Wagon. Nationalisation In 1960, the aircraft interests were merged with those of the Bristol, English Electric and Hunting Aircraft to form the British Aircraft Corporation (BAC). This was owned by Vickers, English Electric and Bristol (holding 40%, 40% and 20% respectively). BAC in turn owned 70% of Hunting. The Supermarine operation was closed in 1963 and the Vickers name for aircraft was dropped in 1965. Under the terms of the Aircraft and Shipbuilding Industries Act BAC was nationalised in 1977 to become part of British
The author includes sections on technical procedures, mechanical devices, suggestions for making human and animal figures, and notes on the buildings and monuments he had seen. And his writings offer insights into the variety of interests and work of the 13th-century master mason in addition to providing an explanation for the spread of Gothic architecture in Europe. He traveled to some of the major ecclesiastical building sites of his day to record details of these buildings. His drawing of one of the west facade towers of Laon Cathedral and those of radiating chapels and a main vessel bay, interior and exterior, of Rheims Cathedral are of particular interest. Villard tells us, with pride, that he had been in many lands (Jai este en m[u]lt de tieres) and that he made a trip to Hungary where he remained many days (maint ior), but he does not say why he went there or who sent him. It has recently been proposed that he may have been a lay agent or representative of the cathedral chapter of Cambrai Cathedral to obtain a relic of St. Elizabeth of Hungary who had made a donation to the cathedral chapter and to whom the chapter dedicated one of the radiating chapels in their new chevet. He also claimed to have made many of his drawings "from life" (al vif), an activity more usually associated with much later artists of the Renaissance. Sketchbook The "sketchbook" or "manual" of Villard de Honnecourt (more correctly, an album or portfolio) dates to about c.1225-1235. It was discovered in the mid-19th century and is presently housed in the Bibliothèque nationale de France (BnF), Paris, under the shelfmark MS Fr 19093. It consists of 33 parchment sheets measuring on average 235x155 mm, or 9.25 x 6.1 inches. The manuscript is not complete and its original extent cannot be determined. Because the drawings and captions are oriented in many different directions, the album appears to have been assembled in an ad hoc fashion, as if the individual sheets were not originally intended to be bound together into book form. It is unclear whether it was Villard himself or a later party who assembled and bound the leaves into a book. The album contains about 250 drawings. These include architectural designs (plans, elevations, and details, often of identifiable buildings), a great variety of human and animal subjects, ensembles of religious and secular figures perhaps derived from or intended as sculptural groups, ecclesiastical objects, mechanical devices (including a perpetual-motion machine), engineering constructions such as lifting devices and a water-driven saw, a number of automata, designs for war engines such as a trebuchet, and many other subjects. Many drawings are accompanied by annotations and labels. The original purpose of the album is debatable. Originally it was thought to have served as a kind of training manual for practicing architects. This is rejected by some current researchers who think Villard's drawings seem ill-suited to such a purpose, though it can also be argued that the drawings are deliberately simplistic and abstracted to serve as coded mnemonic devices for architects who were initiated into the relevant oral tradition. Facsimiles Several printed facsimiles of the album have appeared. (1859) Parker, J.H. and J. Facsimile of the Sketch-book of Wilars de
bound together into book form. It is unclear whether it was Villard himself or a later party who assembled and bound the leaves into a book. The album contains about 250 drawings. These include architectural designs (plans, elevations, and details, often of identifiable buildings), a great variety of human and animal subjects, ensembles of religious and secular figures perhaps derived from or intended as sculptural groups, ecclesiastical objects, mechanical devices (including a perpetual-motion machine), engineering constructions such as lifting devices and a water-driven saw, a number of automata, designs for war engines such as a trebuchet, and many other subjects. Many drawings are accompanied by annotations and labels. The original purpose of the album is debatable. Originally it was thought to have served as a kind of training manual for practicing architects. This is rejected by some current researchers who think Villard's drawings seem ill-suited to such a purpose, though it can also be argued that the drawings are deliberately simplistic and abstracted to serve as coded mnemonic devices for architects who were initiated into the relevant oral tradition. Facsimiles Several printed facsimiles of the album have appeared. (1859) Parker, J.H. and J. Facsimile of the Sketch-book of Wilars de Honnecourt, an Architect of the Thirteenth Century. London, 1859. - See. (1959) Bowie, Theodore. The Sketchbook of Villard de Honnecourt. Bloomington, IN: Indiana University Press, 1959. (1972) Hahnloser, Hans R. Villard de Honnecourt. Kritische Gesamtausgabe des Bauhüttenbuches ms. fr. 19093 der Pariser Nationalbibliothek (2nd rev. ed.). Graz, 1972. (1986). Erlande-Brandenburg, Alain, et al. Carnet de Villard de Honnecourt. Paris, 1986. (2006) The Medieval Sketchbook of Villard de Honnecourt. Mineola, NY: Dover Publications, 2006. (This publication contains the plates from Parker's 1859 edition accompanied by the introduction and captions from Bowie's 1959 edition.) (2009) Barnes, Carl F., Jr. The portfolio of Villard de Honnecourt (Paris, Bibliothèque nationale de France, MS Fr 19093): a new critical edition and color facsimile. Farnham; Burlington: Ashgate, 2009. A full digital facsimile is available online via the BNF's online library, Gallica: http://gallica.bnf.fr/ark:/12148/btv1b10509412z.r=villard%20de%20honnecourt Notes References and further reading Barnes, Carl F., Jr. Villard de Honnecourt--the artist and his drawings: a critical bibliography. Boston, MA: G.K. Hall, 1982. Barnes, Carl F., Jr. "Le 'probleme' Villard de Honnecourt." In Les batisseurs des cathedrales gothiques, ed. Roland Recht (Strasbourg, 1989), pp. 209–223. Barnes, Carl F. JRr “An Essay on Villard de Honnecourt, Cambrai Cathedral, and Saint Elizabeth of Hungary,” New Approaches to Medieval Architecture, Farnham: Ashgate Publishing Limited, 2011, pp. 77–91. Bugslag, James. “contrefais al vif: nature, ideas and the lion drawings of Villard de Honnecourt.” Word & Image 17, no. 4 (2001): 360–378. Gimpel, Jean. "Villard de Honnecourt: Architect and Engineer." In The Medieval Machine: The Industrial Revolution of the Middle Ages (NY: Holt, Rinehart and Winston, 1976), pp. 114–142. Perkinson, Stephen. “Portraits and counterfeits: Villard de Honnecourt and thirteenth-century theories of representation.” In Excavating the Medieval Image: Manuscripts, Artists, Audiences: Essays in Honor of Sandra Hindman, eds. David S. Areford and Nina A. Rowe, 13–35. Aldershot and Burlington, VA: Ashgate, 2004. Pevsner, Nikolaus. "Villard de Honnecourt." In Pevsner on Art and Architecture, ed. Stephen Games (London: Methuen, 2002/2003), pp. 61–69. Rose, Leslie. "The Medieval Architect?: Villard de Honnecourt." In Leslie Rose, Artists of the Middle Ages(Westport, CT: Greenwood Press,
in one video frame. It is set to 0 during the first field of a frame, and to 1 during the second. This bit replaces the "polarity correction" bit in linear timecode. "Binary group flag" bits BGF0 and BGF2 (bits 55 and 75 for 29.97/30 frame/s, bits 35 and 55 for 25 frame/s): These indicate the format of the user bits. Both bits zero indicates no (or unspecified) format. Only BGF0 set indicates four 8-bit characters (transmitted little-endian). The combinations with BGF2 set are reserved. Bit 74 ("Binary group flag 1") was previously unassigned, but is used to indicate that the time code is synchronized to an external clock. If zero, the timecode start time is arbitrary. The checksum in bits 82–89 is a simple bytewise XOR of the previous 82 bits (including the sync bits, so bit 82 is the XOR of bits 74, 66, ..., 2), which can be described as a CRC with generator polynomial x8+1. (Preset to zero, no inversion.) The exact nature of the color frame sequence depends on the video standard being used. In the case of the three main composite video standards, PAL video has an 8-field (4 frame) color frame sequence, and NTSC and SECAM both have 4-field (2 frame) color frame sequences. Preserving the color framing sequence of video across edits and between channels in video effects was an important issue in early analog composite videotape editing systems, as cuts between different color sequences would cause jumps in subcarrier phase, and mixing two signals of different field dominance would result in color artifacts on the part of the signal that was not in sync with the output color frame sequence. To help prevent these problems,
lose track of code at slow jog speeds whereas VITC can be read frame-by-frame if need be. Conversely, at high speeds (FF/rew.), the VITC is often unreadable due to image distortions, so the LTC is often used instead. Some VCRs have an auto selection between the two formats to provide the highest accuracy. VITC is 90 bits long: 32 bits of time code, 32 bits of user data, 18 synchronization bits, and 8 bits of checksum. It is transmitted using non-return-to-zero encoding at a bit rate of 115 times the line rate. (The unused 25 bit times are to leave room for the horizontal blanking interval.) Bit 14 is set to 1 if drop frame numbering is in use; frame numbers 0 and 1 are skipped during the first second of every minute, except multiples of 10 minutes. This converts 30 frame/second time code to the 29.97 frame/second NTSC standard. Bit 15, the color framing bit, is set to 1 if the time code is synchronized to a (color) video signal. The frame number modulo 2 (for NTSC and SECAM) or modulo 4 (for PAL) should be preserved across cuts in order to avoid phase jumps in the chrominance subcarrier. Bits 35, 55, and 75 differ between 25 frame/s time code, and 30/29.97 frame/s. The bits are: Field flag (bit 35 for 29.97/30 frame/s, bit 75 for 25 frame/s): This is an additional least-significant bit for the frame number, distinguishing the two interlaced fields in one video frame. It is set to 0 during the first field of a frame, and
property. Vandalism per se is sometimes considered one of the less serious common crimes, but it can become quite serious and distressing when committed extensively, violently, or as an expression of hatred and intimidation. In response, local governments have adopted various legal measures to prevent vandalism, but research has shown that the conventional strategies employed by the government in response to at least unapproved graffiti are not the most effective. Examples Examples of vandalism include salting lawns, cutting trees without permission, egg throwing, breaking windows, arson, spraying paint on others' properties, tagging, placing glue into locks, tire slashing, keying (scratching) paint, ransacking a property, flooding a house by clogging a sink and leaving the water running, and pulling up plants from the roots without permission. Political In elections, opposing candidates' supporters may engage in "political vandalism"⁠ ⁠— the act of defacing opponents' political posters, bumper stickers, billboards, and other street marketing material. Although the nature of this material is temporary, its effect can be long-lasting as it may reflect both negatively and positively on the candidate whose material is being vandalized as well as on the presumed candidate whose supporters are engaging in the vandalism. In addition, activists may use the tactic of property destruction as means of protest, e.g. by smashing the windows of banks, shops and government institutions and setting fire to cars. This often takes place during riots but can also happen as a stand-alone event, e.g. by animal rights activists destroying property owned by farmers, hunters, biotech companies, and research facilities and setting free animals (which is sometimes referred to as eco-terrorism by opponents). Vandalism is also a common tactic of black blocs. Motives Actions of this kind can be ascribed to anger or envy, or to spontaneous, opportunistic behaviour, possibly for peer acceptance or bravado in gang cultures, or disgruntlement with the target (victim) person or society. Another common motive is to seek attention, and for personal gain. Opportunistic vandalism of this nature may also be filmed, the mentality of which can be akin to happy slapping. The large-scale prevalence of gang graffiti in some inner cities has almost made it acceptable to the societies based there, so much so that it may go unnoticed, or not be removed, possibly because it may be a fruitless endeavour, to be graffitied on once again. Greed can motivate vandalism as can some political ideologies, wish to draw attention to problems, frustration, even playfulness. Youngsters, the most common vandals, frequently experience low status and boredom. Vandalism enables powerless people to attack those above them, take control and frighten others. Unpunished vandalism can provide relief which reinforces the behaviour. Vandalism by one person can lead to imitation. Teenage boys and men in their 20s are most likely to vandalize, but older adults and females are also known to sometimes vandalize, with young children occasionally vandalizing, but in a much smaller form, such as making small crayon drawings on walls. Criminological research into vandalism has found that it serves many purposes for those who engage in it and stems from a variety of motives. Sociologist Stanley Cohen describes seven different types of vandalism: Acquisitive vandalism (looting and petty theft). Peer pressure – Teenagers spend more time away from home with peers whether they act constructively or destructively can depend on the contacts they make. Disobeying authority can appear cool. Tactical vandalism (to advance some end other than acquiring money or property – such as breaking a window to be arrested and get a bed for the night in
attention to problems, frustration, even playfulness. Youngsters, the most common vandals, frequently experience low status and boredom. Vandalism enables powerless people to attack those above them, take control and frighten others. Unpunished vandalism can provide relief which reinforces the behaviour. Vandalism by one person can lead to imitation. Teenage boys and men in their 20s are most likely to vandalize, but older adults and females are also known to sometimes vandalize, with young children occasionally vandalizing, but in a much smaller form, such as making small crayon drawings on walls. Criminological research into vandalism has found that it serves many purposes for those who engage in it and stems from a variety of motives. Sociologist Stanley Cohen describes seven different types of vandalism: Acquisitive vandalism (looting and petty theft). Peer pressure – Teenagers spend more time away from home with peers whether they act constructively or destructively can depend on the contacts they make. Disobeying authority can appear cool. Tactical vandalism (to advance some end other than acquiring money or property – such as breaking a window to be arrested and get a bed for the night in a police cell). Ideological vandalism (carried out to further an explicit ideological cause or deliver a message). Vindictive vandalism (for revenge). Play vandalism (damage resulting from children's games). Malicious vandalism (damage caused by a violent outpouring of diffuse frustration and rage that often occurs in public settings). Cohen's original typology was improved upon by Mike Sutton whose research led him to add a seventh sub-type of vandalism – Peer Status Motivated Vandalism. Reaction of authorities In view of its incivility, punishment for vandalism can be particularly severe in some countries. In Singapore, for example, a person who attempts to cause or commits an act of vandalism may be liable to imprisonment for up to 3 years and may also be punished with caning. Vandalism in the UK is construed as an environmental crime and may be punished with an ASBO (Anti-Social Behaviour Order). In the 1990s, former New York City mayor Rudolph Giuliani cracked down on "quality of life crimes", including graffiti. NY Parks Commissioner Henry J. Stern described graffiti as "a metaphor for urban decay perhaps best shown in 'A Clockwork Orange'" adding that "New York City will not be like that". Cybervandalism Cybervandalism is vandalism on the internet. For example, vandalism on Wikipedia involves adding questionable content, removing content, or changing content in order to make it questionable, generally with the objective of harming Wikipedia's reputation. Forms of online vandalism have been recorded, the most common of which is website defacement. Vandalism on web maps has been called "cartographic vandalism". Another form of cybervandalism is the creation of malware such as viruses, Trojan horses, and spyware, which can harm computers. A particularly virulent form of cybervandalism is ransomware, which is used to extort money from computer owners, and can even go so far as to carry a destructive malware payload that harms the system if payment isn't forthcoming within a certain time limit. Cybervandalism could be said to be a form of creativity and artistry. An example of this was when the Cheltenham paint festival was cancelled due to COVID-19, and artists still proceeded to celebrate their artistry virtually. Defacement Defacement is a type of vandalism that involves damaging the appearance or surface of something. The object of damage may be architecture, books, paintings, sculpture, or other forms of art. Examples of defacement include: Marking or removing the part of an object (especially images, be they on the page, in illustrative art or as a sculpture) designed to hold the viewers' attention Scoring a book cover with a blade Splashing paint over a painting in a gallery Smashing the nose of a sculpted bust Damaging or chiselling off sculpted coats of arms Altering the content of web sites and publicly editable repositories to include nonsensical or whimsical references Iconoclasm led to the defacement of many religious artworks. As art Though vandalism in itself is illegal, it is often also an integral part of modern popular culture. French painter Gustave Courbet's attempt to disassemble the Vendôme column during the 1871 Paris Commune was probably one of the first artistic acts of vandalism, celebrated at least since Dada performances during World War I. The Vendôme column was considered a symbol of the recently deposed Second Empire of Napoleon III, and dismantled as such. After the burning of the Tuileries Palace on 23 May 1871, Philosopher Friedrich Nietzsche himself meditated about the "fight against culture", wondering
G.726.) Vocoders are also currently used in developing psychophysics, linguistics, computational neuroscience and cochlear implant research. Modern vocoders that are used in communication equipment and in voice storage devices today are based on the following algorithms: Algebraic code-excited linear prediction (ACELP 4.7 kbit/s – 24 kbit/s) Mixed-excitation linear prediction (MELPe 2400, 1200 and 600 bit/s) Multi-band excitation (AMBE 2000 bit/s – 9600 bit/s) Sinusoidal-Pulsed Representation (SPR 600 bit/s – 4800 bit/s) Robust Advanced Low-complexity Waveform Interpolation (RALCWI 2050bit/s, 2400bit/s and 2750bit/s) Tri-Wave Excited Linear Prediction (TWELP 600 bit/s – 9600 bit/s) Noise Robust Vocoder (NRV 300 bit/s and 800 bit/s) Linear prediction-based Since the late 1970s, most non-musical vocoders have been implemented using linear prediction, whereby the target signal's spectral envelope (formant) is estimated by an all-pole IIR filter. In linear prediction coding, the all-pole filter replaces the bandpass filter bank of its predecessor and is used at the encoder to whiten the signal (i.e., flatten the spectrum) and again at the decoder to re-apply the spectral shape of the target speech signal. One advantage of this type of filtering is that the location of the linear predictor's spectral peaks is entirely determined by the target signal, and can be as precise as allowed by the time period to be filtered. This is in contrast with vocoders realized using fixed-width filter banks, where spectral peaks can generally only be determined to be within the scope of a given frequency band. LP filtering also has disadvantages in that signals with a large number of constituent frequencies may exceed the number of frequencies that can be represented by the linear prediction filter. This restriction is the primary reason that LP coding is almost always used in tandem with other methods in high-compression voice coders. Waveform-interpolative Waveform-interpolative (WI) vocoder was developed in AT&T Bell Laboratories around 1995 by W.B. Kleijn, and subsequently a low- complexity version was developed by AT&T for the DoD secure vocoder competition. Notable enhancements to the WI coder were made at the University of California, Santa Barbara. AT&T holds the core patents related to WI, and other institutes hold additional patents. Artistic effects Uses in music For musical applications, a source of musical sounds is used as the carrier, instead of extracting the fundamental frequency. For instance, one could use the sound of a synthesizer as the input to the filter bank, a technique that became popular in the 1970s. History Werner Meyer-Eppler, a German scientist with a special interest in electronic voice synthesis, published a thesis in 1948 on electronic music and speech synthesis from the viewpoint of sound synthesis. Later he was instrumental in the founding of the Studio for Electronic Music of WDR in Cologne, in 1951. One of the first attempts to use a vocoder in creating music was the "Siemens Synthesizer" at the Siemens Studio for Electronic Music, developed between 1956 and 1959. In 1968, Robert Moog developed one of the first solid-state musical vocoders for the electronic music studio of the University at Buffalo. In 1968, Bruce Haack built a prototype vocoder, named "Farad" after Michael Faraday. It was first featured on "The Electronic Record For Children" released in 1969 and then on his rock album The Electric Lucifer released in 1970. In 1970, Wendy Carlos and Robert Moog built another musical vocoder, a ten-band device inspired by the vocoder designs of Homer Dudley. It was originally called a spectrum encoder-decoder and later referred to simply as a vocoder. The carrier signal came from a Moog modular synthesizer, and the modulator from a microphone input. The output of the ten-band vocoder was fairly intelligible but relied on specially articulated speech. Some vocoders use a high-pass filter to let some sibilance through from the microphone; this ruins the device for its original speech-coding application, but it makes the talking synthesizer effect much more intelligible. In 1972, Isao Tomita's first electronic music album Electric Samurai: Switched on Rock was an early attempt at applying speech synthesis technique in electronic rock and pop music. The album featured electronic renditions of contemporary rock and pop songs, while utilizing synthesized voices in place of human voices. In 1974, he utilized synthesized voices in his popular classical music album Snowflakes are Dancing, which became a worldwide success and helped to popularize electronic music. In 1973, the british band Emerson, Lake and Palmer used a vocoder on their album Brain Salad Surgery, for the song "Karn Evil 9: 3rd Impression". The 1975 song "The Raven" from the album Tales of Mystery and Imagination by The Alan Parsons Project features Alan Parsons
encoder-decoder and later referred to simply as a vocoder. The carrier signal came from a Moog modular synthesizer, and the modulator from a microphone input. The output of the ten-band vocoder was fairly intelligible but relied on specially articulated speech. Some vocoders use a high-pass filter to let some sibilance through from the microphone; this ruins the device for its original speech-coding application, but it makes the talking synthesizer effect much more intelligible. In 1972, Isao Tomita's first electronic music album Electric Samurai: Switched on Rock was an early attempt at applying speech synthesis technique in electronic rock and pop music. The album featured electronic renditions of contemporary rock and pop songs, while utilizing synthesized voices in place of human voices. In 1974, he utilized synthesized voices in his popular classical music album Snowflakes are Dancing, which became a worldwide success and helped to popularize electronic music. In 1973, the british band Emerson, Lake and Palmer used a vocoder on their album Brain Salad Surgery, for the song "Karn Evil 9: 3rd Impression". The 1975 song "The Raven" from the album Tales of Mystery and Imagination by The Alan Parsons Project features Alan Parsons performing vocals through an EMI vocoder. According to the album's liner notes, "The Raven" was the first rock song to feature a digital vocoder. Pink Floyd also used a vocoder on three of their albums, first on their 1977 Animals for the songs "Sheep" and "Pigs (Three Different Ones)", then on A Momentary Lapse of Reason on "A New Machine Part 1" and "A New Machine Part 2" (1987), and finally on 1994's The Division Bell, on "Keep Talking". The Electric Light Orchestra was a famous user of the vocoder, being among the first to use it in a commercial context with their 1977 album Out of the Blue. The band extensively uses it on the album, including on the hits "Sweet Talkin' Woman" and "Mr. Blue Sky". On following albums, the band made sporadic use of it, notably on their hits "The Diary of Horace Wimp" and "Confusion" from their 1979 album Discovery, the tracks "Prologue", "Yours Truly, 2095", and "Epilogue" on their 1981 album Time, and "Calling America" from their 1986 album Balance of Power. In the late 1970s, French duo Space Art used a vocoder during the recording of their second album, Trip in the Centre Head. Phil Collins used a vocoder to provide a vocal effect for his 1981 international hit single "In the Air Tonight". Vocoders have appeared on pop recordings from time to time, most often simply as a special effect rather than a featured aspect of the work. However, many experimental electronic artists of the new-age music genre often utilize vocoder in a more comprehensive manner in specific works, such as Jean-Michel Jarre (on Zoolook, 1984) and Mike Oldfield (on QE2, 1980 and Five Miles Out, 1982). Vocoder module and use by M. Oldfield can be clearly seen on his "Live At Montreux 1981" DVD (Track "Sheba"). There are also some artists who have made vocoders an essential part of their music, overall or during an extended phase. Examples include the German synthpop group Kraftwerk, the Japanese new wave group Polysics, Stevie Wonder ("Send One Your Love", "A Seed's a Star") and jazz/fusion keyboardist Herbie Hancock during his late 1970s period. In 1982 Neil Young used a Sennheiser Vocoder VSM201 on six of the nine tracks on Trans. The chorus and bridge of Michael Jackson's "P.Y.T. (Pretty Young Thing)". features a vocoder ("Pretty young thing/You make me sing"), courtesy of session musician Michael Boddicker. Coldplay have used a vocoder in some of their songs. For example, in "Major Minus" and "Hurts Like Heaven", both from the album Mylo Xyloto (2011), Chris Martin's vocals are mostly vocoder-processed. "Midnight", from Ghost Stories (2014), also features Martin singing through a vocoder. The hidden track "X Marks The Spot" from A Head Full of Dreams was also recorded through a vocoder. Noisecore band Atari Teenage Riot have used vocoders in variety of their songs and live performances such as Live at the Brixton Academy (2002) alongside other digital audio technology both old and new. The Red Hot Chili Peppers song "By the Way" uses a vocoder effect on Anthony Kiedis' vocals. Among the most consistent uses of vocoder in emulating the human voice are Daft Punk, who have used this instrument from their first album Homework (1997) to their latest work Random Access Memories (2013) and consider the convergence of technological and human voice "the identity of their musical project". For instance, the lyrics of "Around the World" (1997) are integrally vocoder-processed, "Get Lucky" (2013) features a mix of natural and processed human voices, and "Instant Crush" (2013) features Julian Casablancas singing into a vocoder. Producer Zedd, American country singer Maren Morris and American musical duo Grey made a song titled The Middle which featured a vocoder and reached top ten of the charts in 2018. Voice effects in other arts "Robot voices" became a recurring element in popular music during the 20th century. Apart from vocoders, several other methods of producing variations on this effect include: the Sonovox, Talk box, and Auto-Tune, linear prediction vocoders, speech synthesis, ring modulation and comb filter. Vocoders are used in television production, filmmaking and games, usually for robots or talking computers. The robot voices of the Cylons in Battlestar Galactica were created with an EMS Vocoder 2000. The 1980 version of the Doctor Who theme, as arranged and recorded by Peter Howell, has a section of the main melody generated by a Roland SVC-350 vocoder. A similar Roland VP-330 vocoder was used to create the voice of Soundwave, a character from the Transformers series. In 1967 the Supermarionation series Captain Scarlet and the Mysterons it was used in the closing credits theme of the first 14 episodes to provide the repetition of the words "Captain Scarlet". See also Audio timescale-pitch modification Auto-Tune Homer Dudley List of vocoders Phase vocoder Silent speech interface Talk box Werner Meyer-Eppler References Multimedia references External links
be closed because of the smog. Many environmental groups arose in and around Vlaardingen as it was seen as one of the most polluted cities of the country. Vlaardingen consists of 8 districts/neighbourhoods: Vlaardingen Centrum Westwijk Vettenoordse polder (includes industry) Vlaardingen Oost Ambacht/Babberspolder Holy Zuid Holy Noord Broekpolder Politics Mayor: Bert Wijbenga (VVD). Seats in the city council after the municipal elections in 2010: Labour Party (PvdA), 6 seats Vlaardingen Ahead 2000/Livable Vlaardingen (VV2000/LV), 6 seats Groenlinks (GL), 4 seats People's Party for Freedom and Democracy (VVD), 4 seats Christian Democratic Appeal (CDA), 3 seats Socialist Party (SP), 3 seats Democrats 66 (D66), 2 seats Christian Union/Political Reformed Party (CU/SGP), 2 seats City Interests Vlaardingen (SBV), 2 seats Proud of the Netherlands (TON), 2 seats General Elderly Alliance (AOV), 1 seat Economy A Unilever research centre is located in Vlaardingen (located next to the former Sunlight factory, later called Lever Faberge Sourcing Unit Vlaardingen). There are still some ship repair business(es) in Eastern Vlaardingen beside the Nieuwe Maas River. The was for many years the largest privately owned artificial harbour in the world. The last major herring factory, Warmelo & Van Der Drift, left Vlaardingen in the middle of 2012 to relocate to Katwijk aan Zee. There are still some ferry terminals (DFDS Seaways, sailing to Felixstowe and Immingham and P&O Ferries sailing to Hull). Attractions Monuments Historical buildings in the town include the Grote Kerk (Big Church), the Waag (Weighing Bridge) next to the church and the old town hall (used for weddings), all on the Markt, the former marketplace, the Visbank (Fish Auction) at the harbour and the Oude Lijnbaan (Old Ropewalk, where ropes were made). The Grote Kerk was probably established between 1156 and 1164 and has been expanded, damaged and rebuilt. To the north of the old harbour is the old Aeolus windmill, which operates and sells ground cereals. The harbour is a marina and open-air museum with old ships. At the harbour is the (before: Visserijmuseum and the Visserij en Vlaardings Museum), a museum dedicated to commercial sea fishing and lore. A war memorial to the crew of a Wellington bomber from No. 142 Squadron RAF killed when it was shot down over Vlaardingen in March 1942 has been erected in Wijkpark Holy-Noord in June 2012. On Emaus Cemetery in Vlaardinger Ambacht six members of the resistance group "Geuzen" are buried. They were executed in March 1941. Nine adjacent headstones are symbolic for nine other members of the "Geuzen" who were also executed and buried elsewhere. Events The "Vlaardings Loggerfestival" (Logger is a traditional ship used for herring fishery, the customary English name is lugger) is held on the first Saturday of June. The festival used to be called "Haring en Bierfeest" (translation: herring and beer festival), but in 2003 the mayor decided to rename it. In 2015, the name "Haring en Bierfeest" reappeared again. Since 1987, the Geuzenpenning is an award that is yearly bestowed by a local foundation in cooperation with the town's municipality to human rights activists from all over the world. Notable residents People who are born in or (have) lived in Vlaardingen: Counts of Holland Floris I, Count of Holland (ca.1017-1061) Count of Holland then called Frisia, 1049-1061 Dirk IV, Count of Holland (ca.1025–1049) was Count of Holland 1039–1049, then called Frisia Dirk V, Count of Holland (1052–1091) was Count of Holland
Felixstowe and Immingham and P&O Ferries sailing to Hull). Attractions Monuments Historical buildings in the town include the Grote Kerk (Big Church), the Waag (Weighing Bridge) next to the church and the old town hall (used for weddings), all on the Markt, the former marketplace, the Visbank (Fish Auction) at the harbour and the Oude Lijnbaan (Old Ropewalk, where ropes were made). The Grote Kerk was probably established between 1156 and 1164 and has been expanded, damaged and rebuilt. To the north of the old harbour is the old Aeolus windmill, which operates and sells ground cereals. The harbour is a marina and open-air museum with old ships. At the harbour is the (before: Visserijmuseum and the Visserij en Vlaardings Museum), a museum dedicated to commercial sea fishing and lore. A war memorial to the crew of a Wellington bomber from No. 142 Squadron RAF killed when it was shot down over Vlaardingen in March 1942 has been erected in Wijkpark Holy-Noord in June 2012. On Emaus Cemetery in Vlaardinger Ambacht six members of the resistance group "Geuzen" are buried. They were executed in March 1941. Nine adjacent headstones are symbolic for nine other members of the "Geuzen" who were also executed and buried elsewhere. Events The "Vlaardings Loggerfestival" (Logger is a traditional ship used for herring fishery, the customary English name is lugger) is held on the first Saturday of June. The festival used to be called "Haring en Bierfeest" (translation: herring and beer festival), but in 2003 the mayor decided to rename it. In 2015, the name "Haring en Bierfeest" reappeared again. Since 1987, the Geuzenpenning is an award that is yearly bestowed by a local foundation in cooperation with the town's municipality to human rights activists from all over the world. Notable residents People who are born in or (have) lived in Vlaardingen: Counts of Holland Floris I, Count of Holland (ca.1017-1061) Count of Holland then called Frisia, 1049-1061 Dirk IV, Count of Holland (ca.1025–1049) was Count of Holland 1039–1049, then called Frisia Dirk V, Count of Holland (1052–1091) was Count of Holland 10611091, then called Frisia Floris II, Count of Holland (ca.1085-1121) Count of Holland 1091-1121 Public thinking & Public Service Gerard Callenburgh (1642–1722) was a Dutch admiral and town councillor and Burgomaster Koos Vorrink (1891–1955) a Dutch politician Cornelis Moerman (1893-1988) a general practitioner and keen pigeon fancier Catharina Halkes (1920-2011) a Dutch theologian and feminist Dirk Hoogendam (1922-2003) a Dutch war criminal Geert Mak (born 1946) a Dutch journalist and a non-fiction writer about history Agnes van Ardenne (born 1950) a retired Dutch politician and diplomat Wouter Bos (born 1963) a retired Dutch politician, former Deputy Prime Minister 2007-2010 Kees van der Staaij (born 1968) a Dutch politician Arjan El Fassed (born 1973) a former Dutch politician, human rights activist, a development aid worker and director of Open State Foundation The Arts Dolf van der Linden (1915–1999) a Dutch conductor of popular music Bassie en Adriaan, (brothers, born 1935 & 1942) actors in a children's TV show Gerrit Berveling (born 1944) a Dutch Esperanto author Threes Anna (born 1959) a novelist, theatre and film maker Hans Neleman (born 1960) an international photographer and film director from Connecticut Martyn LeNoble (born 1969) a Dutch bassist and a founding member of the alternative rock band Porno for Pyros Karen Mulder (born 1970) a Dutch model, singer and former supermodel Rik van de Westelaken (born 1971) a Dutch TV presenter Rajacenna van Dam (born 1994) a Dutch hyper realistic pencil drawing artist Science & Business Ericus Verkade (1835–1907) a Dutch businessman, founded Verkade manufacturing company Hans Bos (born 1950) a Dutch biochemist, cancer researcher and academic Roel Pieper (born 1956) a Dutch IT-entrepreneur Aad van der Vaart (born 1959) a Dutch professor of stochastics at Leiden University Martinus van der Knaap (born 1959) a Dutch marine biologist and sustainable development officer at FAO of The UN Menno Schilthuizen (born 1965) a Dutch evolutionary biologist, ecologist and academic researcher Jim Stolze (born
1893, he succeeded Léon Walras to the chair of Political Economy at the University of Lausanne in Switzerland where he remained for the rest of his life. In 1906, he made the famous observation that twenty percent of the population owned eighty percent of the property in Italy, later generalised by Joseph M. Juran into the Pareto principle (also termed the 80–20 rule). In one of his books published in 1909 he showed the Pareto distribution of how wealth is distributed, he believed "through any human society, in any age, or country". Pareto maintained cordial personal relationships with individual socialists, but he always thought their economic ideas were severely flawed. He later became suspicious of their motives and denounced socialist leaders as an 'aristocracy of brigands' who threatened to despoil the country and criticized the government of Giovanni Giolitti for not taking a tougher stance against worker strikes. Growing unrest among labor in Italy led him to the anti-socialist and anti-democratic camp. His attitude toward fascism in his last years is a matter of controversy. Pareto's relationship with scientific sociology in the age of the foundation is grafted in a paradigmatic way in the moment in which he, starting from the political economy, criticizes positivism as a totalizing and metaphysical system devoid of a rigorous logical-experimental method. In this sense we can read the fate of the Paretian production within a history of the social sciences that continues to show its peculiarity and interest for its contributions in the 21st century. The story of Pareto is also part of the multidisciplinary research of a scientific model that privileges sociology as a critique of cumulative models of knowledge as well as a discipline tending to the affirmation of relational models of science. Personal life In 1889, Pareto married Alessandrina Bakunina, a Russian. She left him in 1902 for a young servant. Twenty years later in 1923, he married Jeanne Regis, a French woman, just before his death in Geneva, Switzerland on 19 August 1923. Sociology Pareto's later years were spent in collecting the material for his best-known work, Trattato di sociologia generale (1916) (The Mind and Society, published in 1935). His final work was Compendio di sociologia generale (1920). In his Trattato di Sociologia Generale (1916, rev. French trans. 1917), published in English by Harcourt, Brace in a four-volume edition edited by Arthur Livingston under the title The Mind and Society (1935), Pareto developed the notion of the circulation of elites, the first social cycle theory in sociology. He is famous for saying "history is a graveyard of aristocracies". Pareto seems to have turned to sociology for an understanding of why his abstract mathematical economic theories did not work out in practice, in the belief that unforeseen or uncontrollable social factors intervened. His sociology holds that much social action is nonlogical and that much personal action is designed to give spurious logicality to non-rational actions. We are driven, he taught, by certain "residues" and by "derivations" from these residues. The more important of these have to do with conservatism and risk-taking, and human history is the story of the alternate dominance of these sentiments in the ruling elite, which comes into power strong in conservatism but gradually changes over to the philosophy of the "foxes" or speculators. A catastrophe results, with a return to conservatism; the "lion" mentality follows. This cycle might be broken by the use of force, says Pareto, but the elite becomes weak and humanitarian and shrinks from violence. Among those who introduced Pareto's sociology to the United States were George Homans and Lawrence J. Henderson at Harvard, and Paretian ideas gained considerable influence, especially on Harvard sociologist Talcott Parsons, who developed a systems approach to society and economics that argues the status quo is usually functional. The American historian Bernard DeVoto played an important role in introducing Pareto's ideas to these Cambridge intellectuals and other Americans in the 1930s. Wallace Stegner, in his biography of DeVoto, recounts these developments and says this about the often misunderstood distinction between "residues" and "derivations": "Basic to Pareto's method is the analysis of society through its non-rational 'residues,' which are persistent and unquestioned social habits, beliefs, and assumptions, and its 'derivations,' which are the explanations, justifications, and rationalizations we make of them. One of the commonest errors of social thinkers is to assume rationality and logic in social attitudes and structures; another is to confuse residues and derivations." Pareto was a lifelong opponent of Marxism. Fascism and power distribution Benoit Mandelbrot wrote: Pareto had argued that democracy was an illusion and that a ruling class always emerged and enriched itself. For him, the key question was how actively the rulers ruled. For this reason, he called for a drastic reduction of the state and welcomed Benito Mussolini's rule as a transition to this minimal state so as to liberate the "pure" economic forces. Mandelbrot summarized Pareto's notions as follows: The future leader of Italian fascism Benito Mussolini, in 1904, when he was a young student, attended some of Pareto's lectures at the University of Lausanne. It has been argued that Mussolini's move away from socialism towards a form of "elitism" may be attributed to Pareto's ideas. To quote Franz Borkenau, a biographer: Karl Popper dubbed Pareto the "theoretician of totalitarianism", but, according to Renato Cirillo, there is no evidence in Popper's published work that he read Pareto in any detail before repeating what was then a common
The Mind and Society (1935), Pareto developed the notion of the circulation of elites, the first social cycle theory in sociology. He is famous for saying "history is a graveyard of aristocracies". Pareto seems to have turned to sociology for an understanding of why his abstract mathematical economic theories did not work out in practice, in the belief that unforeseen or uncontrollable social factors intervened. His sociology holds that much social action is nonlogical and that much personal action is designed to give spurious logicality to non-rational actions. We are driven, he taught, by certain "residues" and by "derivations" from these residues. The more important of these have to do with conservatism and risk-taking, and human history is the story of the alternate dominance of these sentiments in the ruling elite, which comes into power strong in conservatism but gradually changes over to the philosophy of the "foxes" or speculators. A catastrophe results, with a return to conservatism; the "lion" mentality follows. This cycle might be broken by the use of force, says Pareto, but the elite becomes weak and humanitarian and shrinks from violence. Among those who introduced Pareto's sociology to the United States were George Homans and Lawrence J. Henderson at Harvard, and Paretian ideas gained considerable influence, especially on Harvard sociologist Talcott Parsons, who developed a systems approach to society and economics that argues the status quo is usually functional. The American historian Bernard DeVoto played an important role in introducing Pareto's ideas to these Cambridge intellectuals and other Americans in the 1930s. Wallace Stegner, in his biography of DeVoto, recounts these developments and says this about the often misunderstood distinction between "residues" and "derivations": "Basic to Pareto's method is the analysis of society through its non-rational 'residues,' which are persistent and unquestioned social habits, beliefs, and assumptions, and its 'derivations,' which are the explanations, justifications, and rationalizations we make of them. One of the commonest errors of social thinkers is to assume rationality and logic in social attitudes and structures; another is to confuse residues and derivations." Pareto was a lifelong opponent of Marxism. Fascism and power distribution Benoit Mandelbrot wrote: Pareto had argued that democracy was an illusion and that a ruling class always emerged and enriched itself. For him, the key question was how actively the rulers ruled. For this reason, he called for a drastic reduction of the state and welcomed Benito Mussolini's rule as a transition to this minimal state so as to liberate the "pure" economic forces. Mandelbrot summarized Pareto's notions as follows: The future leader of Italian fascism Benito Mussolini, in 1904, when he was a young student, attended some of Pareto's lectures at the University of Lausanne. It has been argued that Mussolini's move away from socialism towards a form of "elitism" may be attributed to Pareto's ideas. To quote Franz Borkenau, a biographer: Karl Popper dubbed Pareto the "theoretician of totalitarianism", but, according to Renato Cirillo, there is no evidence in Popper's published work that he read Pareto in any detail before repeating what was then a common but dubious judgment in anti-fascist circles. Some fascist writers, such as Luigi Amoroso, wrote approvingly of Pareto's ideas: Author Renato Cirillo argued, on the contrary, that: Pareto's elite theory also influenced a number of liberal theorists, such as the anti-fascist Piero Gobetti, who wrote: Other liberals influenced by Pareto include Norberto Bobbio and Raymond Aron. Economic concepts Pareto Theory Of Maximum Economics Pareto turned his interest to economic matters and he became an advocate of free trade, finding himself in difficulty with the Italian government. His writings reflected the ideas of Léon Walras that economics is essentially a mathematical science. Pareto was a leader of the "Lausanne School" and represents the second generation of the Neoclassical Revolution. His "tastes-and-obstacles" approach to general equilibrium theory was resurrected during the great "Paretian Revival" of the 1930s and has influenced theoretical economics since. In his Manual of Political Economy (1906) the focus is on equilibrium in terms of solutions to individual problems of "objectives and constraints". He used the indifference curve of Edgeworth (1881) extensively, for the theory of the consumer and, another great novelty, in his theory of the producer. He gave the first presentation of the trade-off box now known as the "Edgeworth-Bowley" box. Pareto was the first to realize that cardinal utility could be dispensed with and economic equilibrium thought of in terms of ordinal utility – that is, it was not necessary to know how much a person valued this or that, only that he preferred X of this to Y of that. Utility was a preference-ordering. With this, Pareto not only inaugurated modern microeconomics, but he also demolished the alliance of economics and utilitarian philosophy (which calls for the greatest good for the greatest number; Pareto said "good" cannot be measured). He replaced it with the notion of Pareto-optimality, the idea that a system is enjoying maximum economic satisfaction when no one can be made better off without making someone else worse off. Pareto optimality is widely used in welfare economics and game theory. A standard theorem is that a perfectly competitive market creates distributions of wealth that are Pareto optimal. Concepts Some economic concepts in current use are based on his work: The Pareto index is a measure of the inequality of income distribution. He argued that in all countries and times, the distribution of income and wealth is highly skewed, with a few holding most of the wealth. He argued that all observed societies follow a regular logarithmic pattern: where N is the number of people with wealth higher than x, and A and m are constants. Over the years, Pareto's Law has proved remarkably close to observed data. The Pareto chart is a special type of histogram, used to view causes of a problem in order of severity from largest to smallest. It is a statistical tool that graphically demonstrates the Pareto principle or the 80–20 rule. Pareto's law concerns the distribution of income. The Pareto distribution is a probability distribution used, among other things, as a mathematical realization of Pareto's law. Ophelimity is a measure of purely economic satisfaction. Major works Cours d'Économie Politique Professé a l'Université de Lausanne (in French), 1896–97. (Vol. I, Vol. II) Les Systèmes Socialistes (in French), 1902. (Vol. I, Vol. II) Manuale di economia politica con una introduzione alla scienza sociale (in Italian), 1906. Trattato di sociologia generale (in Italian), G. Barbéra, Florence, 1916. (Vol. I, Vol. II) (Abridgement of Trattato di sociologia generale) Fatti e teorie (in Italian), 1920. (Collection of previously published articles with an original epilogue) Trasformazione della democrazia (in Italian), 1921. (Collection of previously published articles with an original appendix) English translations The Mind and Society, New York: Harcourt, Brace and Company, 1935 (translation ofTrattato di sociologia generale). (Vol. I, Vol. II, Vol. III, Vol. IV) Compendium of General Sociology, University of Minnesota Press, 1980 (abridgement of The Mind and Society; translation of Compendio di sociologia generale). Sociological Writings, Praeger, 1966 (translations of excerpts from major works). Manual of Political Economy, Augustus M. Kelley, 1971 (translation of 1927
keyboard can be used to aid in this process. Loudness is valuable to look at because for certain people, loudness affects the way they produce certain sounds. Some people need to speak louder for certain phonemes in comparison to others just so they can produce them. This can be tested by asking the person to use the same amount of loudness while singing a scale. Rate is also important because it looks at how fast or slow a person speaks. Use in medicine A medical study of the voice can be, for instance, analysis of the voice of patients who have had a polyp removed from their vocal cords through an operation. Computerized methods can be used to assess such issues in an objective manner. An experienced voice therapist can quite reliably evaluate the voice, but this requires extensive training and is still subjective. Another active research topic in medical voice analysis is vocal loading evaluation. The vocal cords of a person who speaks for an extended time suffer from tiring—that is, the process of speaking exerts a load on the vocal cords and tires the tissue. Among professional voice users (e.g., teachers, sales people) this tiring can cause voice failures and sick leaves. Voice analysis has been studied as an objective means to evaluate such problems. Voice analysis was an important factor in the study of vocal cord paralysis. It effects different functions of the vocal cords, from speech to breathing and voice analysis is used to study the effectiveness of Thyroplasty (medialization thyroplasty) improvements on the vocal cords after the surgery. Traditional voice recording is used in pre-operation to record the voices of chosen patients to be compared with the post-operation usage, along with more complex recordings using an electroglottograpy, photoglottography, and videokymography. Medical professionals have the ability to read and understand the results from the complex recordings, but knowledge from a voice professional is needed within these experiments for accurate results. Voice experts were an important to tie the physical examination of the vocal cords to the neurological examination to ensure the success of the surgery because of their trained ear. Perceptual evaluation of voice is heavily reliant on voice quality, a factor assessed preferably by voice specialists (speech therapists). A professional voice analyzer has a trained ear and can block out excess variants that can be deceptive from the results. Use in forensics Voice analysis is used in a branch of forensic science called audio forensics. These analyses are generally performed on evidence for the purposes of evaluating the authenticity of the audio in question, enhancing features of the audio that may be hidden beneath distracting background noise, interpreting the audio from the perspective of a forensic expert, or in some cases for the purposes of speaker identification. An expert will employ a variety of techniques in their analysis. The minimum of procedures are "critical listening, waveform analysis, and spectral analysis".
vocal loading evaluation. The vocal cords of a person who speaks for an extended time suffer from tiring—that is, the process of speaking exerts a load on the vocal cords and tires the tissue. Among professional voice users (e.g., teachers, sales people) this tiring can cause voice failures and sick leaves. Voice analysis has been studied as an objective means to evaluate such problems. Voice analysis was an important factor in the study of vocal cord paralysis. It effects different functions of the vocal cords, from speech to breathing and voice analysis is used to study the effectiveness of Thyroplasty (medialization thyroplasty) improvements on the vocal cords after the surgery. Traditional voice recording is used in pre-operation to record the voices of chosen patients to be compared with the post-operation usage, along with more complex recordings using an electroglottograpy, photoglottography, and videokymography. Medical professionals have the ability to read and understand the results from the complex recordings, but knowledge from a voice professional is needed within these experiments for accurate results. Voice experts were an important to tie the physical examination of the vocal cords to the neurological examination to ensure the success of the surgery because of their trained ear. Perceptual evaluation of voice is heavily reliant on voice quality, a factor assessed preferably by voice specialists (speech therapists). A professional voice analyzer has a trained ear and can block out excess variants that can be deceptive from the results. Use in forensics Voice analysis is used in a branch of forensic science called audio forensics. These analyses are generally performed on evidence for the purposes of evaluating the authenticity of the audio in question, enhancing features of the audio that may be hidden beneath distracting background noise, interpreting the audio from the perspective of a forensic expert, or in some cases for the purposes of speaker identification. An expert will employ a variety of techniques in their analysis. The minimum of procedures are "critical listening, waveform analysis, and spectral analysis". Critical listening involves a thorough breakdown of both foreground and background sounds through repetitive listening. Waveform analysis visualizes the audio for the examiner to see any irregularities that may occur. Spectral analysis visualizes the frequency of the audio for an examiner to pick out features of interest. One case in which audio played a larger role is the Trayvon Martin case, where a recording of a call made to the police was analyzed to determine if background screams came from George Zimmerman or from Martin. Forensic Voice Experts in forensic voice analyze recordings by examining transmitted and stored speech, enhancing it and decoding it for criminal investigations, court trials, and federal agencies. To utilize audio recordings in court, a forensic phonetician must authenticate the recording to detect tampering, enhance the audio, and interpret the speech. Their first job is to ensure that the speech in the recording being used is comprehensible. Oftentimes, samples have poor sound quality due to environmental factors such as wind or movement. Other times the sound degradation is due to technological issues within the recording device. Any investigative work on speaker identification cannot be done until the recording is of proper quality. Different solutions for poor comprehensibility are done using computer programs that allow the user to filter and eliminate noise. Computer software is also able to convert the speech to spectra and waveforms, which is useful for the forensic phonetician. However, any work done on the recording should be done after a copy of the original recording is made. A main part of the forensic phonetician's job is speaker identification. The interpretation process might include piecing together a timeline, transcribing the dialog, and identifying unknown or unintelligible sounds in the audio recording. In court, the expert ultimately serves to explain the facts surrounding the audio evidence, providing an explanation of relevant acoustical and physical principles to explain what is evidenced by the recording. Reports are made to include detailed information, if there is a section of the recording that is not comprehensible or is inaudible, an explanation of what was happening (in the recording), and a description of what is missing from the recording. Speaker Identification Voice analysis has a role in speaker identification. This is when the identity of a speaker is unknown, and has to be identify from an array of other voices or suspects when pertaining to a crime investigation or court trial. Proper identification of speaker and voices particularly for criminal cases depend on
originated in 1965. Announced Feb. 1, 2005 by IBM as successor to VSE/ESA 2.7, then-new z/VSE was named to reflect the new "System z" branding for IBM's mainframe product line. DOS/VSE was introduced in 1979 as a successor to DOS/VS; in turn, DOS/VSE was succeeded by VSE/SP version 1 in 1983, and VSE/SP version 2 in 1985. It is less common than prominent z/OS and is mostly used on smaller machines. In the late 1980s, there was a widespread perception among VSE customers that IBM was planning to discontinue VSE and migrate its customers to MVS instead, although IBM relented and agreed to continue to produce new versions of VSE. Overview DOS/360 originally used 24-bit addressing. As the underlying hardware evolved, VSE/ESA acquired 31-bit addressing capability. IBM released z/VSE Version 4, which requires 64-bit z/Architecture hardware and can use 64-bit real mode addressing, in 2007. With z/VSE 5.1 (available since 2011) z/VSE introduced 64 bit virtual addressing and memory objects (chunks of virtual storage), that are allocated above 2 GB. The latest shipping release is z/VSE 6.2.0 - available since December 2017, which includes the new CICS Transaction Server for z/VSE 2.2. User interfaces Job Control Language (JCL) A Job Control Language (JCL) that continues in the positional-parameter orientation of earlier DOS systems is z/VSE's batch processing primary user interface. There is also another, special interface for system console operators. Beyond batch z/VSE, like z/OS systems, had traditionally provided 3270 terminal user interfaces. However, most z/VSE installations have at least begun to add Web browser access to z/VSE applications. z/VSE's TCP/IP is a separately priced option for historic reasons, and is
by VSE/SP version 1 in 1983, and VSE/SP version 2 in 1985. It is less common than prominent z/OS and is mostly used on smaller machines. In the late 1980s, there was a widespread perception among VSE customers that IBM was planning to discontinue VSE and migrate its customers to MVS instead, although IBM relented and agreed to continue to produce new versions of VSE. Overview DOS/360 originally used 24-bit addressing. As the underlying hardware evolved, VSE/ESA acquired 31-bit addressing capability. IBM released z/VSE Version 4, which requires 64-bit z/Architecture hardware and can use 64-bit real mode addressing, in 2007. With z/VSE 5.1 (available since 2011) z/VSE introduced 64 bit virtual addressing and memory objects (chunks of virtual storage), that are allocated above 2 GB. The latest shipping release is z/VSE 6.2.0 - available since December 2017, which includes the new CICS Transaction Server for z/VSE 2.2. User interfaces Job Control Language (JCL) A Job Control Language (JCL) that continues in the positional-parameter orientation of earlier DOS systems is z/VSE's batch processing primary user interface. There is also another, special interface for system console operators. Beyond batch z/VSE, like z/OS systems, had traditionally provided 3270 terminal user interfaces. However, most z/VSE installations have at least begun to add Web browser access to z/VSE applications. z/VSE's TCP/IP is a separately priced option for historic reasons, and is available in two different versions from two vendors. Both vendors provide a full function TCP/IP stack with applications, such as telnet and FTP. One TCP/IP stack provides IPv4 communication only, the other IPv4 and IPv6 communication. In addition to the commercially available TCP/IP stacks for z/VSE, IBM also provides the Linux Fastpath method which uses IUCV socket or Hipersockets connections to communicate with
Since then, many contemporary poets have written villanelles, and they have often varied the form in innovative ways; in their anthology of villanelles (Villanelles), Annie Finch and Marie-Elizabeth Mali devote a section entitled "Variations on the Villanelle" to such innovations. Form The villanelle consists of five stanzas of three lines (tercets) followed by a single stanza of four lines (a quatrain) for a total of nineteen lines. It is structured by two repeating rhymes and two refrains: the first line of the first stanza serves as the last line of the second and fourth stanzas, and the third line of the first stanza serves as the last line of the third and fifth stanzas. The rhyme-and-refrain pattern of the villanelle can be schematized as A1bA2 abA1 abA2 abA1 abA2 abA1A2. Here, "a" and "A" lines rhyme, and A1 and A2 indicate two different refrains which are repeated exactly. The villanelle has no established meter, although most 19th-century villanelles have used trimeter or tetrameter and most 20th-century villanelles have used pentameter. Slight alteration of the refrain line is permissible. Effect With reference to the form's repetition of lines, Philip K. Jason suggests that the "villanelle is often used, and properly used, to deal with one or another degree of obsession" citing Sylvia Plath's "Mad Girl's Love Song" amongst other examples. He notes the possibility for the form to evoke, through the relationship between the repeated lines, a feeling of dislocation and a "paradigm for schizophrenia". This repetition of lines has been considered to prevent villanelles from possessing a "conventional tone" and that instead they are closer in form to a song or lyric poetry. Stephen Fry opines that the villanelle "is a form that seems to appeal to outsiders, or those who might have cause to consider themselves as such", having a "playful artifice" which suits "rueful, ironic reiteration of pain or fatalism". (In spite of this, the villanelle has also often been used for light verse, as for instance Louis Untermeyer's "Lugubrious Villanelle of Platitudes".) On the relationship between form and content, Anne Ridler notes in an introduction to her own poem "Villanelle for the Middle of the Way" a point made by T. S. Eliot, that "to use very strict form is a help, because you concentrate on the technical difficulties of mastering the form, and allow the content of the poem a more unconscious and freer release". In an introduction to his own take on the form, entitled "Missing Dates", William Empson suggests that while the villanelle is a "very rigid form", nonetheless W. H. Auden—in his long poem The Sea and the Mirror—had "made it sound absolutely natural like the innocent girl talking". Examples "Do not go gentle into that good night" by Dylan Thomas. "The Waking" by Theodore Roethke. "Mad Girl's Love Song" by Sylvia Plath. "One Art" by Elizabeth Bishop. "If I Could Tell You (poem)" and "Miranda" by W.H. Auden Edwin Arlington Robinson's villanelle "The House on the Hill"
far the majority of villanelles have been written in English. Subsequent to the publication of Théodore de Banville's treatise on prosody "Petit traité de poésie française" (1872), the form became popularised in England through Edmund Gosse and Austin Dobson. Gosse, Dobson, Oscar Wilde, Andrew Lang and John Payne were among the first English practitioners—theirs and other works were published in Gleeson White's Ballades and Rondeaus, Chants Royal, Sestinas, Villanelles, &c. Selected (1887), which contained thirty-two English-language villanelles composed by nineteen poets. Most modernists disdained the villanelle, which became associated with the overwrought formal aestheticism of the 1890s, i.e., the decadent movement in England. In his 1914 novel A Portrait of the Artist as a Young Man, James Joyce includes a villanelle written by his protagonist Stephen Dedalus. William Empson revived the villanelle more seriously in the 1930s, and his contemporaries and friends W. H. Auden and Dylan Thomas also picked up the form. Dylan Thomas's "Do not go gentle into that good night" is perhaps the most renowned villanelle of all. Theodore Roethke and Sylvia Plath wrote villanelles in the 1950s and 1960s, and Elizabeth Bishop wrote a particularly famous and influential villanelle, "One Art," in 1976. The villanelle reached an unprecedented level of popularity in the 1980s and 1990s with the rise of the New Formalism. Since then, many contemporary poets have written villanelles, and they have often varied the form in innovative ways; in their anthology of villanelles (Villanelles), Annie Finch and Marie-Elizabeth Mali devote a section entitled "Variations on the Villanelle" to such innovations. Form The villanelle consists of five stanzas of three lines (tercets) followed by a single stanza of four lines (a quatrain) for a total of nineteen lines. It is structured by two repeating rhymes and two refrains: the first line of the first stanza serves as the last line of the second and fourth stanzas, and the third line of the first stanza serves as the last line of the third and fifth stanzas. The rhyme-and-refrain pattern of the villanelle can be schematized as A1bA2 abA1 abA2 abA1 abA2 abA1A2. Here, "a" and "A" lines rhyme, and A1 and A2 indicate two different refrains which are repeated exactly. The villanelle has no established meter, although most 19th-century villanelles have used trimeter or tetrameter and most 20th-century villanelles have used pentameter. Slight alteration of the refrain line is permissible. Effect With reference to the form's repetition of lines, Philip K. Jason suggests that the "villanelle is often used, and properly used, to deal with one or another degree of obsession" citing Sylvia Plath's "Mad Girl's Love Song" amongst other examples. He notes the possibility for the form to evoke, through the relationship between the repeated lines, a feeling of dislocation and a "paradigm for schizophrenia". This repetition of lines has been considered to prevent villanelles from possessing a "conventional tone" and that instead they are closer in form to a song or lyric poetry. Stephen Fry opines that the villanelle "is a form that seems to appeal to outsiders, or those who might have cause to consider themselves as such", having a "playful artifice" which suits "rueful, ironic reiteration of pain or fatalism". (In spite of this, the villanelle has also often been used for light verse, as for instance Louis Untermeyer's "Lugubrious Villanelle of Platitudes".) On the relationship between form and content, Anne Ridler notes in an introduction to her own poem "Villanelle for the Middle of the Way" a point made by T. S. Eliot, that "to use very strict form is a help, because you concentrate on the technical difficulties of mastering the form, and allow the content of the poem a more unconscious and freer release". In an introduction to his own take on the form, entitled "Missing Dates", William Empson suggests that while the villanelle is a "very rigid form", nonetheless W. H. Auden—in his long poem The Sea and the Mirror—had "made it sound absolutely natural like the innocent girl talking". Examples "Do not go gentle into that good night" by Dylan Thomas. "The Waking" by Theodore Roethke. "Mad Girl's Love Song" by Sylvia Plath. "One Art" by Elizabeth Bishop. "If I Could Tell You (poem)" and "Miranda" by W.H. Auden Edwin Arlington
one of only ten in the orchestra's history. Victor Borge received numerous awards and honors during the course of his career. Borge received Kennedy Center Honors in 1999. He was decorated with badges of chivalric orders by the five Nordic countries, receiving the Order of the Dannebrog, Order of Vasa, St. Olav's Medal, Order of the White Rose of Finland and Order of the Falcon. Victor Borge Hall, located in Scandinavia House in New York City, was named in Borge's honor in 2000, as was Victor Borges Plads ("Victor Borge Square") in Copenhagen in 2002. In 2009, a statue celebrating Borge's centennial was erected on the square. Asteroid (5634) Victorborge is named in his honor. From 23 January to 9 May 2009, the life of Borge was celebrated by The American-Scandinavian Foundation with Victor Borge: A Centennial Celebration.Film and television On 14 March 2009, a television special about his life, 100 Years of Music and Laughter, aired on PBS. On 7 February 2017, it was reported that, according to a press release by the Danish production company M&M Productions, both a television series and cinematic film about the life of Borge were foreseen to be filmed in 2018. Discography Phonetic Punctuation Parts 1 and 2 (1945, Columbia Records 36911, 78 rpm) The Blue Serenade / A Lesson in Composition (1945, Columbia Records 36912, 78 rpm) Brahms' Lullaby / Grieg Rhapsody (1945, Columbia Records 36913, 78 rpm) A Mozart Opera by Borge / All The Things You Are (1945, Columbia Records 36914, 78 rpm) A Victor Borge Program (1946, Columbia Album C-111, 4 discs 78 rpm – a set containing the four previous releases) Unstarted Symphony / Bizet's Carmen (1947, Columbia Records 38181, 78 rpm) Intermezzo / Stardust (1947, Columbia Records 38182, 78 rpm) Rachmaninoff's Concerto No. 2 / Inflation Language (1947, Columbia Records 38183, 78 rpm) Clair de Lune / Vuggevise (1947, Columbia Records 38184, 78 rpm) An Evening with Victor Borge (1948 Columbia Album C-161, 4 discs 78 rpm – a set containing the four previous releases) A Victor Borge Program (1951, Columbia Records CL-6013, 10'' LP) Comedy in Music, Vol. 1 (1954, Columbia Records CL-6292, 10'' LP) Comedy in Music, Vol. 2 (1954, Columbia Records CL-6293, 10'' LP) Comedy in Music (1954, Columbia Records CL-554, LP) Caught in the Act (1955, Columbia Records CL-646, LP) Brahms, Bizet and Borge (1955, Columbia Records CL-2538, 10'' LP) ½ Time På Dansk (1958, Fona 251 HI-FI, 10'' LP) The Adventures of Piccolo, Saxie and Company (1959, Columbia Records CL-1223, LP) The Adventures of Piccolo, Saxie and Company (1959, Coronet KLP 762, LP (AUS)) Victor Borge Plays and Conducts Concert Favorites (1959, Columbia Records CL-1305/CS-8113, LP) Borge's Back (1962, MGM E/SE-3995P, LP) Borge's Back (1962, MGM CS-6055, LP (UK)) Borgering on Genius (1962, MGM 2354029, LP – same material as Borge's Back) Great Moments of Comedy (1964, Verve V/V6 15044, LP – same material as Borge's Back) Victor Borge presents his own enchanting version of Hans Christian Andersen (1966, Decca DL7-34406 Stereo, LP) Comedy in Music (1972, CBS S 53140, LP) Victor Borge at His Best (1972, PRT Records COMP 5, 2 LPs) Victor Borge Live At The London Palladium (1972, Pye NSPL 18394, LP) My Favorite Intervals (1975, PYE NSPD 502, LP) 13 Pianos Live in Concert (1975, Telefunken-Decca LC-0366) Victor Borge 50 Års Jubilæum (1976, Philips 6318035, LP) Victor Borge Show (1977, CBS 70082, LP, in Danish) Victor Borge Live in der Hamburger Musikhalle (1978, Philips 6305 369, LP) Victor Borge Live (1978, Starbox LX 96 004 Stereo, LP) Victor Borge – Live(!) (1992, Sony Broadway 48482, CD) The Piano & Humor of the Great Victor Borge (1997, Sony Music Special Products 15312, 3 CDs) The Two Sides of Victor Borge (1998, GMG Entertainment, CD) Caught in the Act (1999, Collectables Records 6031, CD) Comedy in Music (1999, Collectables Records 6032, CD) Phonetically Speaking – And Don't Forget The Piano (2001, Jasmine 120, CD) En aften med Victor Borge (2003, UNI 9865861, CD) I Love You Truly (2004, Pegasus (Pinnacle) 45403, CD) Victor Borge King of Comedy (2006, Phantom 26540, CD) Verdens morsomste mand: alle tiders Victor Borge (2006, UNI 9877560, CD) Unstarted Symphony (2008, NAX-8120859, CD) Comedy in Music'' (2009, SHO-227, CD) Filmography References Further reading External links Victor Borge Official website Internet Archive: Victor Borge Collection ; by the USC Shoah Foundation Institute for Visual History and Education 1909 births 2000 deaths American Ashkenazi Jews
persecution during the war. Aside from his musical work, Borge wrote three books, My Favorite Intermissions and My Favorite Comedies in Music (both with Robert Sherman), and the autobiography Smilet er den korteste afstand ("The Smile is the Shortest Distance") with Niels-Jørgen Kaiser. In 1979, Borge founded the American Pianists Association (then called the Beethoven Foundation) with Julius Bloom and Anthony P. Habig. The American Pianists Association now produces two major piano competitions: the Classical Fellowship Awards and the Jazz Fellowship Awards. Family He married his first wife, Elsie Chilton, in 1933. After divorcing Elsie, he married Sarabel Sanna Scraper in 1953, and they stayed married until her death at the age of 83 in September 2000. Borge had five children (who occasionally performed with him): Ronald Borge and Janet Crowle (adopted) with Elsie Chilton, and Sanna Feinstein, Victor Bernhard (Vebe) Jr., and Frederikke (Rikke) Borge with Sarabel. Death On 23 December 2000, Borge died in Greenwich, Connecticut, at the age of 91, after 75 years of entertaining. He died peacefully in his sleep a day after returning from a concert in Denmark. "It was just his time to go," Frederikke Borge said. "He's been missing my mother terribly." (His wife had died only three months earlier.) Per Borge's wishes, his connection to both the United States and Denmark was marked by having part of his ashes interred at Putnam Cemetery in Greenwich, with a replica of the iconic Danish statue The Little Mermaid sitting on a large rock at the grave site, and the other part in Western Jewish Cemetery (Mosaisk Vestre Begravelsesplads), Copenhagen. Legacy Borge received an honorary degree from Trinity College Connecticut in 1997. When the Royal Danish Orchestra celebrated its 550th anniversary in 1998, Borge was appointed an honorary member — at that time one of only ten in the orchestra's history. Victor Borge received numerous awards and honors during the course of his career. Borge received Kennedy Center Honors in 1999. He was decorated with badges of chivalric orders by the five Nordic countries, receiving the Order of the Dannebrog, Order of Vasa, St. Olav's Medal, Order of the White Rose of Finland and Order of the Falcon. Victor Borge Hall, located in Scandinavia House in New York City, was named in Borge's honor in 2000, as was Victor Borges Plads ("Victor Borge Square") in Copenhagen in 2002. In 2009, a statue celebrating Borge's centennial was erected on the square. Asteroid (5634) Victorborge is named in his honor. From 23 January to 9 May 2009, the life of Borge was celebrated by The American-Scandinavian Foundation with Victor Borge: A Centennial Celebration.Film and television On 14 March 2009, a television special about his life, 100 Years of Music and Laughter, aired on PBS. On 7 February 2017, it was reported that, according to a press release by the Danish production company M&M Productions, both a television series and cinematic film about the life of Borge were foreseen to be filmed in 2018. Discography Phonetic Punctuation Parts 1 and 2 (1945, Columbia Records 36911, 78 rpm) The Blue Serenade / A Lesson in Composition (1945, Columbia Records 36912, 78 rpm) Brahms' Lullaby / Grieg Rhapsody (1945, Columbia Records 36913, 78 rpm) A Mozart Opera by Borge / All The Things You Are (1945, Columbia Records 36914, 78 rpm) A Victor Borge Program (1946, Columbia Album C-111, 4 discs 78 rpm – a set containing the four previous releases) Unstarted Symphony / Bizet's Carmen (1947, Columbia Records 38181, 78 rpm) Intermezzo / Stardust (1947, Columbia Records 38182, 78 rpm) Rachmaninoff's Concerto No. 2 / Inflation Language (1947, Columbia Records 38183, 78 rpm) Clair de Lune / Vuggevise (1947, Columbia Records 38184, 78 rpm) An Evening with Victor Borge (1948 Columbia Album C-161, 4 discs 78 rpm – a set containing the four previous releases) A Victor Borge Program (1951, Columbia Records CL-6013, 10'' LP) Comedy in Music, Vol. 1 (1954, Columbia Records CL-6292, 10'' LP) Comedy in Music, Vol. 2 (1954, Columbia Records CL-6293, 10'' LP) Comedy in Music (1954, Columbia Records CL-554, LP) Caught in the Act (1955, Columbia Records CL-646, LP) Brahms, Bizet and Borge (1955, Columbia Records CL-2538, 10'' LP) ½ Time På Dansk (1958, Fona 251 HI-FI, 10'' LP) The Adventures of Piccolo, Saxie and Company (1959, Columbia Records CL-1223, LP) The Adventures of Piccolo, Saxie and Company (1959, Coronet KLP 762, LP (AUS)) Victor Borge Plays and Conducts Concert Favorites (1959, Columbia Records CL-1305/CS-8113, LP) Borge's Back (1962, MGM E/SE-3995P, LP) Borge's Back (1962, MGM CS-6055, LP (UK)) Borgering on Genius (1962, MGM 2354029, LP – same material as Borge's Back) Great Moments of Comedy (1964, Verve V/V6 15044, LP – same material as Borge's Back) Victor Borge presents his own enchanting version of Hans Christian Andersen (1966, Decca DL7-34406 Stereo, LP) Comedy in Music (1972, CBS S 53140, LP) Victor Borge at His Best (1972, PRT Records COMP 5, 2 LPs) Victor Borge Live At The London Palladium (1972, Pye NSPL 18394, LP) My Favorite Intervals (1975, PYE NSPD 502, LP) 13 Pianos Live in Concert (1975, Telefunken-Decca LC-0366) Victor Borge 50 Års Jubilæum (1976, Philips 6318035, LP) Victor Borge Show (1977, CBS 70082, LP, in Danish) Victor Borge Live in der Hamburger Musikhalle (1978, Philips 6305 369, LP) Victor Borge Live (1978, Starbox LX 96 004 Stereo, LP) Victor Borge – Live(!) (1992, Sony Broadway 48482, CD) The Piano & Humor of the Great Victor Borge (1997, Sony Music Special Products 15312, 3 CDs) The Two Sides of Victor Borge (1998, GMG Entertainment, CD) Caught in the Act (1999, Collectables Records 6031, CD) Comedy in Music (1999, Collectables Records 6032, CD) Phonetically Speaking – And Don't Forget The Piano (2001, Jasmine 120, CD) En aften med Victor Borge (2003, UNI 9865861, CD) I Love You Truly (2004, Pegasus (Pinnacle) 45403, CD) Victor Borge King of Comedy (2006, Phantom 26540, CD) Verdens morsomste mand: alle tiders Victor Borge (2006, UNI 9877560, CD) Unstarted Symphony (2008, NAX-8120859, CD) Comedy in Music'' (2009, SHO-227, CD) Filmography References Further reading External links Victor Borge Official website Internet Archive: Victor Borge Collection ; by the USC Shoah Foundation Institute for Visual History and Education 1909 births 2000 deaths American Ashkenazi Jews Danish Ashkenazi Jews Musicians from Copenhagen Jewish Danish entertainers American comedy musicians American people of Danish-Jewish descent Columbia Records artists Comedy musicians Danish male comedians Danish classical pianists Danish conductors (music) Male conductors (music) Jewish Danish actors Jewish Danish musicians Jewish American musicians Jewish Danish comedians Jewish American male comedians Kennedy Center honorees Musicians from Greenwich, Connecticut Danish emigrants to the United States Humor in classical music Sony Classical Records artists
unknown but is believed to involve a number of factors, including genetics, immunology, and possibly diet. Diagnosis is by ruling out other possible causes. This may or may not include a biopsy of the area. Treatment may involve a number of different measures; however, none is universally effective, and the evidence to support their effectiveness is often poor. Some of these measures include improved vulvar care, dietary changes, medications, counselling, and, if conservative treatment is not effective, surgery. It is estimated to affect up to 16% of women. Signs and symptoms Pain is the most notable symptom of vulvodynia, and can be characterized as a burning, stinging, irritation or sharp pain that occurs in the vulva and entrance to the vagina. It may be constant, intermittent or happen only when the vulva is touched, but vulvodynia usually has a long duration. Symptoms may occur in one place or the entire vulvar area. It can occur during or after sexual activity, when tampons are inserted, or when prolonged pressure is applied to the vulva, such as during sitting, bike riding, or horseback riding. Some cases of vulvodynia are idiopathic where no particular cause can be determined. Vulvar vestibulitis Vulvar vestibulitis syndrome (VVS), vestibulodynia, or simply vulvar vestibulitis or "localized (to the vestibule) provoked vulvodynia" refers to pain localized to the vestibular region. It tends to be associated with a highly localized "burning" or "cutting" type of pain. The pain of vulvodynia may extend into the clitoris; this is referred to as clitorodynia. Vulvar vestibulitis syndrome is the most common subtype of vulvodynia that affects premenopausal women – the syndrome has been cited as affecting about 10%–15% of women seeking gynecological care. Causes A wide variety of possible causes and treatments for vulvodynia are currently being explored. Moreover, there are probably several causes of vulvodynia, and some may be individual to the patient. Possible causes include Sjögren syndrome, the symptoms of which include chronic vaginal dryness. Others include genetic predisposition to inflammation, allergy or other sensitivity (for example: oxalates in the urine), an autoimmune disorder similar to lupus erythematosus or to eczema or to lichen sclerosus, infection (e.g., yeast infections, bacterial vaginosis, HPV, HSV), injury, and neuropathy—including an increased number of nerve endings in the vaginal area. Some cases seem to be negative outcomes of genital surgery, such as a labioplasty. Initiation of hormonal contraceptives that contain low- dose estrogen before the age of 16 could predispose women to vulvar vestibulitis syndrome. A significantly lower pain threshold, especially in the posterior vestibulum, has also been associated with the use of hormonal contraceptives in women without vulvar vestibulitis syndrome. Pelvic floor dysfunction may be the underlying cause of some women's pain. Diagnosis The condition is one of exclusion and other vulvovaginal problems should be ruled out. The diagnosis is based on the typical complaints of the patient, essentially normal physical findings, and the absence of identifiable causes per the differential diagnosis. Cotton swab testing is used to differentiate between generalized and localized
become sexually active. Moreover, the absence of any visible symptoms means that before being successfully diagnosed many patients have been told that the pain is "in their head" (a medical stance more associated with the 1970s than with modern medicine). Differential diagnosis Infections: candidiasis, herpes, HPV Inflammation: lichen planus Neoplasm: Paget's disease, vulvar carcinoma Neurologic disorder: neuralgia secondary to herpes virus, spinal nerve injury Treatment There are a number of possible treatments with none being uniformly effective. Treatments include: Lifestyle A number of lifestyle changes are often recommended such as using cotton underwear, not using substances that may irritate the area, and using lubricant during sex. The use of alternative medicine has not been sufficiently studied to make recommendations. Counseling Education and accurate information about vestibulodynia: Gynaecologist-led educational seminars delivered in a group format have a significant positive impact on psychological symptoms and sexual functioning in women who suffer from Provoked (caused by a stimulus such as touch or sexual activity) vestibulodynia. Provoked vestibulodynia, whilst similar in some respects, is different to vulvodynia which this article refers to. Biofeedback, physical therapy and relaxation: Biofeedback, often done by physical therapists, involves inserting a vaginal sensor to get a sense of the strength of the muscles and help a patient get greater control of her muscles to feel the difference between contraction and relaxation. Sessions are linked with at-home recommendations including often Kegel exercises (e.g., hold for 9 seconds, relax for 30 seconds, for 10–15 sets), and relaxation. Medications A number of medications have been used to treat vulvodynia. Evidence to support their use, however, is often poor. These include creams and ointments containing lidocaine, estrogen or tricyclic antidepressants. Antidepressants and anticonvulsants in pill form are sometimes tried but have been poorly studied. Injectable medications included steroids and botulinum toxin have been tried with limited success. Surgery Vestibulectomy, during which the nerve fibers to the area are cut out, may be recommended if other treatments have not been found to be effective. There have been no high quality studies looking at surgery as a treatment. While improvement has been noted in 60% to 90%, those who were treated without surgery improved in 40 to 80% of cases. Epidemiology The percentage of women affected is not entirely clear, but estimates range as high as 16%. Many other conditions that
full of idiots", and he is shown to be more of a tragicomedy character, not bitter and grumpy by nature, but driven to it due to his habit of attracting trouble. Renwick once pointed out in an interview that the name "Victor" is ironic, since he almost always ends up as the loser. In the final episode, "Things Aren't Simple Any More", Meldrew is killed by a hit-and-run driver. This eliminated any realistic possibility of a seventh series. Passers-by left bouquets of flowers in homage at the filming location, a railway bridge in Shawford, a small village in Hampshire. Reception Phil Wickham of the University of Exeter observed that "the whole point of the series is that Meldrew is the only sane voice in a mad world". Jonathan Bignell in his book Media Semiotics observes that the reason people laugh at Victor Meldrew is not simply that his behaviour is excessive, but that it contrasts with how all the other characters in the TV series are behaving. Meldrew's name is associated with aggression or grumpiness; the journal Age and Ageing notes that "Viewers of Victor Meldrew (One Foot in the Grave) would not be surprised that hostility contributes to mortality in grumpy old men." Similarly The Daily Telegraph uses Richard Wilson's Meldrew to refer to people who enjoy "a good moan", while Jenny Turner in the London Review of Books can observe that "the timing and rhythm (of Geoff Dyer's Jeff in Venice, Death in Varanasi) have the flippancy of stand-up comedy. The voice has Eeyore in it, and Morrissey and Victor Meldrew, and could only be English and from that postwar, post-punk generation". The BBC recalls first that "the role of Victor Meldrew transformed Scottish TV-actor Richard Wilson into a household name and award-winning comedy performer." In addition, "So popular was his character that 'Victor Meldrew' has endured as a cultural reference for any grumpy old man." And finally and more loosely, "many viewers identified with his rages at the irritants of modern life: litter, junk mail, traffic, rudeness, streetlamps and car mechanics and to some, Victor Meldrew was a champion of the people, albeit a very grumpy one." Victor Meldrew's persona is so powerful that Richard Wilson is perceived as "99 per cent Meldrew" by at least one critic, and when taking on a serious role as Malvolio in Shakespeare's Twelfth Night, another critic felt that Wilson's "performance was overly influenced by his desire to 'shed the Victor Meldrew stereotype'". In the modern series of Doctor Who, after the debut of the Twelfth Doctor as portrayed by Peter Capaldi, Alison Graham
cars, animals, power cuts and next-door neighbours (his particular example being Patrick Trench, played by Angus Deayton). The character basis was founded from a person called Richard Hibbert from Barrow-in-Furness, who David Renwick had met while on a shopping trip there , Richard was a security guard at Mercedes Benz dealership who had found a fault in everything and only believed himself to be correct at all times. The character was created specifically for Wilson, with whom Renwick had worked on the series Hot Metal, though Wilson initially turned the part down as at 53, he felt he was too young to play the 60-year-old Meldrew. Renwick considered Les Dawson for the part before Wilson changed his mind. Character In the first episode, Meldrew, aged 60, is forced into early retirement from his job as a security guard when the office where he worked installs an automatic security system (which he describes as "being replaced by a box"). The series follows Meldrew as he tries to fill his new-found leisure with odd jobs and unusual idiosyncrasies, or to get a new job. However, he regularly finds himself mistreated, misunderstood or simply the victim of bad luck, and consequently leads to his complaining heartily. Meldrew is famous for his catchphrase, "I don't believe it!!", an expression of discontent which was actually used fairly infrequently. Quite often, he stops short at
the year 900. On the other hand, Duke Vratislaus offered the Hungarian invaders free passage and supported their campaign against the Saxon duke Henry the Fowler in the year 915. Vratislaus is credited with the establishment of St. George's Basilica at Prague Castle and also with the foundation of the Silesian city of Wrocław (Breslau), whose Latin name "Vratislavia" denotes his initiative. He died in battle against the Hungarians, possibly in 919, although 921 is more often conjectured. References Ancestral Roots of Certain American Colonists Who Came to America
lands around Prague Castle had already distanced themselves from the political and cultural sphere of Great Moravia and fallen under the influence of East Francia, especially during the rule of Duke Arnulf of Bavaria. The contemporary Annales Fuldenses report that the Bavarian forces had attacked Prince Mojmír II of Moravia in alliance with the Bohemians already in the year 900. On the other hand, Duke Vratislaus offered the Hungarian invaders free passage and supported their campaign against the Saxon duke Henry the Fowler in the year 915. Vratislaus is credited with the establishment of St. George's Basilica at Prague Castle and also with the foundation of the Silesian city of Wrocław (Breslau), whose Latin name "Vratislavia" denotes his initiative.
in the book, various kennings are given for Víðarr, including again the "silent As", "possessor of the iron shoe", "enemy and slayer of Fenrisulf", "the gods' avenging As", "father's homestead-inhabiting As", "son of Odin", and "brother of the Æsir". In the tale of the god Thor's visit to the hall of the jötunn Geirröd, Gríðr is stated as the mother of "Víðarr the Silent" who assists Thor in his journey. In chapter 33, after returning from Asgard and feasting with the gods, Ægir invites the gods to come to his hall in three months. Fourteen gods make the trip to attend the feast, including Víðarr. In chapter 75, Víðarr's name appears twice in a list of Æsir. Archaeological record The mid-11th century Gosforth Cross, located in Cumbria, England, has been described as depicting a combination of scenes from the Christian Judgement Day and the pagan Ragnarök. The cross features various figures depicted in Borre style, including a man with a spear facing a monstrous head, one of whose feet is thrust into the beast's forked tongue and on its lower jaw, while a hand is placed against its upper jaw, a scene interpreted as Víðarr fighting Fenrir. The depiction has also been theorized as a metaphor for Jesus's defeat of Satan. Theories Theories have been proposed that Víðarr's silence may derive from a ritual silence or other abstentions which often accompany acts of vengeance, as for example in Völuspá and Baldrs draumar when Váli, conceived for the sole purpose of avenging Baldr's death, abstains from washing his hands and combing his hair "until he brought Baldr's adversary to the funeral pyre". Parallels have been drawn between chapter 31 of Tacitus' 1st century CE work Germania where Tacitus describes that members of the Chatti, a Germanic tribe, may not shave or groom before having first slain an enemy. Dumézil Georges Dumézil theorized that Víðarr represents a cosmic figure from an archetype derived from the Proto-Indo-Europeans. Dumézil stated that he was aligned with both vertical space, due to his placement of his foot on the wolf's lower jaw and his hand on the wolf's upper jaw, and horizontal space, due to his wide step and strong shoe, and that, by killing the wolf, Víðarr keeps the wolf from destroying the cosmos, and the cosmos can thereafter be restored after the destruction resulting from Ragnarök. Dumézil thus conceives of Víðarr as a spatial god. Dumézil substantiates his claim with the text of the Lokasenna, in which Víðarr, trying to mediate the dispute with Loki, urges the other Aesir to "grant Loki his space" at the feasting table. Dumézil argues that this play on Víðarr's spatiality would have been understood by an audience familiar with the god, an interpretation further warranted by his reading of the Lokasenna as being in significant part a book of puns and word plays about the different
described as surviving. Víðarr is attested in the Poetic Edda, compiled in the 13th century from earlier traditional sources, the Prose Edda, written in the 13th century by Snorri Sturluson, and is interpreted as depicted with Fenrir on the Gosforth Cross. A number of theories surround the figure, including theories around potential ritual silence and a Proto-Indo-European basis. Attestations Poetic Edda In the Poetic Edda, Víðarr is mentioned in the poems Völuspá, Vafthrúdnismál, Grímnismál, and Lokasenna. In stanzas 54 and 55 of the poem Völuspá, a völva tells Odin that his son Víðarr will avenge Odin's death at Ragnarök by stabbing Fenrir in the heart: Then comes Sigfather's | mighty son, Vithar, to fight | with the foaming wolf; In the giant's son | does he thrust his sword Full to the heart: | his father is avenged. In stanzas 51 and 53 of Vafthrúdnismál, Vafþrúðnir states that Víðarr and his brother Váli will both live in the "temples of the gods" after Surtr's fire has ceded and that Víðarr will avenge the death of his father, Odin, by sundering the cold jaws of Fenrir in battle: In stanza 17 of Grímnismál, during Odin's visions of various dwelling places of the gods, he describes Víðarr's (here anglicized as "Vidar") residence: Brushwood grows and high grass widely in Vidar's land and there the son proclaims on his horse's back that he's keen to avenge his father. According to Lokasenna, Loki rebukes the gods at the start of the poem for not properly welcoming him to the feast at Ægir's hall. In stanza 10, Odin finally relents to the rules of hospitality, urging Víðarr to stand and pour a drink for the quarrelsome guest. Víðarr follows his orders. Loki toasts the Æsir before beginning his flyting. Prose Edda Víðarr is referenced in the Prose Edda books Gylfaginning and Skáldskaparmál. Víðarr is referenced in the book Gylfaginning in chapters 29, 51, and 53. In chapter 29, Víðarr is introduced by the enthroned figure of High as "the silent god" with a thick shoe, that he is nearly as strong as the god Thor, and that the gods rely on him in times of immense difficulties. In chapter 51, High foretells that, during Ragnarök, the wolf Fenrir will devour Odin, and Víðarr will avenge him by stepping down with one foot on the lower jaw of the monster, grabbing his upper jaw in one hand and tearing his mouth apart, killing him. Víðarr's "thick shoe" is described as consisting of all the extra leather pieces that people have cut from their own shoes at the toe and heel, collected by the god throughout all time. Therefore, anyone who is concerned enough to give assistance to the gods should throw these pieces away. In chapter 54, following Ragnarök and the rebirth of the world, it is told that Víðarr along with his brother Váli will have survived both the swelling of the sea and the fiery conflagration unleashed by Surtr, completely unharmed, and shall thereafter dwell on the field Iðavöllr, "where the city of Asgard had previously been". According to Skáldskaparmál, Víðarr was one of the twelve presiding male gods seated in their thrones at a banquet for the visiting Ægir. At a point in dialogue between the skaldic god Bragi and Ægir,
vocal tract. Vowels are one of the two principal classes of speech sounds, the other being the consonant. Vowels vary in quality, in loudness and also in quantity (length). They are usually voiced and are closely involved in prosodic variation such as tone, intonation and stress. The word vowel comes from the Latin word , meaning "vocal" (i.e. relating to the voice). In English, the word vowel is commonly used to refer both to vowel sounds and to the written symbols that represent them (a, e, i, o, u, and sometimes y). Definition There are two complementary definitions of vowel, one phonetic and the other phonological. In the phonetic definition, a vowel is a sound, such as the English "ah" or "oh" , produced with an open vocal tract; it is median (the air escapes along the middle of the tongue), oral (at least some of the airflow must escape through the mouth), frictionless and continuant. There is no significant build-up of air pressure at any point above the glottis. This contrasts with consonants, such as the English "sh" , which have a constriction or closure at some point along the vocal tract. In the phonological definition, a vowel is defined as syllabic, the sound that forms the peak of a syllable. A phonetically equivalent but non-syllabic sound is a semivowel. In oral languages, phonetic vowels normally form the peak (nucleus) of many or all syllables, whereas consonants form the onset and (in languages that have them) coda. Some languages allow other sounds to form the nucleus of a syllable, such as the syllabic (i.e., vocalic) l in the English word table (when not considered to have a weak vowel sound: ) or the syllabic r in the Serbo-Croatian word vrt "garden". The phonetic definition of "vowel" (i.e. a sound produced with no constriction in the vocal tract) does not always match the phonological definition (i.e. a sound that forms the peak of a syllable). The approximants and illustrate this: both are without much of a constriction in the vocal tract (so phonetically they seem to be vowel-like), but they occur at the onset of syllables (e.g. in "yet" and "wet") which suggests that phonologically they are consonants. A similar debate arises over whether a word like bird in a rhotic dialect has an r-colored vowel or a syllabic consonant . The American linguist Kenneth Pike (1943) suggested the terms "vocoid" for a phonetic vowel and "vowel" for a phonological vowel, so using this terminology, and are classified as vocoids but not vowels. However, Maddieson and Emmory (1985) demonstrated from a range of languages that semivowels are produced with a narrower constriction of the vocal tract than vowels, and so may be considered consonants on that basis. Nonetheless, the phonetic and phonemic definitions would still conflict for the syllabic /l/ in table or the syllabic nasals in button and rhythm. Articulation The traditional view of vowel production, reflected for example in the terminology and presentation of the International Phonetic Alphabet, is one of articulatory features that determine a vowel's quality as distinguishing it from other vowels. Daniel Jones developed the cardinal vowel system to describe vowels in terms of the features of tongue height (vertical dimension), tongue backness (horizontal dimension) and roundedness (lip articulation). These three parameters are indicated in the schematic quadrilateral IPA vowel diagram on the right. There are additional features of vowel quality, such as the velum position (nasality), type of vocal fold vibration (phonation), and tongue root position. This conception of vowel articulation has been known to be inaccurate since 1928. Peter Ladefoged has said that "early phoneticians... thought they were describing the highest point of the tongue, but they were not. They were actually describing formant frequencies." (See below.) The IPA Handbook concedes that "the vowel quadrilateral must be regarded as an abstraction and not a direct mapping of tongue position." Nonetheless, the concept that vowel qualities are determined primarily by tongue position and lip rounding continues to be used in pedagogy, as it provides an intuitive explanation of how vowels are distinguished. Height Theoretically, vowel height refers to the vertical position of either the tongue or the jaw (depending on the model) relative to either the roof of the mouth or the aperture of the jaw. In practice, however, it refers to the first formant (lowest resonance of the voice), abbreviated F1, which is associated with the height of the tongue. In close vowels, also known as high vowels, such as and , the first formant is consistent with the tongue being positioned close to the palate, high in the mouth, whereas in open vowels, also known as low vowels, such as , F1 is consistent with the jaw being open and the tongue being positioned low in the mouth. Height is defined by the inverse of the F1 value: the higher the frequency of the first formant, the lower (more open) the vowel. In John Elsing's usage, where fronted vowels are distinguished in height by the position of the jaw rather than the tongue, only the terms 'open' and 'close' are used, as 'high' and 'low' refer to the position of the tongue. The International Phonetic Alphabet defines seven degrees of vowel height, but no language is known to distinguish all of them without distinguishing another attribute: close (high) near-close (near-high) close-mid (high-mid) mid (true-mid) open-mid (low-mid) near-open (near-low) open (low) The letters are typically used for either close-mid or true-mid vowels. However, if more precision is required, true-mid vowels may be written with a lowering diacritic . The Kensiu language, spoken in Malaysia and Thailand, is highly unusual in that it contrasts true-mid with close-mid and open-mid vowels, without any difference in other parameters like backness or roundness. It appears that some varieties of German have five vowel heights that contrast independently of length or other parameters. The Bavarian dialect of Amstetten has thirteen long vowels, which can be analyzed as distinguishing five heights (close, close-mid, mid, open-mid and open) each among the front unrounded, front rounded, and back rounded vowels as well as an open central vowel, for a total of five vowel heights: . No other language is known to contrast more than four degrees of vowel height. The parameter of vowel height appears to be the primary cross-linguistic feature of vowels in that all spoken languages that have been researched till now use height as a contrastive feature. No other parameter, even backness or rounding (see below), is used in all languages. Some languages have vertical vowel systems in which at least at a phonemic level, only height is used to distinguish vowels. Backness Vowel backness is named for the position of the tongue during the articulation of a vowel relative to the back of the mouth. As with vowel height, however, it is defined by a formant of the voice, in this case the second, F2, not by the position of the tongue. In front vowels, such as , the frequency of F2 is relatively high, which generally corresponds to a position of the tongue forward in the mouth, whereas in back vowels, such as , F2 is low, consistent with the tongue being positioned towards the back of the mouth. The International Phonetic Alphabet defines five degrees of vowel backness: front near-front central near-back back To them may be added front-central and back-central, corresponding to the vertical lines separating central from front and back vowel spaces in several IPA diagrams. However, front-central and back-central may also be used as terms synonymous with near-front and near-back. No language is known to contrast more than three degrees of backness nor is there a language that contrasts front with near-front vowels nor back with near-back ones. Although some English dialects have vowels at five degrees of backness, there is no known language that distinguishes five degrees of backness without additional differences in height or rounding. Roundedness Roundedness is named after the rounding of the lips in some vowels. Because lip rounding is easily visible, vowels may be commonly identified as rounded based on the articulation of the lips. Acoustically, rounded vowels are identified chiefly by a decrease in F2, although F1 is also slightly decreased. In most languages, roundedness is a reinforcing feature of mid to high back vowels rather than a distinctive feature. Usually, the higher a back vowel, the more intense is the rounding. However, in some languages, roundedness is independent from backness, such as French and German (with front rounded vowels), most Uralic languages (Estonian has a rounding contrast for and front vowels), Turkic languages (with a rounding distinction for front vowels and ), and Vietnamese with back unrounded vowels. Nonetheless, even in those languages there is usually some phonetic correlation between rounding and backness: front rounded vowels tend to be more front-central than front, and back unrounded vowels tend to be more back-central than back. Thus, the placement of unrounded vowels to the left of rounded vowels on the IPA vowel chart is reflective of their position in formant space. Different kinds of labialization are possible. In mid to high rounded back vowels the lips are generally protruded ("pursed") outward, a phenomenon known as endolabial rounding because the insides of the lips are visible, whereas in mid to high rounded front vowels the lips are generally "compressed" with the margins of the lips pulled in and drawn towards each other, a phenomenon known as exolabial rounding. However, not all languages follow that pattern. Japanese , for example, is an exolabial (compressed) back vowel, and sounds quite different from an English endolabial . Swedish and Norwegian are the only two known languages in which the feature is contrastive; they have both exo- and endo-labial close front vowels and close central vowels, respectively. In many phonetic treatments, both are considered types of rounding, but some phoneticians do not believe that these are subsets of a single phenomenon and posit instead three independent features of rounded (endolabial) and compressed (exolabial) and unrounded. The lip position of unrounded vowels may also be classified separately as spread and neutral (neither rounded nor spread). Others distinguish compressed rounded vowels, in which the corners of the mouth are drawn together, from compressed unrounded vowels, in which the lips are compressed but the corners remain apart as in spread vowels. Front, raised and retracted The conception of the tongue moving in two directions, high–low and front–back, is not supported by articulatory evidence and does not clarify how articulation affects vowel quality. Vowels may instead be characterized by the three directions of movement of the tongue from its neutral position: front (forward), raised (upward and back), and retracted (downward and back). Front vowels ( and, to a lesser extent , etc.), can be secondarily qualified as close or open, as in the traditional conception, but this refers to jaw rather than tongue position. In addition, rather than there being a unitary category of back vowels, the regrouping posits raised vowels, where the body of the tongue approaches the velum (], etc.), and retracted vowels, where the root of the tongue approaches the pharynx (, etc.): front raised retracted Membership in these categories is scalar, with the mid-central vowels being marginal to any category. Nasalization Nasalization occurs when air escapes through the nose. Vowels are often nasalised under the influence of neighbouring nasal consonants, as in English hand . Nasalised vowels, however, should not be confused with nasal vowels. The latter refers to vowels that are distinct from their oral counterparts, as in French vs. . In nasal vowels, the velum is lowered, and some air travels through the nasal cavity as well as the mouth. An oral vowel is a vowel in which all air escapes through the mouth. Polish and Portuguese also contrast nasal and oral vowels. Phonation Voicing describes whether the vocal cords are vibrating during the articulation of a vowel. Most languages have only voiced vowels, but several Native American languages, such as Cheyenne and Totonac, contrast voiced and devoiced vowels. Vowels are devoiced in whispered speech. In Japanese and in Quebec French, vowels that are between voiceless consonants are often devoiced. Modal voice, creaky voice, and breathy voice (murmured vowels) are phonation types that are used contrastively in some languages. Often, they co-occur with tone or stress distinctions; in the Mon language, vowels pronounced in the high tone are also produced with creaky voice. In such cases, it can be unclear whether it is the tone, the voicing type, or the pairing of the two that is being used for phonemic contrast. The combination of phonetic cues (phonation, tone, stress) is known as register or register complex. Tenseness Tenseness is used to describe the opposition of tense vowels vs. lax vowels. This opposition has traditionally been thought to be a result of greater muscular tension, though phonetic experiments have repeatedly failed to show this. Unlike the other features of vowel quality, tenseness is only applicable to the few languages that have this opposition (mainly Germanic languages, e.g. English), whereas the vowels of the other languages (e.g. Spanish) cannot be described with respect to tenseness in any meaningful way. One may distinguish the English tense vs. lax vowels roughly, with its spelling. Tense vowels usually occur in words with the final silent e, as in mate. Lax vowels occur in words without the silent e, such as mat. In American English, lax vowels do not appear in stressed open syllables. In traditional grammar, long vowels vs. short vowels are more commonly used, compared to tense and lax. The two sets of terms are used interchangeably by some because the features are concomitant in some varieties of English. In most Germanic languages, lax vowels can only occur in closed syllables. Therefore, they are also known as checked vowels, whereas the tense vowels are called free vowels since they can occur in any kind of syllable. Tongue root position Advanced tongue root (ATR) is a feature common across much of Africa, the Pacific Northwest, and scattered other languages such as Modern Mongolian. The contrast between advanced and retracted tongue root resembles the tense-lax contrast acoustically, but they are articulated differently. Those vowels involve noticeable tension in the vocal tract. Secondary narrowings in the vocal tract Pharyngealized vowels occur in some languages like Sedang and the Tungusic languages. Pharyngealisation is similar in articulation to retracted tongue root but is acoustically distinct. A stronger degree of pharyngealisation occurs in the Northeast Caucasian languages and the Khoisan languages. They might be called epiglottalized since the primary constriction is at the tip of the epiglottis. The greatest degree of pharyngealisation is found in the strident vowels of the Khoisan languages, where the larynx is raised, and the pharynx constricted, so that either the epiglottis or the arytenoid cartilages vibrate instead of the vocal cords. Note that the terms pharyngealized, epiglottalized, strident, and sphincteric are sometimes used interchangeably. Rhotic vowels Rhotic vowels are the "R-colored vowels" of American English and a few other languages. Reduced vowels Some languages, such as English and Russian, have what are called 'reduced', 'weak' or 'obscure' vowels in some unstressed positions. These do not correspond one-to-one with the vowel sounds that occur in stressed position (so-called 'full' vowels), and they tend to be mid-centralized in comparison, as well as having reduced rounding or spreading. The IPA has long provided two letters for obscure vowels, mid and lower , neither of which are defined for rounding. Dialects of English may have up to four phonemic reduced vowels: , , and higher unrounded and rounded . (The non-IPA letters and may be used for the latter to avoid confusion with the clearly defined values of IPA letters like and , which are also seen, since the IPA only provides for two reduced vowels.) Acoustics The acoustics of vowels are fairly well understood. The different vowel qualities are realized in acoustic analyses of vowels by the relative values of the formants, acoustic resonances of the vocal tract which show up as dark bands on a spectrogram. The vocal tract acts as a resonant cavity, and the position of the jaw, lips, and tongue affect the parameters of the resonant cavity, resulting in different formant values. The acoustics of vowels can be visualized using spectrograms, which display the acoustic energy at each frequency, and how this changes with time. The first formant, abbreviated "F1", corresponds to
as in English hand . Nasalised vowels, however, should not be confused with nasal vowels. The latter refers to vowels that are distinct from their oral counterparts, as in French vs. . In nasal vowels, the velum is lowered, and some air travels through the nasal cavity as well as the mouth. An oral vowel is a vowel in which all air escapes through the mouth. Polish and Portuguese also contrast nasal and oral vowels. Phonation Voicing describes whether the vocal cords are vibrating during the articulation of a vowel. Most languages have only voiced vowels, but several Native American languages, such as Cheyenne and Totonac, contrast voiced and devoiced vowels. Vowels are devoiced in whispered speech. In Japanese and in Quebec French, vowels that are between voiceless consonants are often devoiced. Modal voice, creaky voice, and breathy voice (murmured vowels) are phonation types that are used contrastively in some languages. Often, they co-occur with tone or stress distinctions; in the Mon language, vowels pronounced in the high tone are also produced with creaky voice. In such cases, it can be unclear whether it is the tone, the voicing type, or the pairing of the two that is being used for phonemic contrast. The combination of phonetic cues (phonation, tone, stress) is known as register or register complex. Tenseness Tenseness is used to describe the opposition of tense vowels vs. lax vowels. This opposition has traditionally been thought to be a result of greater muscular tension, though phonetic experiments have repeatedly failed to show this. Unlike the other features of vowel quality, tenseness is only applicable to the few languages that have this opposition (mainly Germanic languages, e.g. English), whereas the vowels of the other languages (e.g. Spanish) cannot be described with respect to tenseness in any meaningful way. One may distinguish the English tense vs. lax vowels roughly, with its spelling. Tense vowels usually occur in words with the final silent e, as in mate. Lax vowels occur in words without the silent e, such as mat. In American English, lax vowels do not appear in stressed open syllables. In traditional grammar, long vowels vs. short vowels are more commonly used, compared to tense and lax. The two sets of terms are used interchangeably by some because the features are concomitant in some varieties of English. In most Germanic languages, lax vowels can only occur in closed syllables. Therefore, they are also known as checked vowels, whereas the tense vowels are called free vowels since they can occur in any kind of syllable. Tongue root position Advanced tongue root (ATR) is a feature common across much of Africa, the Pacific Northwest, and scattered other languages such as Modern Mongolian. The contrast between advanced and retracted tongue root resembles the tense-lax contrast acoustically, but they are articulated differently. Those vowels involve noticeable tension in the vocal tract. Secondary narrowings in the vocal tract Pharyngealized vowels occur in some languages like Sedang and the Tungusic languages. Pharyngealisation is similar in articulation to retracted tongue root but is acoustically distinct. A stronger degree of pharyngealisation occurs in the Northeast Caucasian languages and the Khoisan languages. They might be called epiglottalized since the primary constriction is at the tip of the epiglottis. The greatest degree of pharyngealisation is found in the strident vowels of the Khoisan languages, where the larynx is raised, and the pharynx constricted, so that either the epiglottis or the arytenoid cartilages vibrate instead of the vocal cords. Note that the terms pharyngealized, epiglottalized, strident, and sphincteric are sometimes used interchangeably. Rhotic vowels Rhotic vowels are the "R-colored vowels" of American English and a few other languages. Reduced vowels Some languages, such as English and Russian, have what are called 'reduced', 'weak' or 'obscure' vowels in some unstressed positions. These do not correspond one-to-one with the vowel sounds that occur in stressed position (so-called 'full' vowels), and they tend to be mid-centralized in comparison, as well as having reduced rounding or spreading. The IPA has long provided two letters for obscure vowels, mid and lower , neither of which are defined for rounding. Dialects of English may have up to four phonemic reduced vowels: , , and higher unrounded and rounded . (The non-IPA letters and may be used for the latter to avoid confusion with the clearly defined values of IPA letters like and , which are also seen, since the IPA only provides for two reduced vowels.) Acoustics The acoustics of vowels are fairly well understood. The different vowel qualities are realized in acoustic analyses of vowels by the relative values of the formants, acoustic resonances of the vocal tract which show up as dark bands on a spectrogram. The vocal tract acts as a resonant cavity, and the position of the jaw, lips, and tongue affect the parameters of the resonant cavity, resulting in different formant values. The acoustics of vowels can be visualized using spectrograms, which display the acoustic energy at each frequency, and how this changes with time. The first formant, abbreviated "F1", corresponds to vowel openness (vowel height). Open vowels have high F1 frequencies, while close vowels have low F1 frequencies, as can be seen in the accompanying spectrogram: The and have similar low first formants, whereas has a higher formant. The second formant, F2, corresponds to vowel frontness. Back vowels have low F2 frequencies, while front vowels have high F2 frequencies. This is very clear in the spectrogram, where the front vowel has a much higher F2 frequency than the other two vowels. However, in open vowels, the high F1 frequency forces a rise in the F2 frequency as well, so an alternative measure of frontness is the difference between the first and second formants. For this reason, some people prefer to plot as F1 vs. F2 – F1. (This dimension is usually called 'backness' rather than 'frontness', but the term 'backness' can be counterintuitive when discussing formants.) In the third edition of his textbook, Peter Ladefoged recommended using plots of F1 against F2 – F1 to represent vowel quality. However, in the fourth edition, he changed to adopt a simple plot of F1 against F2, and this simple plot of F1 against F2 was maintained for the fifth (and final) edition of the book. Katrina Hayward compares the two types of plots and concludes that plotting of F1 against F2 – F1 "is not very satisfactory because of its effect on the placing of the central vowels", so she also recommends use of a simple plot of F1 against F2. In fact, this kind of plot of F1 against F2 has been used by analysts to show the quality of the vowels in a wide range of languages, including RP, the Queen's English, American English, Singapore English, Brunei English, North Frisian, Turkish Kabardian, and various indigenous Australian languages. R-colored vowels are characterized by lowered F3 values. Rounding is generally realized by a decrease of F2 that tends to reinforce vowel backness. One effect of this is that back vowels are most commonly rounded while front vowels are most commonly unrounded; another is that rounded vowels tend to plot to the right of unrounded vowels in vowel charts. That is, there is a reason for plotting vowel pairs the way they are. Prosody and intonation In addition to variation in vowel quality as described above, vowels vary as a result of differences in prosody. The most important prosodic variables are pitch (fundamental frequency), loudness (intensity) and length (duration). However, the features of prosody are usually considered to apply not to the vowel itself, but to the syllable in which the vowel occurs. In other words, the domain of prosody is the syllable, not the segment (vowel or consonant). We can list briefly the effect of prosody on the vowel component of a syllable. Pitch: in the case of a syllable such as 'cat', the only voiced portion of the syllable is the vowel, so the vowel carries the pitch information. This may relate to the syllable in which it occurs, or to a larger stretch of speech to which an intonation contour belongs. In a word such as 'man', all the segments in the syllable are sonorant and all will participate in any pitch variation. Loudness: this variable has been traditionally associated with linguistic stress, though other factors are usually involved in this. Lehiste (ibid) argues that stress, or loudness, could not be associated with a single segment in a syllable independently of the rest of the syllable (p. 147). This means that vowel loudness is a concomitant of the loudness of the syllable in which it occurs. Length: it is important to distinguish two aspects of vowel length. One is the phonological difference in length exhibited by some languages. Japanese, Finnish, Hungarian, Arabic and Latin have a two-way phonemic contrast between short and long vowels. The Mixe language has a three-way contrast among short, half-long, and long vowels. The other type of length variation in vowels is non-distinctive, and is the result of prosodic variation in speech: vowels tend to be lengthened when in a stressed syllable, or when utterance rate is slow. Monophthongs, diphthongs, triphthongs A vowel sound whose quality does not change over the duration of the vowel is called a monophthong. Monophthongs are sometimes called "pure" or "stable" vowels. A vowel sound that glides from one quality to another is called a diphthong, and a vowel sound that glides successively through three qualities is a triphthong. All languages have monophthongs and many languages have diphthongs, but triphthongs or vowel sounds with even more target qualities are relatively rare cross-linguistically. English has all three types: the vowel sound in hit is a monophthong , the vowel sound in boy is in most dialects a diphthong , and the vowel sounds of flower, , form a triphthong or disyllable, depending on dialect. In phonology, diphthongs and triphthongs are distinguished from sequences of monophthongs by whether the vowel sound may be analyzed into distinct phonemes. For example, the vowel sounds in a two-syllable pronunciation of the word flower () phonetically form a disyllabic triphthong, but are phonologically a sequence of a diphthong (represented by the letters ) and a monophthong (represented by the letters ). Some linguists use the terms diphthong and triphthong only in this phonemic sense. Written vowels The name "vowel" is often used for the symbols that represent vowel sounds in a language's writing system, particularly if the language uses an alphabet. In writing systems based on the Latin alphabet, the letters A, E, I, O, U, Y, W and sometimes others can all be used to represent vowels. However, not all of these letters represent the vowels in all languages that use this writing, or even consistently within one language. Some of them, especially W and Y, are also used to represent approximant consonants. Moreover, a vowel might be represented by a letter usually reserved for consonants, or a combination of letters, particularly where one letter represents several sounds at once, or vice versa; examples from English include igh in "thigh" and x in "x-ray". In addition, extensions of the Latin alphabet have such independent vowel letters as Ä, Ö, Ü, Å, Æ, and Ø. The phonetic values vary considerably by language, and some languages use I and Y for the consonant , e.g., initial I in Italian or Romanian and initial Y in English. In the original Latin alphabet, there was no written distinction between V and U, and the letter represented the approximant and the vowels and . In Modern Welsh, the letter W represents these same sounds. Similarly, in Creek, the letter V stands for . There is not necessarily a direct one-to-one correspondence between the vowel sounds of a language and the vowel letters. Many languages that use a form of the Latin alphabet have more vowel sounds than can be represented by the standard set of five vowel letters. In English spelling, the five letters A E I O and U can represent a variety of vowel sounds, while the letter Y frequently represents vowels (as in e.g., "gym", "happy", or the diphthongs in "cry", "thyme"); W is used in representing some diphthongs (as in "cow") and to represent a monophthong in the borrowed words "" and "" (sometimes cruth). Other languages cope with the limitation in the number of Latin vowel letters in similar ways. Many languages make extensive use of combinations of letters to represent various sounds. Other languages use vowel letters with modifications, such as ä in Swedish, or add diacritical marks, like umlauts, to vowels to represent the variety of possible vowel sounds. Some languages have also constructed additional vowel letters by modifying the standard Latin vowels in other ways, such as æ or ø that are found in some of the Scandinavian languages. The International Phonetic Alphabet has a set of 28 symbols to represent
engine used in the 1992–1998 Mirage/Lancer, while the largest V6 built was the GMC V6 used in the 1962 GMC C/K series 6500. Balance and smoothness All V6 engines—regardless of the V-angle between the cylinder banks—are subject to a primary imbalance caused by each bank consisting of an inline-three engine, due to the odd number of cylinders in each bank. Straight-six engines and flat-six engines do not experience this imbalance. To reduce the vibrations caused by this imbalance, most V6 engines use a harmonic damper on the crankshaft and/or a counter-rotating balance shaft. Six-cylinder designs have less pulsation in the power delivery than four-cylinder engines, due to the overlap in the power strokes of the six-cylinder engine. In a four-cylinder engine, only one piston is on a power stroke at any given time. Each piston comes to a complete stop and reverses direction before the next one starts its power stroke, which results in a gap between power strokes, especially at lower engine speeds (RPM). In a six-cylinder engine with an even firing interval, the next piston starts its power stroke 60° before the previous one finishes, which results in smoother delivery of power to the flywheel. Comparing engines on a dynamometer, a V6 engine shows instantaneous torque peaks of 154% above mean torque and valleys of 139% below mean torque, with a small amount of negative torque (engine torque reversals) between power strokes. In the case of a four-cylinder engine, the peaks are approximately 270% above mean torque and 210% below mean torque, with 100% negative torque being delivered between strokes. However, a V6 with uneven firing intervals of 90° and 150° shows large torque variations of 185% above and 172% below mean torque. Cylinder bank angles 10 to 15 degrees Since 1991, Volkswagen has produced narrow angle VR6 engines with V-angles of 10.5 and 15 degrees. These engines use a single cylinder head shared by both banks of cylinders, in a design similar to the 1922-1976 Lancia V4 engine. The VR6 engines were used in transverse engine front-wheel drive cars which were originally designed for inline-four engines. Due to the minimal extra length and width of the VR6 engine, it could be fitted to the engine compartments relatively easily, in order to provide a displacement increase of 50 percent. Since there is no room in the V between the cylinder banks for an intake system, all the intakes are on one side of the engine, and all the exhausts are on the other side. It uses a firing order of 1-5-3-6-2-4 (which is the firing order used by most straight-six engines), rather than the common V6 firing order of 1-2-3-4-5-6 or 1-6-5-4-3-2. ==== 60 degrees ==== A V-angle of 60 degrees is the optimal configuration for V6 engines regarding engine balance. When individual crank pins are used for each cylinder (i.e. using a six-throw crankshaft), an even firing interval of 120 degrees can be used. This firing interval is a multiple of the 60 degree V-angle, therefore the combustion forces can be balanced through use of the appropriate firing order. The inline-three engine that forms each cylinder bank, however, produces unbalanced rotating and reciprocal forces. These forces remain unbalanced in all V6 engines, often leading to the use of a balance shaft to reduce the vibration. The 1950 Lancia V6 engine was pioneering in its use of a six-throw crankshaft in order to reduce vibration. More recent designs often use a three-throw crankshaft with 'flying arms' between the crankpins to allow an even firing interval of 120 degrees to be achieved. A pair of counterweights on the crankshaft can then be used to almost perfectly cancel out the primary forces and reduce the secondary vibrations to acceptable levels. The engine mounts can be designed to absorb these remaining vibrations. A 60 degree V-angle results in a narrower engine overall than V6 engines with larger V-angles. This angle often results in the overall engine size being a cube shape, making the engine easier to fit either longitudinally or transversely in the engine compartment. 90 degrees Many manufacturers, particularly American ones, built V6 engines with a V-angle of 90 degrees based on their existing 90-degree V8 engines. Such configurations were easy to design by removing two cylinders and replacing the V8 engine's four-throw crankshaft with a three-throw crankshaft. This reduced design costs, allowed the new V6 to share components with the V8 engine, and sometimes allowed manufacturers to build the V6 and V8 engines on the same production line. The downsides of a 90 degree design are a wider engine which is more vibration-prone than a 60 degree V6. The initial 90 degree V6 engines (such as the Buick Fireball V6 engine) had three shared crankpins arranged at 120 degrees from each other, due to their origins from the V8 engines. This resulted in an uneven firing order, with half of the cylinders using a firing interval of 90 degrees and other half using an interval of 150 degrees. The uneven firing intervals resulted in rough-running engines with "unpleasant" vibrations at low engine speeds. Several modern
both banks of cylinders, in a design similar to the 1922-1976 Lancia V4 engine. The VR6 engines were used in transverse engine front-wheel drive cars which were originally designed for inline-four engines. Due to the minimal extra length and width of the VR6 engine, it could be fitted to the engine compartments relatively easily, in order to provide a displacement increase of 50 percent. Since there is no room in the V between the cylinder banks for an intake system, all the intakes are on one side of the engine, and all the exhausts are on the other side. It uses a firing order of 1-5-3-6-2-4 (which is the firing order used by most straight-six engines), rather than the common V6 firing order of 1-2-3-4-5-6 or 1-6-5-4-3-2. ==== 60 degrees ==== A V-angle of 60 degrees is the optimal configuration for V6 engines regarding engine balance. When individual crank pins are used for each cylinder (i.e. using a six-throw crankshaft), an even firing interval of 120 degrees can be used. This firing interval is a multiple of the 60 degree V-angle, therefore the combustion forces can be balanced through use of the appropriate firing order. The inline-three engine that forms each cylinder bank, however, produces unbalanced rotating and reciprocal forces. These forces remain unbalanced in all V6 engines, often leading to the use of a balance shaft to reduce the vibration. The 1950 Lancia V6 engine was pioneering in its use of a six-throw crankshaft in order to reduce vibration. More recent designs often use a three-throw crankshaft with 'flying arms' between the crankpins to allow an even firing interval of 120 degrees to be achieved. A pair of counterweights on the crankshaft can then be used to almost perfectly cancel out the primary forces and reduce the secondary vibrations to acceptable levels. The engine mounts can be designed to absorb these remaining vibrations. A 60 degree V-angle results in a narrower engine overall than V6 engines with larger V-angles. This angle often results in the overall engine size being a cube shape, making the engine easier to fit either longitudinally or transversely in the engine compartment. 90 degrees Many manufacturers, particularly American ones, built V6 engines with a V-angle of 90 degrees based on their existing 90-degree V8 engines. Such configurations were easy to design by removing two cylinders and replacing the V8 engine's four-throw crankshaft with a three-throw crankshaft. This reduced design costs, allowed the new V6 to share components with the V8 engine, and sometimes allowed manufacturers to build the V6 and V8 engines on the same production line. The downsides of a 90 degree design are a wider engine which is more vibration-prone than a 60 degree V6. The initial 90 degree V6 engines (such as the Buick Fireball V6 engine) had three shared crankpins arranged at 120 degrees from each other, due to their origins from the V8 engines. This resulted in an uneven firing order, with half of the cylinders using a firing interval of 90 degrees and other half using an interval of 150 degrees. The uneven firing intervals resulted in rough-running engines with "unpleasant" vibrations at low engine speeds. Several modern 90 degree V6 engines reduce the vibrations using split crankpins offset by 30 degrees between piston pairs, which creates an even firing interval of 120 degrees for all cylinders. For example, the 1977 Buick 231 "even-fire" V6 engine was an upgraded version of the Buick Fireball engine with a split-pin crankshaft to reduce vibration by achieving an even firing order. Such a 'split' crankpin is weaker than a straight one, but modern metallurgical techniques can produce a crankshaft that is adequately strong. A balance shaft and/or crankshaft counterweights can be used to reduce vibrations in 90 degree V6 engines. 120 degrees At first glance, 120 degrees might seem to be the optimal V-angle for a V6 engine, since pairs of pistons in alternate banks can share crank pins in a three-throw crankshaft and the combustion forces are balanced by the firing interval being equal to the angle between the cylinder banks. A 120 degree configuration, unlike the 60 degree or 90 degree configurations, would not require crankshafts with flying arms, split crankpins, or seven main bearings to be even-firing. However, the primary imbalance caused by odd number of cylinders in each bank still remains in a 120 degree V6 engine. This differs from the perfect balance achieved by a 90 degree V8 engine with a commonly used crossplane crankshaft, because the inline-four engine in each bank of the V8 engine does not have this primary imbalance. A 120 degree design also results in a large width for the engine, being only slightly narrower than a flat-six engine (which does not have the balance problems of the V6 engine). Therefore, the flat-six engine has been used in various automobiles, whereas use of the 120 degree V6 engine has been limited to a few truck and racing car engines, with the exception of McLaren Automotive's M630 V6 engine, which uses a 120 degree bank angle with a single balance shaft to eliminate all primary couples. The McLaren M630 engine also takes advantage of the wide angle by placing the turbochargers inside the vee, commonly referred to as a 'hot vee' configuration. The Ferrari 296 GTB is the first Ferrari road car to sport a V6 turbo with a vee angle of 120 degrees between the cylinder banks. Other angles Other angle V6 engines are possible but can suffer from severe vibration problems unless very carefully designed. Notable V-angles include: 45 degrees — EMD 567 and EMD 645 locomotive, marine and stationary Diesel engines. These engines were based on V8 and V16 engines which also used a V-angle of 45 degrees. 54 degrees — 1994-2004 General Motors 54-degree automotive engine. A slightly smaller than usual V-angle was used to reduce the width of the engine, allowing it to be used in small transverse-engine front-wheel drive cars. 65 degrees — 1956-1975 Ferrari Dino automobile engine. The V-angle was increased from the then-common 60 degree angle to allow larger carburetors to be used (for potentially higher power in race tuning). Crankpins with an offset of 55 degrees within every pair of cylinders were used to achieve the even firing interval of a 60 degree V6 engine. The 2009–present Nissan-Renault V9X automobile engine also used a 65 degree bank angle, to allow a turbocharger to fit between the cylinder banks. 72 degrees — Mercedes-Benz OM642 BlueTEC diesel engine. This engine uses crank pins offset by 48 degrees, to achieve an even firing interval. 75 degrees — 1992-2004 Isuzu V engine used in the Isuzu Rodeo and Isuzu Trooper. These engines were produced in both SOHC and DOHC versions. A 75 degree V6 engine is also used by the 2016–present Honda NSX. 80 degrees — 1988 Honda RA168-E engine used in the McLaren MP4/4 Formula One racing car. Use in automobiles In 1906, a few years after 4 cylinder engines and V8 engines had come into existence, the first known V6 engine was built. This V6 engine was a single prototype automotive engine built by Marmon Motor Car Company in the United States. The engine did not reach production. Similarly, a single prototype engine was produced by Buick in 1918. In 1911 Delahaye produced the first 30° 3.2-litre DOHC installed in the Delahaye Type 44 automobile. The Lancia V6 engine was introduced in the 1950 Lancia Aurelia. Lancia had been producing V4 engines for approximately 30 years, and one of the key goals was to reduce the vibrations compared with the V4 engine. The V6 engine used a 60 degree V-angle and six crankpins, resulting in an evenly-spaced firing order to reduce vibrations. Other manufacturers took note and soon other V6 engines were designed. In 1959, the GMC V6 engine was introduced in the form of a 60-degree petrol engine used in pickup trucks and carryalls. The Buick V6 engine was introduced in 1962 and was based on the all-alloy Buick 215 V8, which shared its 90° bank angle, but unlike the Buick V8, used all-cast iron construction. Initially an uneven-firing engine, Buick later redesigned the crankshaft to a "split-pin" configuration to create an "even-firing" version. After it became the 3800 V6 in 1990, the engine gained a reputation as a reliable, powerful, fuel-efficient workhorse that became a mainstay of GM's FWD mid-size and full-size cars. When it was discontinued in 2008, over 25 million units were built, making
they were brought under the jurisdiction of the ordinary courts, and finally confined to mere police duties. With these functions, however, but with the old forms long since robbed of their impressiveness, they survived into the 19th century. They were finally abolished by order of Jérôme Bonaparte, king of Westphalia, in 1811. The last Freigraf died in 1835. Modern use of the term Following the abandonment of the Vehmic courts, the term acquired a connotation of mob rule and lynching. In Modern German, the spelling of Feme is most common. Other variant forms are: Fehme, Feime, Veme. The verb verfemen is in current use and means "to ostracise", i.e. by public opinion rather than formal legal proceeding. A noun derived from this is Verfemter "outlaw, ostracised person". In an 1856 lecture, philosopher Karl Marx used the Vehmic courts as a metaphor to describe his predictions of the working-class revolution that would sweep Europe. Within the politically heated turmoil of the early German Weimar Republic after World War I, the media frequently used the term Fememord to refer to right-wing political homicides, e.g. the murder of Jewish politicians such as Kurt Eisner (1919) or Walther Rathenau (1922) and other politicians including Matthias Erzberger (1921) by right-wing groups such as Organisation Consul. In 1926, the 27th Reichstag commission officially differentiated the contemporarily common Fememorde from political assassination in that assassination was by definition exerted upon open political opponents, whereas a Fememord was a form of lethal vengeance committed upon former or current members of an organization that they had become a traitor to. This definition is also found in the common pseudo-archaic, alliterating right-wing phrase, "Verräter verfallen der Feme!" ("Traitors shall be ostracized!", i. e. killed), as it was often quoted throughout the 1920s in mass media reports regarding violent acts of vengeance among the German Right. The Vehmic courts in fiction Vehmic courts play a key role in the novel Anne of Geierstein or, The Maiden of the Mist by Sir Walter Scott in which Archibald von Hagenbach, the Duke of Burgundy's governor at Brisach (Switzerland), is condemned and executed by the Vehmgericht. Scott drew his inspiration from Goethe's play Goetz von Berlichingen which he had translated, incorrectly. Hector Berlioz's first opera, Les francs-juges, was inspired by Scott's presentation of the Vehmic Courts. Though the work was never staged the overture survives as a concert piece. In the very first concert of Berlioz's work, on 26 May 1828, the overture was performed along with the Opus 1 Waverley overture, a further indication of Berlioz's debt to Scott's fiction. The Les francs-juges overture later became the signature tune for Face to Face, the early series of British television interviews presented by John Freeman. In William Makepeace Thackeray's novel Vanity Fair "Was Rebecca guilty or not?" the Vehmgericht of the servants' hall had pronounced against her. A character in the Dorothy L. Sayers novel Murder Must Advertise appears at a fancy-dress party as a member of the Vehmgericht, which allows him to wear a hooded costume to disguise his identity. In Fritz Lang'''s M, the local criminals of an unnamed city (probably Berlin) capture a child murderer and hold a vigilante court. In The Illuminatus! Trilogy, the Vehmic courts are mentioned as being connected to Nazi Werwolf commandos as well as the Illuminati. In A Study in Scarlet, a Sherlock Holmes novel by Arthur Conan Doyle, a newspaper article mentions the Vehmgericht, stating that the features of a recent death are similar to the organization's killings. The Vehmgericht also appear as antagonists in The Strong Arm, an 1899 novel set in the Holy Roman Empire by British-Canadian author Robert Barr. Geoff Taylor's 1966 novel, Court Of Honor, features the Fehme being revived by a German officer and Martin Bormann in the dying days of the Third Reich. Season 3, episode 12 of The Blacklist, titled The Vehm is based on a group of vigilantes using medieval torture methods to kill paedophiles and money launderers. Jack Mayer's 2015 historical fiction, Before the Court of Heaven, depicts the Fehme, and 'Fehme justice' as part of the extreme right-wing conspiracy to bring down Germany's Weimar democracy. See also Feme murders References This work in turn cites: P. Wigand, Das Femgericht Westfalens (Hamm, 1825, 2nd ed., Halle, 1893) L. Tross, Sammlung merkwurdiger Urkunden für die Geschichte der Femgerichte (Hanover, 1826) F. P. Usener, Die frei- und heimlichen Gerichte Westfalens (Frankfort, 1832) K. G. von Wächter, Beiträge zur deutschen Geschichte, insbesondere des deutschen Strafrechts (Tübingen, 1845) O. Wächter, Femgerichte und Hexenprozesse in Deutschland (Stuttgart, 1882) T. Lindner, Die Feme (Munster and Paderborn, 1888) F. Thudichum, Femgericht und Inquisition (Giessen, 1889) T. Lindner, Der angebliche Ursprung der Femgerichte aus der Inquisition (Paderborn, 1890) This source combats T. Linder's theory concerning the origin of the Fehme. K.M. Langmaier: Wo finde ich mein Recht? Ulrich Erhart gegen Kloster, Herzog und Reichsstadt: der „arme Mann“ in den Mühlen der Justiz. Ein bayerischer Beitrag zur westfälischen Femegerichtsbarkeit im
issued under the seal of the Freigraf. This was not usually served on him personally, but was nailed to his door, or to some convenient place where he was certain to pass. Six weeks and three days' grace were allowed, according to the old Saxon law, and the summons was thrice repeated. If the accused appeared, the accuser stated the case, and the investigation proceeded by the examination of witnesses as in an ordinary court of law. The judgment was put into execution on the spot if that was possible. The secret court, from whose procedure the whole institution has acquired its evil reputation, was closed to all but the initiated, although these were so numerous as to secure quasi-publicity; any one not a member on being discovered was instantly put to death, and the members present were bound under the same penalty not to disclose what took place. Crimes of a serious nature, and especially those that were deemed unfit for ordinary judicial investigation, such as heresy and witchcraft, fell within its jurisdiction, as also did appeals by persons condemned in the open courts, and likewise the cases before those tribunals in which the accused had not appeared. The accused, if a member, could clear himself by his own oath, unless he had revealed the secrets of the Fehme. If he were one of the uninitiated it was necessary for him to bring forward witnesses to his innocence from among the initiated, whose number varied according to the number on the side of the accuser, but twenty-one in favour of innocence necessarily secured an acquittal. The only punishment which the secret court could inflict was death. If the accused appeared, the sentence was carried into execution at once; if he did not appear, it was quickly made known to the whole body, and the Freischöffe who was the first to meet the condemned was bound to put him to death. This was usually done by hanging, the nearest tree serving for gallows. A knife with the mystic letters was left beside the corpse to show that the deed was not a murder. It has been claimed that, in some cases, the condemned would be set free, given several hours' head start and then hunted down and put to death. So fearsome was the reputation of the Fehme and its reach that many thus released committed suicide rather than prolonging the inevitable. This practice could have been a holdover from the ancient Germanic legal concept of outlawry (Acht). Legend and romance have combined to exaggerate the sinister reputation of the Fehmic courts; but modern historical research has largely discounted this, proving that they never employed torture, that their sittings were only sometimes secret, and that their meeting-places were always well known. The spread of the Vehmic courts The system, though ancient, came into wider use only after the division of the duchy of Saxony after the fall of Henry the Lion, when the archbishop of Cologne Engelbert II of Berg, (also duke of Westphalia from 1180) placed himself at the head of the Fehme as representative of the emperor. The organization then spread rapidly. Every free man born in lawful wedlock and not excommunicated nor an outlaw was eligible for membership. Princes and nobles were initiated; and in 1429 even the Emperor Sigismund himself became “a true and proper Freischöffe of the Holy Roman Empire.” There is a manuscript in the Town Hall of the Westphalian town of Soest, which consists of an original Vehmic Court Regulation document, along with illustrations. By the middle of the 14th century these Freischöffen (Latin scabini), sworn associates of the Fehme, were scattered in thousands throughout the length and breadth of Germany, known to each other by secret signs and pass-words, and all of them pledged to serve the summons of the secret courts and to execute their judgment. Decline and dissolution of the Courts That an organization of this character should have outlived its usefulness and ushered in intolerable abuses, such as corruption was inevitable; from the mid-fifteenth century protests were raised against the enormities of the court. With the growing power of the territorial sovereigns and the gradual improvement of the ordinary process of justice, the functions of the Fehmic courts were superseded. By the action of the Emperor Maximilian and of other German princes they were, in the 16th century, once more restricted to Westphalia, and here, too, they were brought under the jurisdiction of the ordinary courts, and finally confined to mere police duties. With these functions, however, but with the old forms long since robbed of their impressiveness, they survived into the 19th century. They were finally abolished by order of Jérôme Bonaparte, king of Westphalia, in 1811. The last Freigraf died in 1835. Modern use of the term Following the abandonment of the Vehmic courts, the term acquired a connotation of mob rule and lynching. In Modern German, the spelling of Feme is most common. Other variant forms are: Fehme, Feime, Veme. The verb verfemen is in current use and means "to ostracise", i.e. by public opinion rather than formal legal proceeding. A noun derived from this is Verfemter "outlaw, ostracised person". In an 1856 lecture, philosopher Karl Marx used the Vehmic courts as a metaphor to describe his predictions of the working-class revolution that would sweep Europe. Within the politically heated turmoil of the early German Weimar Republic after World War I, the media frequently used the term Fememord to refer to right-wing political homicides, e.g. the murder of Jewish politicians such as Kurt Eisner (1919) or Walther Rathenau (1922) and other politicians including Matthias Erzberger (1921) by right-wing groups such as Organisation Consul. In 1926, the 27th Reichstag commission officially differentiated the contemporarily common Fememorde from political assassination in that assassination was by definition exerted upon open political opponents, whereas a Fememord was a form of lethal vengeance committed upon former or current members of an organization that they had become a traitor to. This definition is also found in the common pseudo-archaic, alliterating right-wing phrase, "Verräter verfallen der Feme!" ("Traitors shall be ostracized!", i. e. killed), as it was often quoted throughout the 1920s in mass media reports regarding violent acts of vengeance among the German Right. The Vehmic courts in fiction Vehmic courts play a key role in the novel Anne of Geierstein or, The Maiden of the Mist by Sir Walter Scott in which Archibald von Hagenbach, the Duke of Burgundy's governor at Brisach (Switzerland), is condemned and executed by the Vehmgericht. Scott drew his inspiration from Goethe's play Goetz von Berlichingen which he had translated, incorrectly. Hector Berlioz's first opera, Les francs-juges, was inspired by Scott's presentation of the Vehmic Courts. Though the work was never staged the overture survives as a concert piece. In the very first concert of Berlioz's work, on 26 May 1828, the overture was performed along with the Opus 1 Waverley overture, a further indication of Berlioz's debt to Scott's fiction. The Les francs-juges overture later became the signature tune for Face to Face, the early series of British television interviews presented by John Freeman. In William Makepeace Thackeray's novel Vanity Fair "Was Rebecca guilty or not?" the Vehmgericht of the servants' hall had pronounced against her. A character in the Dorothy L. Sayers novel Murder Must Advertise appears at a fancy-dress party as a member of the Vehmgericht, which allows him to wear a hooded costume to disguise his identity. In Fritz Lang'''s M, the local criminals of an unnamed city (probably Berlin) capture a child murderer and hold a vigilante court. In The Illuminatus! Trilogy, the Vehmic courts are mentioned as being connected to Nazi Werwolf commandos as well as the Illuminati. In A Study in Scarlet,
from Harry Peulevé's (codename Jean) Author circuit warning that several members of the Rouen-Dieppe group had been arrested, including Claude Malraux (codename Cicero; brother of novelist Andre Malraux) and radio operator Isidore Newman. This extra time meant Szabo could be sent for a refresher course in wireless operation in London, and it was then that Leo Marks, SOE's cryptographer, seeing her struggle with her original French nursery rhyme, gave Szabo his own composition, The Life That I Have as her code poem. On 5 April 1944, Szabo and Liewer were flown from RAF Tempsford in Bedfordshire in a US B-24 Liberator bomber and parachuted into German-occupied France, near Cherbourg. Her cover was that she was a commercial secretary named Corinne Reine Leroy (the latter two names being her mother's first and maiden names), who was born on 26 June 1921 (her real birthdate) in Bailleul, and who was a resident of Le Havre, which gave her reason to travel to the Restricted Zone of German occupation on the coast. Under the code name "Louise", which happened to be her nickname (she was also nicknamed "La P'tite Anglaise", as she stood only 5'3" tall), she and SOE colleague Philippe Liewer (under the name "Major Charles Staunton"), organiser of the Salesman circuit, tried to assess the damage made by the German arrests, with Szabo travelling to Rouen, where Liewer could not go as a wanted man (both he and Maloubier were on wanted posters with their codenames), and to Dieppe to gather intelligence and carry out reconnaissance. It soon became clear that the circuit, which originally involved over 120 members (80 in Rouen and 40 on the coast) had been exposed beyond repair. Szabo returned to Paris to brief Liewer, and in the two days, before they were due to depart, she bought a dress for Tania, three frocks and a yellow sweater for herself, and perfume for her mother and herself. While the destruction of Salesman was a heavy blow to SOE, her reports on the local factories producing war materials for the Germans were important in establishing Allied bombing targets. She returned to England by Lysander, piloted by Bob Large, DFC, of the RAF, on 30 April 1944, landing after a stressful flight in which the plane was hit by anti-aircraft fire over Chateaudun, and Szabo was thrown about the body of the plane. Large had turned off the intercom when attacked and did not turn it back on for the rest of the flight, so when the plane landed heavily due to a burst tyre, and he went to get Szabo out, she (thinking they had been shot down and not having seen her blond pilot) let Large have a volley of abuse in French, mistaking him for a German. When she realised what had really happened, he was rewarded with a kiss. Philippe Liewer returned at the same time in another Lysander. On 24 May 1944 Szabo was promoted to Ensign in the FANY. Second mission After two aborted attempts, due to stormy weather on the night of 4/5 June and the abandonment of the intended landing ground on 5/6 June by the Resistance reception committee because of German patrols, Szabo and three colleagues were dropped by parachute from a USAAF Liberator flown from RAF Harrington in Northamptonshire onto a landing field near Sussac on the outskirts of Limoges early on 8 June 1944 (immediately following D-Day, and Tania Szabo's second birthday). Szabo was part of a four-person team sent to operate in the department of Haute Vienne with the circuit codename 'Salesman II', led by her SOE commander Philippe Liewer (now codenamed Hamlet), whose rolled-up Rouen circuit had been 'Salesman', and including Second Lieutenant Jean-Claude Guiet (codenames Claude and Virgile) of the US Army as wireless operator (W/O), and Bob Maloubier (alias Robert 'Bob' Mortier; codenames Clothaire and Paco), Violette and Liewer's friend and comrade of SOE who was to act as military instructor to the local Maquis, and who had worked as weapons instructor and explosives officer for Liewer on the original Salesman I circuit. For this mission, Szabo's cover was that she was a Mme Villeret, the young widow of an antiques dealer from Nantes. It is possible Szabo had twisted an ankle on landing. Upon arrival, she was sent to co-ordinate the activities of the local maquis in sabotaging communication lines during German attempts to stem the Normandy landings. When he arrived in the Limousin, Philippe Liewer found the local maquis to be poorly led and less prepared for action than he expected. To better co-ordinate Resistance activity against the Germans, he decided to send his courier, Szabo, as his liaison officer to the more active Maquis of Correze and the Dordogne, led by Jacques Poirier (SOE), head of the renamed Digger circuit, who had taken over from Harry Peulevé of the Author circuit, upon the latter's arrest. However, due to poor intelligence gathering by the local Resistance, Liewer was unaware that the 2nd SS Panzer Division was making its slow journey north to the Normandy battlefields through his area. Capture and interrogation At 9.30 am on 10 June Szabo set off on her mission, not inconspicuously by bicycle as Liewer would have preferred, but in a Citroen driven by a young maquis section leader, Jacques Dufour ('Anastasie'). He had insisted upon using the car, even though the Germans had forbidden the use of cars by the French after D-Day, to drive her half of the of her journey. At her request to Liewer, Szabo was armed with a Sten gun and eight magazines of ammunition. She was dressed in a light suit, flat-heeled shoes and no stockings. On their way across the sunlit fields of south-central France they picked up Jean Bariaud, a 26-year-old Resistance friend of Dufour, who was meant to accompany them on the return journey. Their car raised the suspicions of German troops at an unexpected roadblock outside of Salon-la-Tour that had been set up to find Sturmbannführer Helmut Kämpfe, a battalion commander of the 2nd SS Panzer Division, who had been captured by the local resistance. When Dufour slowed the car, the unarmed Bariaud was able to escape and later warn the Salesman team of the arrest of his two companions. According to Minney and Vickers, when they had stopped, Szabo and Dufour leapt from the car, he to the left and she to the right and the cover of a tree, as Dufour opened fire. A gun battle ensued during which a woman emerging from a barn was killed by the Germans. As armoured cars arrived at the scene, Szabo crossed the road to join Dufour, and they leapt a gate, before running across a field towards a small stream. They then ran up a hill towards some trees, when Szabo fell and severely twisted an ankle. She refused Dufour's offer of help, urging him to flee, and, dragging herself to the edge of the cornfield, she struggled to an apple tree. Standing behind the tree, she then provided Dufour with covering fire, allowing him to make his escape to hide in a friend's barn. Szabo fought the Germans for thirty minutes, killing a corporal, possibly more, and wounding some others. Eventually, she ran out of ammunition and was captured by two men who dragged her up the hill to a bridge over a railway. She was hot, dishevelled, and in pain. Szabo was questioned by a young officer whose armoured car had drawn up nearby. She was then taken away. Szabo's captors were most likely from the 1st Battalion of 3rd SS Panzer Grenadier Regiment Deutschland (Das Reich Division) whose commanding officer was the missing Sturmbannführer Kämpfe. In R.J. Minney's biography, as above, she is described as putting up fierce resistance with her Sten gun, although German documents of the incident record no German injuries or casualties. A recent biography of Vera Atkins, the intelligence officer for the French section of SOE, notes that there was a great deal of confusion about what happened to Szabo—the story was revised four times—and states that the Sten gun incident "was probably a fabrication". Szabo's most recent biographer, Susan Ottaway, includes the battle in her book, as does Tania Szabo in hers, and Philip Vickers in his book on Das Reich. Authors Sarah Helm and Max Hastings express doubt about the story of the battle. While there is some confusion about the precise circumstances of her execution, Szabo, along with her male and female colleagues who died in the concentration camps, is recorded by the War Office as having been killed in action. As an agent dressed in civilian clothes operating behind enemy lines, Szabo was regarded by the Germans as a franc-tireur not protected by the Geneva Convention and liable to summary execution. Though she was treated harshly at Ravensbrück, there is no conclusive proof that she was tortured or sexually assaulted by the Germans; her biographer, Susan Ottaway, thinks it unlikely. Awards and honours Szabo was the second woman to be awarded the George Cross, bestowed posthumously on 17 December 1946. The citation was published in the London Gazette and read: The Croix de guerre avec étoile de bronze was awarded by the French government in 1947 and the Médaille de la Résistance in 1973. As one of the SOE agents who died for the liberation of France, Lieutenant Violette Szabo, FANY, is listed on the Valençay SOE Memorial. Both Violette and Étienne Szabo were awarded the French Croix de guerre for their bravery in the field. On 17 December 1947 their five-year-old daughter Tania received the George Cross from King George VI on behalf of her late mother. Violette and Étienne Szabo are believed to be the most decorated married couple of World War II. On 22 July 2015, Violette Szabo's medals and numerous associated items were sold at auction, realising £260,000 (£312,000 including buyer's premium). The purchaser was Lord Ashcroft, who placed the George Cross on permanent display at the Imperial War Museum from 7 October 2015. Museums and memorials Violette Szabo has no known grave. Her
February 1944. On 24 January 1944, Szabo made her will, witnessed by Vera Atkins and Major R. A. Bourne Paterson of SOE, naming her mother, Reine, as executrix and her daughter Tania as sole beneficiary. In 2012 Max Hastings wrote that Szabo was "adored by the men and women of SOE both for her courage and endless infectious Cockney laughter", while Leo Marks remembered her as "A dark-haired slip of mischief....She had a Cockney accent which added to her impishness". First mission Due to the ankle injury, Szabo's first deployment was delayed, but it was during her second course at Ringway that she first met Philippe Liewer (d. c. 1948). While in London she also socialised with Bob Maloubier, so SOE decided she would work as a courier for Liewer's Salesman circuit. However, the mission was postponed when F Section received a signal from Harry Peulevé's (codename Jean) Author circuit warning that several members of the Rouen-Dieppe group had been arrested, including Claude Malraux (codename Cicero; brother of novelist Andre Malraux) and radio operator Isidore Newman. This extra time meant Szabo could be sent for a refresher course in wireless operation in London, and it was then that Leo Marks, SOE's cryptographer, seeing her struggle with her original French nursery rhyme, gave Szabo his own composition, The Life That I Have as her code poem. On 5 April 1944, Szabo and Liewer were flown from RAF Tempsford in Bedfordshire in a US B-24 Liberator bomber and parachuted into German-occupied France, near Cherbourg. Her cover was that she was a commercial secretary named Corinne Reine Leroy (the latter two names being her mother's first and maiden names), who was born on 26 June 1921 (her real birthdate) in Bailleul, and who was a resident of Le Havre, which gave her reason to travel to the Restricted Zone of German occupation on the coast. Under the code name "Louise", which happened to be her nickname (she was also nicknamed "La P'tite Anglaise", as she stood only 5'3" tall), she and SOE colleague Philippe Liewer (under the name "Major Charles Staunton"), organiser of the Salesman circuit, tried to assess the damage made by the German arrests, with Szabo travelling to Rouen, where Liewer could not go as a wanted man (both he and Maloubier were on wanted posters with their codenames), and to Dieppe to gather intelligence and carry out reconnaissance. It soon became clear that the circuit, which originally involved over 120 members (80 in Rouen and 40 on the coast) had been exposed beyond repair. Szabo returned to Paris to brief Liewer, and in the two days, before they were due to depart, she bought a dress for Tania, three frocks and a yellow sweater for herself, and perfume for her mother and herself. While the destruction of Salesman was a heavy blow to SOE, her reports on the local factories producing war materials for the Germans were important in establishing Allied bombing targets. She returned to England by Lysander, piloted by Bob Large, DFC, of the RAF, on 30 April 1944, landing after a stressful flight in which the plane was hit by anti-aircraft fire over Chateaudun, and Szabo was thrown about the body of the plane. Large had turned off the intercom when attacked and did not turn it back on for the rest of the flight, so when the plane landed heavily due to a burst tyre, and he went to get Szabo out, she (thinking they had been shot down and not having seen her blond pilot) let Large have a volley of abuse in French, mistaking him for a German. When she realised what had really happened, he was rewarded with a kiss. Philippe Liewer returned at the same time in another Lysander. On 24 May 1944 Szabo was promoted to Ensign in the FANY. Second mission After two aborted attempts, due to stormy weather on the night of 4/5 June and the abandonment of the intended landing ground on 5/6 June by the Resistance reception committee because of German patrols, Szabo and three colleagues were dropped by parachute from a USAAF Liberator flown from RAF Harrington in Northamptonshire onto a landing field near Sussac on the outskirts of Limoges early on 8 June 1944 (immediately following D-Day, and Tania Szabo's second birthday). Szabo was part of a four-person team sent to operate in the department of Haute Vienne with the circuit codename 'Salesman II', led by her SOE commander Philippe Liewer (now codenamed Hamlet), whose rolled-up Rouen circuit had been 'Salesman', and including Second Lieutenant Jean-Claude Guiet (codenames Claude and Virgile) of the US Army as wireless operator (W/O), and Bob Maloubier (alias Robert 'Bob' Mortier; codenames Clothaire and Paco), Violette and Liewer's friend and comrade of SOE who was to act as military instructor to the local Maquis, and who had worked as weapons instructor and explosives officer for Liewer on the original Salesman I circuit. For this mission, Szabo's cover was that she was a Mme Villeret, the young widow of an antiques dealer from Nantes. It is possible Szabo had twisted an ankle on landing. Upon arrival, she was sent to co-ordinate the activities of the local maquis in sabotaging communication lines during German attempts to stem the Normandy landings. When he arrived in the Limousin, Philippe Liewer found the local maquis to be poorly led and less prepared for action than he expected. To better co-ordinate Resistance activity against the Germans, he decided to send his courier, Szabo, as his liaison officer to the more active Maquis of Correze and the Dordogne, led by Jacques Poirier (SOE), head of the renamed Digger circuit, who had taken over from Harry Peulevé of the Author circuit, upon the latter's arrest. However, due to poor intelligence gathering by the local Resistance, Liewer was unaware that the 2nd SS Panzer Division was making its slow journey north to the Normandy battlefields through his area. Capture and interrogation At 9.30 am on 10 June Szabo set off on her mission, not inconspicuously by bicycle as Liewer would have preferred, but in a Citroen driven by a young maquis section leader, Jacques Dufour ('Anastasie'). He had insisted upon using the car, even though the Germans had forbidden the use of cars by the French after D-Day, to drive her half of the of her journey. At her request to Liewer, Szabo was armed with a Sten gun and eight magazines of ammunition. She was dressed in a light suit, flat-heeled shoes and no stockings. On their way across the sunlit fields of south-central France they picked up Jean Bariaud, a 26-year-old Resistance friend of Dufour, who was meant to accompany them on the return journey. Their car raised the suspicions of German troops at an unexpected roadblock outside of Salon-la-Tour that had been set up to find Sturmbannführer Helmut Kämpfe, a battalion commander of the 2nd SS Panzer Division, who had been captured by the local resistance. When Dufour slowed the car, the unarmed Bariaud was able to escape and later warn the Salesman team of the arrest of his two companions. According to Minney and Vickers, when they had stopped, Szabo and Dufour leapt from the car, he to the left and she to the right and the cover of a tree, as Dufour opened fire. A gun battle ensued during which a woman emerging from a barn was killed by the Germans. As armoured cars arrived at the scene, Szabo crossed the road to join Dufour, and they leapt a gate, before running across a field towards a small stream. They then ran up a hill towards some trees, when Szabo fell and severely twisted an ankle. She refused Dufour's offer of help, urging him to flee, and, dragging herself to the edge of the cornfield, she struggled to an apple tree. Standing behind the tree, she then provided Dufour with covering fire, allowing him to make his escape to hide in a friend's barn. Szabo fought the Germans for thirty minutes, killing a corporal, possibly more, and wounding some others. Eventually, she ran out of ammunition and was captured by two men who dragged her up the hill to a bridge over a railway. She was hot, dishevelled, and in pain. Szabo was questioned by a young officer whose armoured car had drawn up nearby. She was then taken away. Szabo's captors were most likely from the 1st Battalion of 3rd SS Panzer Grenadier Regiment Deutschland (Das Reich Division) whose commanding officer was the missing Sturmbannführer Kämpfe. In R.J. Minney's biography, as above, she is described as putting up fierce resistance with her Sten gun, although German documents of the incident record no German injuries or casualties. A recent biography of Vera Atkins, the intelligence officer for the French section of SOE, notes that there was a great deal of confusion about what happened to Szabo—the story was revised four times—and states that the Sten gun incident "was probably a fabrication". Szabo's most recent biographer, Susan Ottaway, includes the battle in her book, as does Tania Szabo in hers, and Philip Vickers in his book on Das Reich. Authors Sarah Helm and Max Hastings express doubt about the story of the battle. While there is some confusion about the precise circumstances of her execution, Szabo, along with her male and female colleagues who died in the concentration camps, is recorded by the War Office as having been killed in action. As an agent dressed in civilian clothes operating behind enemy lines, Szabo was regarded by the Germans as a franc-tireur not protected by the Geneva Convention and liable to summary execution. Though she was treated harshly at Ravensbrück, there is no conclusive proof that she was tortured or sexually assaulted by the Germans; her biographer, Susan Ottaway, thinks it unlikely. Awards and honours Szabo was the second woman to be awarded the George Cross, bestowed posthumously on 17 December 1946. The citation was published in the London Gazette and read: The Croix de guerre avec étoile de bronze was awarded by the French government in 1947 and the Médaille de la Résistance in 1973. As one of the SOE agents who died for the liberation of France, Lieutenant Violette Szabo, FANY, is listed on the Valençay SOE Memorial. Both Violette and Étienne Szabo were awarded the French Croix de guerre for their bravery in the field. On 17 December 1947 their five-year-old daughter Tania received the George Cross from King George VI on behalf of her late mother. Violette and Étienne Szabo are believed to be the most decorated married couple of World War II. On 22 July 2015, Violette Szabo's medals and numerous associated items were sold at auction, realising £260,000 (£312,000 including buyer's premium). The purchaser was Lord Ashcroft, who placed the George Cross on permanent display at the Imperial War Museum from 7 October 2015. Museums and memorials Violette Szabo has no known grave. Her official point of commemoration is the Commonwealth War Graves Commission Brookwood 1939–1945 Memorial to the Missing in Brookwood Military Cemetery, Surrey. She is named on panel 26. column 3. The Violette Szabo GC Museum is housed in the cottage in Wormelow Tump, Herefordshire, that
"see and avoid" obstacles and other aircraft. Pilots flying under VFR assume responsibility for their separation from all other aircraft and are generally not assigned routes or altitudes by air traffic control (ATC). Depending on the category of airspace in which the flight is being conducted, VFR aircraft may be required to have a transponder to help Air Traffic Control identify the aircraft on radar in order that ATC can provide separation to IFR aircraft. Meteorological conditions that meet the minimum requirements for VFR flight are termed visual meteorological conditions (VMC). If they are not met, the conditions are considered instrument meteorological conditions (IMC), and a flight may only operate under IFR. IFR operations have specific training requirements and certification required of the pilot, and increased equipment requirements for the aircraft. Additionally, an IFR flight plan must usually be filed in advance. For efficiency of operations, some ATC operations will routinely provide "pop-up" IFR clearances for aircraft operating VFR, but that are arriving at an airport that does not meet VMC requirements. For example, in the United States, California's Oakland (KOAK), Monterey (KMRY) and Santa Ana (KSNA) airports routinely grant temporary IFR clearance when a low coastal overcast forces instrument approaches, while the rest of the state is still under visual flight rules. For pilots without an instrument rating who cannot legally fly by instrument flight rules, the restrictions of VMC minima can be troublesome in locations where weather conditions can change suddenly and unexpectedly or when weather events are highly localized. For instance, a small cloud forming over the airport at less than 1000 feet technically requires the airport to allow only IFR flights using instrument approaches/departures. A VFR flight intending to land there would normally be denied clearance, and would either have to divert to another field with VMC, or declare an emergency and override the denial of clearance, which can prompt an inquiry and possibly result in adverse consequences for the pilot. To avoid these scenarios, VFR flights intending to land at or take off from an airport experiencing localized conditions marginally below VMC minima may request Special VFR clearance from the tower. SVFR flight is only allowed while within the portion of an airport's controlled airspace (class B, C, or D) that extends to the surface, and it must be explicitly requested by the pilot and granted by the tower (some airports, primarily large Class B facilities, do not allow SVFR operation in their airspace at all). Visibility on the ground must still be greater than one statute mile, but most other VMC minima such as ceiling are waived. The pilot is required to maintain VFR separation distances from other aircraft and, by requesting SVFR, asserts that they can do so despite the marginal conditions. For departing flights, the pilot must be flying in VMC by the time they leave the surface footprint of the controlled airspace (otherwise they would be flying VFR in IMC which is illegal). VFR flight is not allowed in airspace known as class A, regardless of the meteorological conditions except after failure of two way radio communications or during declared emergencies such as VFR traffic attempting to avoid severe weather formations. In the United States, class A airspace is measured using flight levels, and begins at FL180 up to FL600, which is about 18,000 to 60,000 feet as measured using an altimeter at standard pressure (29.92 inHg, 1013 mbar). An exception to IFR-only flying in this airspace is the occasional allowance of sailplanes within designated wave windows which may be opened by air traffic control when high altitude flights are to be conducted into mountain lee waves. Traffic advisories In the United States, Canada, and Australia, a pilot operating under VFR outside Class B, C, D airspace can request "flight following" from ATC, to receive continuous verbal updates on air
in adverse consequences for the pilot. To avoid these scenarios, VFR flights intending to land at or take off from an airport experiencing localized conditions marginally below VMC minima may request Special VFR clearance from the tower. SVFR flight is only allowed while within the portion of an airport's controlled airspace (class B, C, or D) that extends to the surface, and it must be explicitly requested by the pilot and granted by the tower (some airports, primarily large Class B facilities, do not allow SVFR operation in their airspace at all). Visibility on the ground must still be greater than one statute mile, but most other VMC minima such as ceiling are waived. The pilot is required to maintain VFR separation distances from other aircraft and, by requesting SVFR, asserts that they can do so despite the marginal conditions. For departing flights, the pilot must be flying in VMC by the time they leave the surface footprint of the controlled airspace (otherwise they would be flying VFR in IMC which is illegal). VFR flight is not allowed in airspace known as class A, regardless of the meteorological conditions except after failure of two way radio communications or during declared emergencies such as VFR traffic attempting to avoid severe weather formations. In the United States, class A airspace is measured using flight levels, and begins at FL180 up to FL600, which is about 18,000 to 60,000 feet as measured using an altimeter at standard pressure (29.92 inHg, 1013 mbar). An exception to IFR-only flying in this airspace is the occasional allowance of sailplanes within designated wave windows which may be opened by air traffic control when high altitude flights are to be conducted into mountain lee waves. Traffic advisories In the United States, Canada, and Australia, a pilot operating under VFR outside Class B, C, D airspace can request "flight following" from ATC, to receive continuous verbal updates on air traffic. This service is provided by ATC if workload permits, but it is an advisory service only. The responsibility for maintaining separation with other aircraft and proper navigation still remains with the pilot in command (PIC). In the United Kingdom, this is known as a "Traffic Service". In other countries it is known as "Flight Information Service". Pilot certifications In the United States and Canada, any certified pilot who meets specific recency of experience criteria may operate an airworthy aircraft under VFR. VFR cruising altitude rules in the US and Canada In the US, there are specific VFR cruising altitudes, based on the aircraft's course, to assist pilots in separating their aircraft while operating under visual flight above 3,000 ft above the surface (AGL) but below 18,000 ft Mean Sea Level (MSL). Unofficially, most pilots use these rules at all levels of cruise flight. FAR 91.159 states that any aircraft: On a magnetic course of 0-179 degrees shall fly at an odd thousand ft MSL altitude +500 feet (e.g., 3,500, 5,500, or 7,500 ft); or On a magnetic course of 180-359 degrees shall fly at an even thousand ft MSL altitude +500 feet (e.g., 4,500, 6,500, or 8,500 ft). Low flying rules in the US In the US, Part 91 (specifically 91.119) of the Federal Aviation Regulations controls the minimum safe altitudes by which aircraft can be operated in the National Airspace System. "Notwithstanding" rule Though specific altitudes are called as noted below - there is an overreaching general requirement to maintain sufficient altitude that if a power unit fails, an emergency landing without undue hazard to persons or property on the surface can be made. This may be significantly higher than 500 feet or 1,000 feet. 500 ft rule An aircraft must maintain an altitude of 500 feet above the surface, except over open water or sparsely populated areas. In those cases, the aircraft may not be operated closer than 500 feet to any person, vessel, vehicle, or structure. 1000 ft rule An aircraft must maintain an altitude of 1,000 feet above the highest obstacle within a horizontal radius of 2,000 feet of the aircraft over any congested area of a city, town, or settlement, or over any
had a large workshop, and in addition to his own works there are a number by pupils. He is best known for the altarpiece in St. Mary's Basilica in Kraków, Poland. Life According to the contracts and other official documents written in the fifteenth and sixteenth centuries, Stoss was born in a place pronounced as Horb or Horbn. Most researchers identify this place with Horb am Neckar near Stuttgart in Germany. However, there are artistic traces indicating that Stoss's early education could take place in the modern Switzerland. Moreover, his brother was certainly born in Aarau in northern Switzerland, which suggests that the artist's family lived in the region and that Stoss was rather born in the town of Horben, located 30 km southeast of Aarau His exact date of birth is unknown though it must have been shortly before 1450. Nothing about his life is known for certain before 1473 when he moved to Nuremberg in Franconia and married Barbara Hertz. Their eldest son Andreas was born there before 1477, when Stoss moved to Kraków, the royal capital of Poland, where he was commissioned to produce the enormous polychrome wooden Altar of Veit Stoss (Ołtarz Wita Stwosza) at St Mary's Church in Kraków. His son Stanisław was also a sculptor. Veit lived and worked in Kraków for the next twenty years. His name is usually polonized as Wit Stwosz. In Kraków The altar in Kraków was completed in 1489, and was the largest triptych of its time. Like Stoss' other large works, it required a large workshop including specialized painters and gilders. Other important works from Stoss' period in Poland were the tomb of Casimir IV in Wawel Cathedral, the marble tomb of Zbigniew Oleśnicki in Gniezno, and the altar of Saint Stanislaus. The Polish court was more aware of Italian styles than Nuremberg patrons of that time, and some of Stoss' Polish work used Renaissance classical
Stoss (also: Veit Stoß and Stuoss; ; before 1450about 20 September 1533) was a leading German sculptor, mostly working with wood, whose career covered the transition between the late Gothic and the Northern Renaissance. His style emphasized pathos and emotion, helped by his virtuoso carving of billowing drapery; it has been called "late Gothic Baroque". He had a large workshop, and in addition to his own works there are a number by pupils. He is best known for the altarpiece in St. Mary's Basilica in Kraków, Poland. Life According to the contracts and other official documents written in the fifteenth and sixteenth centuries, Stoss was born in a place pronounced as Horb or Horbn. Most researchers identify this place with Horb am Neckar near Stuttgart in Germany. However, there are artistic traces indicating that Stoss's early education could take place in the modern Switzerland. Moreover, his brother was certainly born in Aarau in northern Switzerland, which suggests that the artist's family lived in the region and that Stoss was rather born in the town of Horben, located 30 km southeast of Aarau His exact date of birth is unknown though it must have been shortly before 1450. Nothing about his life is known for certain before 1473 when he moved to Nuremberg in Franconia and married Barbara Hertz. Their eldest son Andreas was born there before 1477, when Stoss moved to Kraków, the royal capital of Poland, where he was commissioned to produce the enormous polychrome wooden Altar of Veit Stoss (Ołtarz Wita Stwosza) at St Mary's Church in Kraków. His son Stanisław was also a sculptor. Veit lived and worked in Kraków for the next twenty years. His name is usually polonized as Wit Stwosz. In Kraków The altar in Kraków was completed in 1489, and was the largest triptych of its time. Like Stoss' other large works, it required a large workshop including specialized painters and gilders. Other important works from Stoss' period in Poland were the tomb of Casimir IV in Wawel Cathedral, the marble tomb of Zbigniew Oleśnicki in Gniezno, and the altar of Saint Stanislaus. The Polish court was more aware of Italian styles than Nuremberg patrons of that time, and some of Stoss' Polish work used Renaissance classical ornament. During World War II, on the order of Hans Frankthe Governor-General of that region of occupied Polandthe dismantled Altar was shipped to Nazi Germany around 1941. It was rediscovered in 1945 in Bavaria, hidden in the basement of the heavily bombed Nuremberg Castle. The High Altar underwent major restoration work in Poland and was put back in its place at the Basilica ten years later. Nuremberg In 1496, Stoss returned to Nuremberg with his wife and eight children. He reacquired his citizenship for three gulden and resumed his work there as a sculptor. Between 1500 and
years (Mya) have been identified, of which 30 occurred in the past 36 million years. Considering the estimated frequency is on the order of once in 50,000 years, there are likely many such eruptions in the last 132 Mya that are not yet known. Based on incomplete statistics, other authors assume that at least 60 VEI-8 eruptions have been identified. The most recent is Lake Taupō's Oruanui eruption, more than 27,000 years ago, which means that there have not been any Holocene eruptions with a VEI of 8. There have been at least 10 eruptions of VEI-7 in the last 11,700 years. There are also 58 Plinian eruptions, and 13 caldera-forming eruptions, of large, but unknown magnitudes. By 2010, the Global Volcanism Program of the Smithsonian Institution had cataloged the assignment of a VEI for 7,742 volcanic eruptions that occurred during the Holocene (the last 11,700 years) which account for about 75% of the total known eruptions during the Holocene. Of these 7,742 eruptions, about 49% have a VEI of 2 or less, and 90% have a VEI of 3 or less. Limitations Under the VEI, ash, lava, lava bombs, and ignimbrite are all treated alike. Density and vesicularity (gas bubbling) of the volcanic products in question is not taken into account. In contrast, the DRE (dense-rock equivalent) is sometimes calculated to give the actual amount of magma erupted.
In the following table, the frequency of each VEI indicates the approximate frequency of new eruptions of that VEI or higher. About 40 eruptions of VEI-8 magnitude within the last 132 million years (Mya) have been identified, of which 30 occurred in the past 36 million years. Considering the estimated frequency is on the order of once in 50,000 years, there are likely many such eruptions in the last 132 Mya that are not yet known. Based on incomplete statistics, other authors assume that at least 60 VEI-8 eruptions have been identified. The most recent is Lake Taupō's Oruanui eruption, more than 27,000 years ago, which means that there have not been any Holocene eruptions with a VEI of 8. There have been at least 10 eruptions of VEI-7 in the last 11,700 years. There are also 58 Plinian eruptions, and 13 caldera-forming eruptions, of large, but unknown magnitudes. By 2010, the Global Volcanism Program of the Smithsonian Institution had cataloged the assignment of a VEI for 7,742 volcanic eruptions that occurred during the Holocene (the last 11,700 years) which account for about 75% of the total known eruptions during the Holocene. Of these 7,742 eruptions, about 49% have a VEI of 2 or less, and 90% have a VEI of 3 or less. Limitations Under the VEI, ash, lava, lava bombs, and ignimbrite are all treated alike. Density and vesicularity (gas bubbling) of the volcanic products in question is not taken into account. In contrast, the DRE (dense-rock equivalent) is sometimes calculated to give the actual amount of magma erupted. Another weakness of the VEI is that it does not take into account the power output of an eruption, which makes the VEI extremely difficult to determine with prehistoric or unobserved eruptions. Although VEI is quite suitable for classifying the explosive magnitude of eruptions, the index is not as significant as sulfur dioxide emissions in quantifying their atmospheric and climatic impact. Lists of large eruptions Timeline of volcanism on Earth (mostly VEI-6, within 2 kya) List
In 1622, the king purchased a parcel of forest for his private hunting. In 1624, he acquired more and entrusted Philibert Le Roy with the construction of a small hunting lodge of red bricks and stone with a slate roof. In 1632, the king bought the totality of the land and seigneury of Versailles from Jean-François de Gondi. The hunting lodge was enlarged to the size of a small château between 1632 and 1634. At the death of Louis XIII, in 1643, the village had 1,000 inhabitants. This small château was the site of one of the historical events that took place during the reign of Louis XIII, on 10 November 1630, when, on the Day of the Dupes, the party of the queen mother was defeated and Richelieu was confirmed as Prime minister. Louis XIV King Louis XIV, son of Louis XIII, was only five years old when his father died. It was 20 years later, in 1661, when Louis XIV commenced his personal reign, that the young king showed interest in Versailles. The idea of leaving Paris, where, as a child, he had experienced first-hand the insurrection of the Fronde, had never left him. Louis XIV commissioned his architect Le Vau and his landscape architect Le Nôtre to transform the castle of his father, as well as the park, in order to accommodate the court. In 1678, after the Treaty of Nijmegen, the king decided that the court and the government would be established permanently in Versailles, which happened on 6 May 1682. At the same time, a new city was emerging from the ground, resulting from an ingenious decree of the king dated 22 May 1671, whereby the king authorized anyone to acquire a lot in the new city for free. There were only two conditions to acquire a lot: 1- a token tax of 5 shillings (5 sols) per arpent of land should be paid every year ($0.03 per per year in 2005 US dollars); 2- a house should be built on the lot according to the plans and models established by the Surintendant des Bâtiments du Roi (architect in chief of the royal demesne). The plans provided for a city built symmetrically with respect to the Avenue de Paris (which starts from the entrance of the castle). The roofs of the buildings and houses of the new city were not to exceed the level of the Marble Courtyard, at the entrance of the castle (built above a hill dominating the city), so that the perspective from the windows of the castle would not be obstructed. The old village and the Saint Julien church were demolished to make room for buildings housing the administrative services managing the daily life in the castle. On both sides of the Avenue de Paris were built the Notre-Dame neighborhood and the Saint-Louis neighborhood, with new large churches, markets, aristocratic mansions, all built in very homogeneous style according to the models established by the Surintendant des Bâtiments du Roi''. Versailles was a vast construction site for many years. Little by little came to Versailles all those who needed or desired to live close to the maximum power. At the death of the Sun King in 1715, the village of Versailles had turned into a city of approximately 30,000 inhabitants. Louis XV and Louis XVI When the court of King Louis XV returned to Versailles in 1722, the city had 24,000 inhabitants. With the reign of Louis XV, Versailles grew even further. Versailles was the capital of the most powerful kingdom in Europe, and the whole of Europe admired its new architecture and design trends. Soon enough, the strict building rules decided under Louis XIV were not respected anymore, real estate speculation flourished, and the lots that had been given for free under Louis XIV were now on the market for hefty prices. By 1744, the population reached 37,000 inhabitants. The cityscape changed considerably under kings Louis XV and Louis XVI. Buildings were now taller. King Louis XV built a Ministry of War, a Ministry of Foreign Affairs (where the Treaty of Paris (1783) ending the American Revolutionary War was signed in 1783 with the United Kingdom), and a Ministry of the Navy. By 1789, the population had reached 60,000 inhabitants, and Versailles was now the seventh or eighth-largest city of France, and one of the largest cities of Europe. French Revolution Seat of the political power, Versailles naturally became the cradle of the French Revolution. The Estates-General met in Versailles on 5 May 1789. The members of the Third Estate took the Tennis Court Oath on 20 June 1789, and the National Constituent Assembly abolished feudalism on 4 August 1789. Eventually, on 5 and 6 October 1789, a crowd of women joined by some members of the national guard from Paris invaded the castle to protest bread prices and forced the royal family to move to Paris. The National Constituent Assembly followed the king to Paris soon afterwards, and Versailles lost its role of capital city. During this turbulent time, Jean-François Coste, who had also been the chief physician of the King's Armies, was appointed mayor of Versailles. From then on, Versailles lost a good deal of its inhabitants. From 60,000, the population had declined to 26,974 inhabitants by 1806. The castle, stripped of its furniture and ornaments during the Revolution, was left abandoned, with only Napoleon briefly staying one night there and then leaving the castle for good. Louis-Philippe, who took the throne in the July Revolution of 1830, transformed the palace into a National Museum dedicated to "all the glories of France" in 1837. Versailles had become a sleepy town, a place of pilgrimage for those nostalgic for the old monarchy. 19th century to the present day The Franco-Prussian War of 1870 put Versailles in the limelight again. On 18 January 1871 the victorious Germans proclaimed the king of Prussia, Wilhelm I, emperor of Germany in the very Hall of Mirrors of the castle, in an attempt to take revenge for the conquests of Louis XIV two centuries earlier. Then in March of the same year, following the insurrection of the Paris Commune, the French Third Republic government under Thiers relocated to Versailles, and from there directed the military suppression of the insurrection. The government and the French parliament stayed in Versailles after the quelling of the Commune (May 1871), and it was even thought for some time that the capital of France would move definitely to Versailles in order to avoid the revolutionary mood of Paris in the future. Restoration of a monarchy almost occurred in 1873, with parliament offering the crown to Henri, comte de Chambord, but his refusal to accept the tricolor flag that had been adopted during the Revolution made the restoration of monarchy impossible for the time being. Versailles became again the political center of France, full of buzz and rumors, with its population briefly peaking at 61,686 in 1872, matching the record level of population reached on the eve of the French Revolution 83 years earlier. Eventually, however, left-wing republicans won a string of parliamentary elections, defeating the parties supporting a restoration of the monarchy, and the new majority decided to relocate the government to Paris in November 1879. Versailles then experienced a new population setback (48,324 inhabitants at the 1881 census). After that, Versailles never again functioned as the seat of the capital of France, but the presence of the French Parliament there in the 1870s left a vast hall, built
the French Parliament, the National Assembly and the Senate, meet – gathers in the Château de Versailles to vote on revisions to the Constitution. Name The argument over the etymology of Versailles tends to privilege the Latin word versare, meaning "to keep turning, turn over and over", an expression used in medieval times for plowed lands, cleared lands (lands that had been repeatedly "turned over"). This word formation is similar to Latin seminare ("to sow") which gave French semailles ("sowings", "sown seeds"). During the Revolution of 1789, city officials had proposed to the convention to rename Versailles Berceau-de-la-Liberté ("Cradle of Liberty"), but they had to retract their proposal when confronted with the objections of the majority of the population.<ref>[http://gallica.bnf.fr/ark:/12148/bpt6k67101h.notice Georges Moussoir, Versailles, "Berceau de la Liberté", in Revue de l'histoire de Versailles et de Seine-et-Oise, 1899, pp. 215–224] (Gallica)</ref> A seat of power From May 1682, when Louis XIV moved the court and government permanently to Versailles, until his death in September 1715, Versailles was the unofficial capital of the kingdom of France. For the next seven years, during the Régence of Philippe d'Orléans, the royal court of the young King Louis XV was the first in Paris, while the Regent governed from his Parisian residence, the Palais-Royal. Versailles was again the unofficial capital of France from June 1722, when Louis XV returned to Versailles, until October 1789, when a Parisian mob forced Louis XVI and the royal family to move to Paris. Versailles again became the unofficial capital of France from March 1871, when Adolphe Thiers' government took refuge in Versailles, fleeing the insurrection of the Paris Commune, until November 1879, when the newly elected government and parliament returned to Paris. During the various periods when government affairs were conducted from Versailles, Paris remained the official capital of France. Versailles was made the préfecture of the Seine-et-Oise département at its inception in March 1790 (at which time Seine-et-Oise had approximately 420,000 inhabitants). By the 1960s, with the growth of the Paris suburbs, the Seine-et-Oise had reached more than 2 million inhabitants, and was deemed too large and ungovernable, and thus it was split into three départements in January 1968. Versailles was made the préfecture of the Yvelines département, the largest chunk of the former Seine-et-Oise. At the 2017 census the Yvelines had 1,438,266 inhabitants. Versailles is the seat of a Roman Catholic diocese (bishopric) which was created in 1790. The diocese of Versailles is subordinate to the archdiocese of Paris. In 1975, Versailles was made the seat of a Court of Appeal whose jurisdiction covers the western suburbs of Paris. Since 1972, Versailles has been the seat of one of France's 30 nationwide académies (districts) of the Ministry of National Education. The académie de Versailles, the largest of France's thirty académies by its number of pupils and students, is in charge of supervising all the elementary schools and high schools of the western suburbs of Paris. Versailles is also an important node for the French army, a tradition going back to the monarchy with, for instance, the military camp of Satory and other institutions. Geography Versailles is located west-southwest from the centre of Paris. The city sits on an elevated plateau, 130 to 140 metres (425 to 460 ft) above sea-level (whereas the elevation of the centre of Paris is only 33 m (108 ft) above sea level), surrounded by wooded hills: in the north the forests of Marly and Fausses-Reposes, and in the south the forests of Satory and Meudon. The city (commune) of Versailles has an area of 26.18 km2 (10.11 sq mi, or 6,469 acres), which is a quarter of the area of the city of Paris. In 1989, Versailles had a population density of 3,344/km2 (8,660/sq mi), whereas Paris had a density of 20,696/km2 (53,602/sq mi). Born out of the will of a king, the city has a rational and symmetrical grid of streets. By the standards of the 18th century, Versailles was a very modern European city. Versailles was used as a model for the building of Washington, D.C. by Pierre Charles L'Enfant. History The name of Versailles appears for the first time in a medieval document dated 1038. In the feudal system of medieval France, the lords of Versailles came directly under the king of France, with no intermediary overlords between them and the king; yet they were not very important lords. In the end of the 11th century, the village curled around a medieval castle and the Saint Julien church. Its farming activity and its location on the road from Paris to Dreux and Normandy brought prosperity to the village, culminating in the end of the 13th century, the so-called "century of Saint Louis", famous for the prosperity of northern France and the building of Gothic cathedrals. The 14th century brought the Black Death and the Hundred Years' War, and with it death and destruction. At the end of the Hundred Years' War in the 15th century, the village started to recover, with a population of only 100 inhabitants. In 1561, Martial de Loménie, secretary of state for finances under King Charles IX, became lord of Versailles. He obtained permission to establish four annual fairs and a weekly market on Thursdays. The population of Versailles was 500 inhabitants. Martial de Loménie was murdered during the St. Bartholomew's Day massacre (24 August 1572). In 1575, Albert de Gondi, a man from Florence who had come to France with Catherine de' Medici, bought the seigneury of Versailles. Louis XIII Henceforth Versailles was the possession of the Gondi family, a family of wealthy
were, in their day, the tallest commercial buildings in the British Empire. These were, in succession, the Carter-Cotton Building (former home of The Vancouver Province newspaper), the Dominion Building (1907) and the Sun Tower (1911), the former two at Cambie and Hastings Streets and the latter at Beatty and Pender Streets. The Sun Tower's cupola was finally exceeded as the Empire's tallest commercial building by the elaborate Art Deco Marine Building in the 1920s. The Marine Building is known for its elaborate ceramic tile facings and brass-gilt doors and elevators, which make it a favourite location for movie shoots. Topping the list of tallest buildings in Vancouver is Living Shangri-La at and 62 storeys. The second-tallest building in Vancouver is the Trump International Hotel and Tower at , followed by the Private Residences at Hotel Georgia, at . The fourth-tallest is One Wall Centre at and 48 storeys, followed closely by the Shaw Tower at . Demographics In the 2021 Canadian census conducted by Statistics Canada, Vancouver's population was reported as living in of its total private dwellings, a change of from its 2016 population of . With a land area of , it had a population density of in 2021. The 2016 census recorded more than 631,000 people in the city, making it the eighth-largest among Canadian cities. More specifically, Vancouver is the fourth-largest in Western Canada after Calgary, Edmonton and Winnipeg. The metropolitan area referred to as Greater Vancouver, with more than 2.4million residents, is the third-most populous metropolitan area in the country and the most populous in Western Canada. The larger Lower Mainland-Southwest economic region (which includes also the Squamish-Lillooet, Fraser Valley, and Sunshine Coast Regional District) has a population of over 2.93million. With 5,249 people per square km (13,590 per sq mi), the City of Vancouver is the most densely populated of Canadian municipalities having more than 5,000 residents. Approximately 74 percent of the people living in Metro Vancouver live outside the city. Vancouver has been called a "city of neighbourhoods". Each neighbourhood in Vancouver has a distinct character and ethnic mix. People of English, Scottish, and Irish origins were historically the largest ethnic groups in the city, and elements of British society and culture are still visible in some areas, particularly South Granville and Kerrisdale. Germans are the next-largest European ethnic group in Vancouver and were a leading force in the city's society and economy until the rise of anti-German sentiment with the outbreak of World War I in 1914. Today the Chinese are the largest visible ethnic group in the city, with a diverse Chinese-speaking community, and several dialects, including Cantonese and Mandarin. Neighbourhoods with distinct ethnic commercial areas include Chinatown, Punjabi Market, Little Italy, Greektown, and (formerly) Japantown. Since the 1980s, immigration increased substantially, making the city more ethnically and linguistically diverse; 53 percent of Vancouver's residents do not speak English as their first language. Almost 30 percent of the city's inhabitants are of Chinese heritage. In the 1980s, an influx of immigrants from Hong Kong in anticipation of the transfer of sovereignty from the United Kingdom to China, combined with an increase in immigrants from mainland China and previous immigrants from Taiwan, established in Vancouver one of the highest concentrations of ethnic Chinese residents in North America. This arrival of Asian immigrants continued a tradition of immigration from around the world that had established Vancouver as the second-most popular destination for immigrants in Canada after Toronto. Other significant Asian ethnic groups in Vancouver include South Asians (6.0%), Filipinos (5.9%), Japanese (1.7%), Korean (1.5%), West Asians (1.4%), as well as sizeable communities of Vietnamese, Indonesians, and Cambodians. Despite increases in Latin American immigration to Vancouver in the 1980s and 1990s, recent immigration has been comparatively low, and African immigration has been similarly stagnant (3.6% and 3.3% of total immigrant population, respectively). The black population of Vancouver is small in comparison to other Canadian major cities, making up 0.9 percent of the city. Hogan's Alley, a small area adjacent to Chinatown, just off Main Street at Prior, was once home to a significant black community. The neighbourhood of Strathcona was the core of the city's Jewish community. In 1981, less than 7 percent of the population belonged to a visible minority group. By 2016, this proportion had grown to 52 percent. Prior to the Hong Kong diaspora of the 1990s, the largest non-British ethnic groups in the city were Irish and German, followed by Scandinavian, Italian, Ukrainian and Chinese. From the mid-1950s until the 1980s, many Portuguese immigrants came to Vancouver and the city had the third-largest Portuguese population in Canada in 2001. Eastern Europeans, including Russians, Czechs, Poles, Romanians and Hungarians began immigrating after the Soviet takeover of Eastern Europe after World War II. Greek immigration increased in the late 1960s and early '70s, with most settling in the Kitsilano area. Vancouver also has a significant aboriginal community of about 11,000 people. Vancouver has a large LGBT community, with a recognized gay enclave focused in the West End neighbourhood of the downtown core, particularly along Davie Street, officially designated as Davie Village, though the gay community is omnipresent throughout West End and Yaletown areas. Vancouver is host to one of the country's largest annual pride parades. Homelessness Homelessness is a significant and persistent issue in Vancouver. A 2019 count found that at least 2,223 people in the city were experiencing homelessness, the highest number recorded since counts began in 2005. Of those surveyed, 28 percent reported having no physical shelter. Indigenous people accounted for 39 percent of all respondents. Three-fifths of respondents reported at least two health concerns, and 67 percent reported an addiction to at least one substance. Economy With its location on the Pacific Rim and at the western terminus of Canada's transcontinental highway and rail routes, Vancouver is one of the nation's largest industrial centres. Port Metro Vancouver, Canada's largest and most diversified port, does more than $172billion in trade with over 160 different trading economies annually. Port activities generate $9.7billion in gross domestic product and $20.3billion in economic output. Vancouver is also the headquarters of forest product and mining companies. In recent years, Vancouver has become a centre for software development, biotechnology, aerospace, video game development, animation studios and television production and film industry. Vancouver hosts approximately 65 movies and 55 TV series annually and is the 3rd largest film & TV production centre in North America, supporting 20,000 jobs. The city's strong focus on lifestyle and health culture also makes it a hub for many lifestyle brands with Lululemon, Arc'teryx, Kit and Ace, Mountain Equipment Co-op, Herschel Supply Co., Aritzia, Reigning Champ, and Nature's Path Foods all founded and headquartered in Vancouver. Vancouver was also the birthplace of 1-800-GOT-JUNK? and Western Canada's largest online-only publication, Daily Hive. Vancouver's scenic location makes it a major tourist destination. Over 10.3million people visited Vancouver in 2017. Annually, tourism contributes approximately $4.8billion to the Metro Vancouver economy and supports over 70,000 jobs. Many visit to see the city's gardens, Stanley Park, Queen Elizabeth Park, VanDusen Botanical Garden and the mountains, ocean, forest and parklands which surround the city. Each year over a million people pass through Vancouver on cruise ship vacations, often bound for Alaska. Vancouver is the most stressed city in the spectrum of affordability of housing in Canada. In 2012, Vancouver was ranked by Demographia as the second-most unaffordable city in the world, rated as even more severely unaffordable in 2012 than in 2011. The city has adopted various strategies to reduce housing costs, including cooperative housing, legalized secondary suites, increased density and smart growth. As of April 2010, the average two-level home in Vancouver sold for a record high of $987,500, compared with the Canadian average of $365,141. A factor explaining the high property prices may be policies by the Canadian government which permit snow washing, which allows foreigners to buy property in Canada while shielding their identities from tax authorities, making real estate transactions an effective way to conduct money laundering. Since the 1990s, development of high-rise condominia in the downtown peninsula has been financed, in part, by an inflow of capital from Hong Kong immigrants due to the former colony's 1997 handover to China. Such development has clustered in the Yaletown and Coal Harbour districts and around many of the SkyTrain stations to the east of the downtown. The city's selection to co-host the 2010 Winter Olympics was also a major influence on economic development. Concern was expressed that Vancouver's increasing homelessness problem would be exacerbated by the Olympics because owners of single room occupancy hotels, which house many of the city's lowest income residents, converted their properties to attract higher income residents and tourists. Another significant international event held in Vancouver, the 1986 World Exposition, received over 20million visitors and added $3.7billion to the Canadian economy. Some still-standing Vancouver landmarks, including the SkyTrain public transit system and Canada Place, were built as part of the exposition. Government Vancouver, unlike other British Columbia municipalities, is incorporated under the Vancouver Charter. The legislation, passed in 1953, supersedes the Vancouver Incorporation Act, 1921 and grants the city more and different powers than other communities possess under BC's Municipalities Act. The civic government was dominated by the centre-right Non-Partisan Association (NPA) since World War II, albeit with some significant centre-left interludes until 2008. The NPA fractured over the issue of drug policy in 2002, facilitating a landslide victory for the Coalition of Progressive Electors (COPE) on a harm reduction platform. Subsequently, North America's only legal safe injection site was opened for the significant number of intravenous heroin users in the city. Vancouver is governed by the eleven-member Vancouver City Council, a nine-member School Board, and a seven-member Park Board, all of whom serve four-year terms. Unusually for a city of Vancouver's size, all municipal elections are on an at-large basis. Historically, in all levels of government, the more affluent west side of Vancouver has voted along conservative or liberal lines while the eastern side of the city has voted along left-wing lines. This was reaffirmed with the results of the 2005 provincial election and the 2006 federal election. Though polarized, a political consensus has emerged in Vancouver around a number of issues. Protection of urban parks, a focus on the development of rapid transit as opposed to a freeway system, a harm-reduction approach to illegal drug use, and a general concern about community-based development are examples of policies that have come to have broad support across the political spectrum in Vancouver. In the 2008 Municipal Election campaign, NPA incumbent mayor Sam Sullivan was ousted as mayoral candidate by the party in a close vote, which instated Peter Ladner as the new mayoral candidate for the NPA. Gregor Robertson, a former MLA for Vancouver-Fairview and head of Happy Planet, was the mayoral candidate for Vision Vancouver, the other main contender. Vision Vancouver candidate Gregor Robertson defeated Ladner by a considerable margin, nearing 20,000 votes. The balance of power was significantly shifted to Vision Vancouver, which held seven of the 10 spots for councillor. Of the remaining three, COPE received two and the NPA one. For park commissioner, four spots went to Vision Vancouver, one to the Green Party, one to COPE, and one to NPA. For school trustee, there were four Vision Vancouver seats, three COPE seats, and two NPA seats. In the 2018 Vancouver municipal election, independent Kennedy Stewart was elected mayor of Vancouver. Vancouver's budget consists of a capital and an operating component. The 2017 operating budget was $1.323billion, while the 2018 operating budget is $1.407billion (a year over year increase of 6.4%). The capital budget for 2018 is unchanged from 2017 and stands at $426.4million. Budget increases are largely funded through increases in property taxes and community amenity contributions imposed in exchange for increases in allowable density as part of the construction permitting process. Utility fees and other user fees have also been increased, but represent a comparatively small portion of Vancouver's overall budget. Regional government Vancouver is a member municipality of Metro Vancouver, a regional government. In total there are 22 municipalities, one electoral area and one treaty First Nation comprising Metro Vancouver, the regional government whose seat is in Burnaby. While each member of Metro Vancouver has its own separate local governing body, Metro Vancouver oversees common services and planning functions within the area such as providing drinking water; operating sewage and solid waste handling; maintaining regional parks; overseeing air quality, greenhouse gases and ecological health; and providing a strategy for regional growth and land use. Provincial and federal representation In the Legislative Assembly of British Columbia, Vancouver is represented by 11 Members of the Legislative Assembly (MLAs). As of July 2017, there are three seats held by the BC Liberal Party and eight by the BC New Democratic Party. In the House of Commons of Canada, Vancouver is represented by six members of Parliament. In the most recent 2015 federal election, the Liberals retained two (Vancouver Quadra and Vancouver Centre) seats and gained another two, while the NDP held on to the two seats (Vancouver East and Vancouver Kingsway), they held at dissolution while the Conservatives were shut out of the city. One current Cabinet minister hails from the city – Vancouver South MP Harjit Sajjan is Minister of National Defence. Policing and crime Vancouver operates the Vancouver Police Department, with 1,327 sworn members and an operating budget of $316.5million in 2018. Over 19 percent of the city's budget was spent on police protection in 2018. The Vancouver Police Department's operational divisions include a bicycle squad, a marine squad, and a dog squad. It also has a mounted squad, used primarily to patrol Stanley Park, as well as for crowd control. The police work in conjunction with civilian and volunteer-run Community Police Centres. In 2006, the police department established its own counterterrorism unit. In 2005, a new transit police force, the Greater Vancouver Transportation Authority Police Service (now the Metro Vancouver Transit Police), was established with full police powers. Before the legalization of marijuana, Vancouver police generally did not arrest people for possessing small amounts of marijuana. In 2000 the Vancouver Police Department established a specialized drug squad, "Growbusters", to carry out an aggressive campaign against the city's estimated 4,000 hydroponic marijuana growing operations (or grow-ops) in residential areas. As with other law enforcement campaigns targeting marijuana this initiative has been sharply criticized. , Vancouver had the ninth-highest crime rate, dropping 5 spots since 2005, among Canada's 35 census metropolitan areas. However, as with other Canadian cities, the overall crime rate has been falling "dramatically". The rate of firearm related violence dropped from 45.3 per 100,000 in 2006, the highest of any major metropolitan region in Canada at that time, to 16.2 in 2017. A series of gang-related incidents in early 2009 escalated into what police have dubbed a gang war. Vancouver plays host to special events such as the Asia-Pacific Economic Cooperation conference, the Clinton-Yeltsin Summit, or the Symphony of Fire fireworks show that require significant policing. The 1994 Stanley Cup riot overwhelmed police and injured as many as 200 people. A second riot took place following the 2011 Stanley Cup Finals. To reduce the public health risk from discarded hypodermic needles which are commonly found on the streets of downtown and the adjacent Downtown Eastside, the city runs a continuous collection effort, recovering approximately 1000 needles per day from public spaces. According to Vancouver Coastal Health, the regional health authority and a distributor of clean needles to intravenous drug users, there has never been a documented case of disease transmission from an accidental needlestick. Military Jericho Beach in Vancouver is the location of the headquarters of 39 Canadian Brigade Group of the Canadian Army. Local primary reserve units include The Seaforth Highlanders of Canada and The British Columbia Regiment (Duke of Connaught's Own), based at the Seaforth Armoury and the Beatty Street Drill Hall, respectively, and the 15th Field Regiment, Royal Canadian Artillery. The Naval Reserve Unit is based on Deadman's Island in Stanley Park. RCAF Station Jericho Beach, the first air base in Western Canada, was taken over by the Canadian Army in 1947 when sea planes were replaced by long-range aircraft. Most of the base facilities were transferred to the City of Vancouver in 1969 and the area renamed "Jericho Park". Education The Vancouver School Board enrolls more than 110,000 students in its elementary, secondary, and post-secondary institutions, making it the second-largest school district in the province. The district administers about 76 elementary schools, 17 elementary annexes, 18 secondary schools, 7 adult education centres, 2 Vancouver Learning Network schools, which include 18 French immersion schools, a Mandarin bilingual school, and fine arts (Byng Arts Mini School), gifted, and Montessori schools. The Conseil scolaire francophone de la Colombie-Britannique operates three Francophone schools in that city: the primary schools école Rose-des-vents and école Anne-Hébert as well as the école secondaire Jules-Verne. More than 46 independent schools of a wide variety are also eligible for partial provincial funding and educate approximately 10 percent of pupils in the city. There are five public universities in the Greater Vancouver area, the largest and most prestigious being the University of British Columbia (UBC) and Simon Fraser University (SFU), with a combined enrolment of more than 90,000 undergraduates, graduates, and professional students in 2008. UBC often ranks among the top 50 best universities in the world and is ranked among the 20 best public universities in Canada. SFU consistently ranks as the top comprehensive university in Canada and is among the 300 best universities in the world. UBC's main campus is located on the tip of Burrard Peninsula, just west of the University Endowment Lands with the city-proper adjacent to the east. SFU's main campus is in Burnaby. Both also maintain campuses in Downtown Vancouver and Surrey. The other public universities in the metropolitan area around Vancouver are Capilano University in North Vancouver, Emily Carr University of Art and Design, and Kwantlen Polytechnic University whose four campuses are all outside the city proper. Six private institutions also operate in the region: Trinity Western University in Langley, UOPX Canada in Burnaby, and University Canada West, NYIT Canada, Fairleigh Dickinson University, Columbia College, and Sprott Shaw College, all in Vancouver. Vancouver Community College and Langara College are publicly funded college-level institutions in Vancouver, as is Douglas College with three campuses outside the city. The British Columbia Institute of Technology in Burnaby provides polytechnic education. These are augmented by private and vocational institutions and other colleges in the surrounding areas of Metro Vancouver that provide career, trade, technical, and university-transfer programs, while the Vancouver Film School provides one-year programs in film production and video game design. International students and English as a second language (ESL) students have been significant in the enrolment of these public and private institutions. For the 2008–2009 school year, 53 percent of Vancouver School Board's students spoke a language other than English at home. Arts and culture Theatre, dance, film and television Theatre Prominent theatre companies in Vancouver include the Arts Club Theatre Company on Granville Island, and Bard on the Beach. Smaller companies include Touchstone Theatre, and Studio 58. The Cultch, The Firehall Arts Centre, United Players, Pacific and Metro Theatres, all run continuous theatre seasons. Theatre Under the Stars produces shows in the summer at Malkin Bowl in Stanley Park. Annual festivals that are held in Vancouver include the PuSh International Performing Arts Festival in January and the Vancouver Fringe Festival in September. The Vancouver Playhouse Theatre Company operated for fifty years, ending in March 2012. Dance The Scotiabank Dance Centre, a converted bank building on the corner of Davie and Granville, functions as a gathering place and performance venue for Vancouver-based dancers and choreographers. Dances for a Small Stage is a semi-annual dance festival. Film The Vancouver International Film Festival, which runs for two weeks each September, shows over 350 films and is one of the larger film festivals in North America. The VIFF Centre venue, the Vancity Theatre, runs independent non-commercial films throughout the rest of the year, as do the Pacific Cinémathèque, and the Rio theatres. Films set in Vancouver Vancouver has become a major film location, known as Hollywood North, as it has stood in for several U.S. cities. However, it has started to appear as itself in several feature films. Among films set in the city and its surroundings are the 1994 US thriller Intersection, starring Richard Gere and Sharon Stone; the 2007 Canadian ghost thriller They Wait, starring Terry Chen and Jaime King; and the acclaimed Canadian 'mockumentary' Hard Core Logo, and was named the second-best Canadian film of the last 15 years, in a 2001 poll of 200 industry voters, performed by Playback. Genie Award-winning filmmaker Mina Shum has filmed and set several of her internationally released features in Vancouver, including the Sundance-screened Long Life, Happiness & Prosperity (2002). Television shows produced in Vancouver Many past and current TV shows have been filmed and set in Vancouver. The first Canadian prime time national series to be produced out of Vancouver was Cold Squad and its storyline was also physically set in the city. Other series set in or around the city of Vancouver include Continuum, Da Vinci's Inquest, Danger Bay, Edgemont, Godiva's, Intelligence, Motive, Northwood, Primeval: New World, Robson Arms, The Romeo Section, Shattered, The Switch, and These Arms of Mine. Television shows produced (but not set) in Vancouver (that have been produced by American and Canadian studios alike) include 21 Jump Street, The 100, The 4400, Airwolf, Almost Human, Arrow, Backstrom, Caprica, Cedar Cove, Chesapeake Shores, The Commish, Dark Angel, Dirk Gently's Holistic Detective Agency, The Flash, The Good Doctor, Haters Back Off, Hellcats, Intelligence, iZombie, The Killing, The L Word, Life Unexpected, The Man in the High Castle, Once Upon a Time, Psych, Reaper, Riverdale, Rogue, Smallville, Stargate SG-1, Supergirl, Supernatural, The Tomorrow People, The Magicians, Tru Calling, Van Helsing, Witches of East End, and The X-Files. Libraries and museums Libraries in Vancouver include the Vancouver Public Library with its main branch at Library Square, designed by Moshe Safdie. The central branch contains 1.5million volumes. Altogether there are twenty-two branches containing 2.25million volumes. The Vancouver Tool Library is Canada's original tool lending library. The Vancouver Art Gallery has a permanent collection of nearly 10,000 items and is the home of a significant number of works by Emily Carr. However, little or none of the permanent collection is ever on view. Downtown is also home to the Contemporary Art Gallery (Vancouver), which showcases temporary exhibitions by up-and-coming Vancouver artists. The Morris and Helen Belkin Art Gallery with a small collection of contemporary works is part of the University of British Columbia. In the Kitsilano district are the Vancouver Maritime Museum, the H. R. MacMillan Space Centre, and the Vancouver Museum, the largest civic museum in Canada. The Museum of Anthropology at UBC is a leading museum of Pacific Northwest Coast First Nations culture. A more interactive museum is Science World at the head of False Creek. The city also features a diverse collection of Public Art. Visual art The Vancouver School of conceptual photography (often referred to as photoconceptualism) is a term applied to a grouping of artists from Vancouver who achieved international recognition starting in the 1980s. No formal "school" exists and the grouping remains both informal and often controversial even among the artists themselves, who often resist the term. Artists associated with the term include Jeff Wall, Ian Wallace, Ken Lum, Roy Arden, Stan Douglas and Rodney Graham. Vancouver has a history of Aboriginal art. Examples of this can be seen at the Museum of Anthropology at UBC. Music and nightlife Musical contributions from Vancouver include performers of classical, folk and popular music. The Vancouver Symphony Orchestra is the professional orchestra based in the city. The Vancouver Opera is a major opera company in the city, and City Opera of Vancouver is the city's professional chamber opera company. The city is home to a number of Canadian composers including Rodney Sharman, Jeffrey Ryan, and Jocelyn Morlock. The city produced a number of notable punk rock bands, including D.O.A. Other early Vancouver punk bands included the Subhumans, the Young Canadians, the Pointed Sticks, and U-J3RK5. When alternative rock became popular in the 1990s, several Vancouver groups rose to prominence, including 54-40, Odds, Moist, the Matthew Good Band, Sons of Freedom and Econoline Crush. Recent successful Vancouver bands include Gob, Marianas Trench, Theory of a Deadman and Stabilo. Today, Vancouver is home to a number of popular independent bands such as The New Pornographers, Japandroids, Destroyer, In Medias Res, Tegan and Sara, and independent labels including Nettwerk and Mint. Vancouver also produced influential metal band Strapping Young Lad and pioneering electro-industrial bands Skinny Puppy, Numb and Front Line Assembly; the latter's Bill Leeb is
of the present-day city. In 1808, they travelled from the east down the Fraser River, perhaps as far as Point Grey. Early growth The Fraser Gold Rush of 1858 brought over 25,000 men, mainly from California, to nearby New Westminster (founded February 14, 1859) on the Fraser River, on their way to the Fraser Canyon, bypassing what would become Vancouver. Vancouver is among British Columbia's youngest cities; the first European settlement in what is now Vancouver was not until 1862 at McCleery's Farm on the Fraser River, just east of the ancient village of Musqueam in what is now Marpole. A sawmill established at Moodyville (now the City of North Vancouver) in 1863, began the city's long relationship with logging. It was quickly followed by mills owned by Captain Edward Stamp on the south shore of the inlet. Stamp, who had begun logging in the Port Alberni area, first attempted to run a mill at Brockton Point, but difficult currents and reefs forced the relocation of the operation in 1867 to a point near the foot of Dunlevy Street. This mill, known as the Hastings Mill, became the nucleus around which Vancouver formed. The mill's central role in the city waned after the arrival of the Canadian Pacific Railway (CPR) in the 1880s. It nevertheless remained important to the local economy until it closed in the 1920s. The settlement, which came to be called Gastown, grew quickly around the original makeshift tavern established by "Gassy" Jack Deighton in 1867 on the edge of the Hastings Mill property. In 1870, the colonial government surveyed the settlement and laid out a townsite, renamed "Granville" in honour of the then-British Secretary of State for the Colonies, Lord Granville. This site, with its natural harbour, was selected in 1884 as the terminus for the Canadian Pacific Railway, to the disappointment of Port Moody, New Westminster and Victoria, all of which had vied to be the railhead. A railway was among the inducements for British Columbia to join the Confederation in 1871 but the Pacific Scandal and arguments over the use of Chinese labour delayed construction until the 1880s. Incorporation The City of Vancouver was incorporated on April 6, 1886, the same year that the first transcontinental train arrived. CPR president William Van Horne arrived in Port Moody to establish the CPR terminus recommended by Henry John Cambie, and gave the city its name in honour of George Vancouver. The Great Vancouver Fire on June 13, 1886, razed the entire city. The Vancouver Fire Department was established that year and the city quickly rebuilt. Vancouver's population grew from a settlement of 1,000 people in 1881 to over 20,000 by the turn of the century and 100,000 by 1911. Vancouver merchants outfitted prospectors bound for the Klondike Gold Rush in 1898. One of those merchants, Charles Woodward, had opened the first Woodward's store at Abbott and Cordova Streets in 1892 and, along with Spencer's and the Hudson's Bay department stores, formed the core of the city's retail sector for decades. The economy of early Vancouver was dominated by large companies such as the CPR, which fuelled economic activity and led to the rapid development of the new city; in fact, the CPR was the main real estate owner and housing developer in the city. While some manufacturing did develop, including the establishment of the British Columbia Sugar Refinery by Benjamin Tingley Rogers in 1890, natural resources became the basis for Vancouver's economy. The resource sector was initially based on logging and later on exports moving through the seaport, where commercial traffic constituted the largest economic sector in Vancouver by the 1930s. Twentieth century The dominance of the economy by big business was accompanied by an often militant labour movement. The first major sympathy strike was in 1903 when railway employees struck against the CPR for union recognition. Labour leader Frank Rogers was killed by CPR police while picketing at the docks, becoming the movement's first martyr in British Columbia. The rise of industrial tensions throughout the province led to Canada's first general strike in 1918, at the Cumberland coal mines on Vancouver Island. Following a lull in the 1920s, the strike wave peaked in 1935 when unemployed men flooded the city to protest conditions in the relief camps run by the military in remote areas throughout the province. After two tense months of daily and disruptive protesting, the relief camp strikers decided to take their grievances to the federal government and embarked on the On-to-Ottawa Trek, but their protest was put down by force. The workers were arrested near Mission and interned in work camps for the duration of the Depression. Other social movements, such as the first-wave feminist, moral reform, and temperance movements were also instrumental in Vancouver's development. Mary Ellen Smith, a Vancouver suffragist and prohibitionist, became the first woman elected to a provincial legislature in Canada in 1918. Alcohol prohibition began in the First World War and lasted until 1921, when the provincial government established control over alcohol sales, a practice still in place today. Canada's first drug law came about following an inquiry conducted by the federal minister of Labour and future prime minister, William Lyon Mackenzie King. King was sent to investigate damages claims resulting from a riot when the Asiatic Exclusion League led a rampage through Chinatown and Japantown. Two of the claimants were opium manufacturers, and after further investigation, King found that white women were reportedly frequenting opium dens as well as Chinese men. A federal law banning the manufacture, sale, and importation of opium for non-medicinal purposes was soon passed based on these revelations. These riots, and the formation of the Asiatic Exclusion League, also act as signs of a growing fear and mistrust towards the Japanese living in Vancouver and throughout BC. These fears were exacerbated by the attack on Pearl Harbor leading to the eventual internment or deportation of all Japanese-Canadians living in the city and the province. After the war, these Japanese-Canadian men and women were not allowed to return to cities like Vancouver causing areas, like the aforementioned Japantown, to cease to be ethnically Japanese areas as the communities never revived. Amalgamation with Point Grey and South Vancouver gave the city its final boundaries not long before it became the third-largest metropolis in the country. As of January 1, 1929, the population of the enlarged Vancouver was 228,193. Geography Located on the Burrard Peninsula, Vancouver lies between Burrard Inlet to the north and the Fraser River to the south. The Strait of Georgia, to the west, is shielded from the Pacific Ocean by Vancouver Island. The city has an area of , including both flat and hilly ground and is in the Pacific Time Zone (UTC−8) and the Pacific Maritime Ecozone. Until the city's naming in 1885, "Vancouver" referred to Vancouver Island and it remains a common misconception that the city is located on the island. The island and the city are both named after Royal Navy Captain George Vancouver (as is the city of Vancouver, Washington, in the United States). Vancouver has one of the largest urban parks in North America, Stanley Park, which covers . The North Shore Mountains dominate the cityscape, and on a clear day, scenic vistas include the snow-capped volcano Mount Baker in the state of Washington to the southeast, Vancouver Island across the Strait of Georgia to the west and southwest, and Bowen Island to the northwest. Ecology The vegetation in the Vancouver area was originally temperate rainforest, consisting of conifers with scattered pockets of maple and alder and large areas of swampland (even in upland areas, due to poor drainage). The conifers were a typical coastal British Columbia mix of Douglas fir, western red cedar and western hemlock. The area is thought to have had the largest trees of these species on the British Columbia Coast. Only in Elliott Bay, Seattle, did the size of trees rival those of Burrard Inlet and English Bay. The largest trees in Vancouver's old-growth forest were in the Gastown area, where the first logging occurred and on the southern slopes of False Creek and English Bay, especially around Jericho Beach. The forest in Stanley Park was logged between the 1860s and 1880s and evidence of old-fashioned logging techniques such as springboard notches can still be seen there. Many plants and trees growing throughout Vancouver and the Lower Mainland were imported from other parts of the continent and from points across the Pacific. Examples include the monkey puzzle tree, the Japanese maple and various flowering exotics, such as magnolias, azaleas and rhododendrons. Some species imported from harsher climates in Eastern Canada or Europe have grown to immense sizes. The native Douglas maple can also attain a tremendous size. Many of the city's streets are lined with flowering varieties of Japanese cherry trees donated from the 1930s onward by the government of Japan. These flower for several weeks in early spring each year, an occasion celebrated by the Vancouver Cherry Blossom Festival. Other streets are lined with flowering chestnut, horse chestnut and other decorative shade trees. Climate Vancouver is one of Canada's warmest cities in the winter. Vancouver's climate is temperate by Canadian standards and is classified as oceanic or marine west coast, (Köppen climate classification Cfb) that borders on a warm-summer Mediterranean climate (Csb). While during summer months the inland temperatures are significantly higher, Vancouver has the coolest summer average high of all major Canadian metropolitan areas. The summer months are typically dry, with an average of only one in five days during July and August receiving precipitation. In contrast, the majority of days from November through March record some type of precipitation. Vancouver is also one of the wettest Canadian cities. However, precipitation varies throughout the metropolitan area. Annual precipitation as measured at Vancouver International Airport in Richmond averages , compared with in the downtown area and in North Vancouver. The daily maximum averages in July and August, with highs rarely reaching . The highest temperature ever recorded at the airport was set on July 30, 2009, and the highest temperature ever recorded within the city of Vancouver was occurring first on July 31, 1965, again on August 8, 1981, and finally on May 29, 1983. The coldest temperature ever recorded in the city was on January 14, 1950 and again on December 29, 1968. On average, snow falls on nine days per year, with three days receiving or more. Average yearly snowfall is but typically does not remain on the ground for long. Winters in Greater Vancouver are the fourth-mildest of Canadian cities after nearby Victoria, Nanaimo and Duncan, all on Vancouver Island. Vancouver's growing season averages 237 days, from March 18 until November 10. Vancouver's 1981–2010 USDA Plant Hardiness Zone ranges from 8A to 9A depending on elevation and proximity to water. Cityscape Urban planning Vancouver is the most densely populated city in Canada. Urban planning in Vancouver is characterized by high-rise residential and mixed-use development in urban centres, as an alternative to sprawl. As part of the larger Metro Vancouver region, it is influenced by the policy direction of livability as illustrated in Metro Vancouver's Regional Growth Strategy. Vancouver has been ranked one of the most livable cities in the world for more than a decade. , Vancouver has been ranked as having the third-highest quality of living of any city on Earth. In contrast, according to Forbes, Vancouver had the fourth-most expensive real estate market in the world in 2019. Vancouver has also been ranked among Canada's most expensive cities to live in. Sales in February 2016 were 56.3 percent higher than the 10-year average for the month. Forbes also ranked Vancouver as the tenth-cleanest city in the world in 2007. Vancouver's characteristic approach to urban planning originated in the late 1950s, when city planners began to encourage the building of high-rise residential towers in Vancouver's West End, subject to strict requirements for setbacks and open space to protect sight lines and preserve green space. The success of these dense but liveable neighbourhoods led to the redevelopment of urban industrial sites, such as North False Creek and Coal Harbour, beginning in the mid-1980s. The result is a compact urban core that has gained international recognition for its "high amenity and 'livable' development". In 2006, the city launched a planning initiative entitled EcoDensity, with the stated goal of exploring ways in which "density, design, and land use can contribute to environmental sustainability, affordability, and livability". Architecture The Vancouver Art Gallery is housed downtown in the neoclassical former courthouse built in 1906. The courthouse building was designed by Francis Rattenbury, who also designed the British Columbia Parliament Buildings and the Empress Hotel in Victoria, and the lavishly decorated second Hotel Vancouver. The 556-room Hotel Vancouver, opened in 1939 and the third by that name, is across the street with its copper roof. The Gothic-style Christ Church Cathedral, across from the hotel, opened in 1894 and was declared a heritage building in 1976. There are several modern buildings in the downtown area, including the Harbour Centre, the Vancouver Law Courts and surrounding plaza known as Robson Square (designed by Arthur Erickson) and the Vancouver Library Square (designed by Moshe Safdie and DA Architects), reminiscent of the Colosseum in Rome, and the recently completed Woodward's building Redevelopment (designed by Henriquez Partners Architects). The original BC Hydro headquarters building (designed by Ron Thom and Ned Pratt) at Nelson and Burrard Streets is a modernist high-rise, now converted into the Electra condominia. Also notable is the "concrete waffle" of the MacMillan Bloedel building on the north-east corner of the Georgia and Thurlow intersection. A prominent addition to the city's landscape is the giant tent-frame Canada Place (designed by Zeidler Roberts Partnership Partnership, MCMP & DA Architects), the former Canada Pavilion from the 1986 World Exposition, which includes part of the Convention Centre, the Pan-Pacific Hotel, and a cruise ship terminal. Two modern buildings that define the southern skyline away from the downtown area are City Hall and the Centennial Pavilion of Vancouver General Hospital, both designed by Townley and Matheson in 1936 and 1958, respectively. A collection of Edwardian buildings in the city's old downtown core were, in their day, the tallest commercial buildings in the British Empire. These were, in succession, the Carter-Cotton Building (former home of The Vancouver Province newspaper), the Dominion Building (1907) and the Sun Tower (1911), the former two at Cambie and Hastings Streets and the latter at Beatty and Pender Streets. The Sun Tower's cupola was finally exceeded as the Empire's tallest commercial building by the elaborate Art Deco Marine Building in the 1920s. The Marine Building is known for its elaborate ceramic tile facings and brass-gilt doors and elevators, which make it a favourite location for movie shoots. Topping the list of tallest buildings in Vancouver is Living Shangri-La at and 62 storeys. The second-tallest building in Vancouver is the Trump International Hotel and Tower at , followed by the Private Residences at Hotel Georgia, at . The fourth-tallest is One Wall Centre at and 48 storeys, followed closely by the Shaw Tower at . Demographics In the 2021 Canadian census conducted by Statistics Canada, Vancouver's population was reported as living in of its total private dwellings, a change of from its 2016 population of . With a land area of , it had a population density of in 2021. The 2016 census recorded more than 631,000 people in the city, making it the eighth-largest among Canadian cities. More specifically, Vancouver is the fourth-largest in Western Canada after Calgary, Edmonton and Winnipeg. The
Sarasvati goddess are RV 6.61, RV 7.95 and RV 7.96. As a river goddess, she is described as a mighty flood, and is clearly not an earthly river. According to Michael Witzel, superimposed on the Vedic Sarasvati river is the heavenly river Milky Way, which is seen as "a road to immortality and heavenly after-life." The description of the Sarasvati as the river of heavens, is interpreted to suggest its mythical nature. In 10.30.12, her origin as a river goddess may explain her invocation as a protective deity in a hymn to the celestial waters. In 10.135.5, as Indra drinks Soma he is described as refreshed by Sarasvati. The invocations in 10.17 address Sarasvati as a goddess of the forefathers as well as of the present generation. In 1.13, 1.89, 10.85, 10.66 and 10.141, she is listed with other gods and goddesses, not with rivers. In 10.65, she is invoked together with "holy thoughts" () and "munificence" (), consistent with her role as a goddess of both knowledge and fertility. Though Sarasvati initially emerged as a river goddess in the Vedic scriptures, in later Hinduism of the Puranas, she was rarely associated with the river. Instead, she emerged as an independent goddess of knowledge, learning, wisdom, music and the arts. The evolution of the river goddess into the goddess of knowledge started with later Brahmanas, which identified her as Vāgdevī, the goddess of speech, perhaps due to the centrality of speech in the Vedic cult and the development of the cult on the banks of the river. It is also possible to postulate two originally independent goddesses that were fused into one in later Vedic times. Aurobindo has proposed, on the other hand, that "the symbolism of the Veda betrays itself to the greatest clearness in the figure of the goddess Sarasvati ... She is, plainly and clearly, the goddess of the World, the goddess of a divine inspiration ...". Other Vedic texts In post-Rigvedic literature, the disappearance of the Sarasvati is mentioned. Also the origin of the Sarasvati is identified as Plaksa Prasravana (Peepal tree or Ashwattha tree as known in India and Nepal). In a supplementary chapter of the Vajasaneyi-Samhita of the Yajurveda (34.11), Sarasvati is mentioned in a context apparently meaning the Sindhu: "Five rivers flowing on their way speed onward to Sarasvati, but then become Sarasvati a fivefold river in the land." According to the medieval commentator Uvata, the five tributaries of the Sarasvati were the Punjab rivers Drishadvati, Satudri (Sutlej), Chandrabhaga (Chenab), Vipasa (Beas) and the Iravati (Ravi). The first reference to the disappearance of the lower course of the Sarasvati is from the Brahmanas, texts that are composed in Vedic Sanskrit, but dating to a later date than the Veda Samhitas. The Jaiminiya Brahmana (2.297) speaks of the 'diving under (upamajjana) of the Sarasvati', and the Tandya Brahmana (or Pancavimsa Br.) calls this the 'disappearance' (vinasana). The same text (25.10.11-16) records that the Sarasvati is 'so to say meandering' (kubjimati) as it could not sustain heaven which it had propped up. The Plaksa Prasravana (place of appearance/source of the river) may refer to a spring in the Siwalik mountains. The distance between the source and the Vinasana (place of disappearance of the river) is said to be 44 Ashwin (between several hundred and 1,600 miles) (Tandya Br. 25.10.16; cf. Av. 6.131.3; Pancavimsa Br.). In the Latyayana Srautasutra (10.15-19) the Sarasvati seems to be a perennial river up to the Vinasana, which is west of its confluence with the Drshadvati (Chautang). The Drshadvati is described as a seasonal stream (10.17), meaning it was not from Himalayas. Bhargava has identified Drashadwati river as present-day Sahibi river originating from Jaipur hills in Rajasthan. The Asvalayana Srautasutra and Sankhayana Srautasutra contain verses that are similar to the Latyayana Srautasutra. Post-Vedic texts Wilke and Moebus note that the "historical river" Sarasvati was a "topographically tangible mythogeme", which was already reduced to a "small, sorry trickle in the desert", by the time of composition of the Hindu epics. These post-Vedic texts regularly talk about drying up of the river, and start associating the goddess Sarasvati with language, rather than the river. Mahabharata According to the Mahabharata the Sarasvati River dried up to a desert (at a place named Vinasana or Adarsana) and joins the sea "impetuously". MB.3.81.115 locates the state of Kurupradesh or Kuru Kingdom to the south of the Sarasvati and north of the Drishadvati. The dried-up, seasonal Ghaggar River in Rajasthan and Haryana reflects the same geographical view described in the Mahabharata. According to Hindu scriptures, a journey was made during the Mahabharata by Balrama along the banks of the Sarasvati from Dwarka to Mathura. There were ancient kingdoms too (the era of the Mahajanapads) that lay in parts of north Rajasthan and that were named on the Sarasvati River. Puranas Several Puranas describe the Sarasvati River, and also record that the river separated into a number of lakes (saras). In the Skanda Purana, the Sarasvati originates from the water pot of Brahma and flows from Plaksa on the Himalayas. It then turns west at Kedara and also flows underground. Five distributaries of the Sarasvati are mentioned. The text regards Sarasvati as a form of Brahma's consort Brahmi. According to the Vamana Purana 32.1-4, the Sarasvati rose from the Plaksa tree (Pipal tree). The Padma Purana proclaims: Smritis In the Manu Smriti, the sage Manu, escaping from a flood, founded the Vedic culture between the Sarasvati and Drishadvati rivers. The Sarasvati River was thus the western boundary of Brahmavarta: "the land between the Sarasvati and Drishadvati is created by God; this land is Brahmavarta." Similarly, the Vasistha Dharma Sutra I.8-9 and 12-13 locates Aryavarta to the east of the disappearance of the Sarasvati in the desert, to the west of Kalakavana, to the north of the mountains of Pariyatra and Vindhya and to the south of the Himalaya. Patanjali's Mahābhāṣya defines Aryavarta like the Vasistha Dharma Sutra. The Baudhayana Dharmasutra gives similar definitions, declaring that Aryavarta is the land that lies west of Kalakavana, east of Adarsana (where the Sarasvati disappears in the desert), south of the Himalayas and north of the Vindhyas. Contemporary religious significance Diana Eck notes that the power and significance of the Sarasvati for present-day India is in the persistent symbolic presence at the confluence of rivers all over India. Although "materially missing", she is the third river, which emerges to join in the meeting of rivers, thereby making the waters thrice holy. After the Vedic Sarasvati dried, new myths about the rivers arose. Sarasvati is described to flow in the underworld and rise to the surface at some places. For centuries, the Sarasvati river existed in a "subtle or mythic" form, since it corresponds with none of the major rivers of present-day South Asia. The confluence (sangam) or joining together of the Ganges and Yamuna rivers at Triveni Sangam, Allahabad, is believed to also converge with the unseen Sarasvati river, which is believed to flow underground. This is despite Allahabad being at a considerable distance from the possible historic routes of an actual Sarasvati river. At the Kumbh Mela, a mass bathing festival is held at Triveni Sangam, literally "confluence of the three rivers", every 12 years. The belief of Sarasvati joining at the confluence of the Ganges and Yamuna originates from the Puranic scriptures and denotes the "powerful legacy" the Vedic river left after her disappearance. The belief is interpreted as "symbolic". The three rivers Sarasvati, Yamuna, Ganga are considered consorts of the Hindu Trinity (Trimurti) Brahma, Vishnu (as Krishna) and Shiva respectively. In lesser known configuration, Sarasvati is said to form the Triveni confluence with rivers Hiranya and Kapila at Somnath. There are several other Trivenis in India where two physical rivers are joined by the "unseen" Sarasvati, which adds to the sanctity of the confluence. Romila Thapar notes that "once the river had been mythologized through invoking the memory of the earlier river, its name - Sarasvati - could be applied to many rivers, which is what happened in various parts of the [Indian] subcontinent." Several present-day rivers are also named Saraswati, after the Vedic Sarasvati: Sarsuti is the present-day name of a river originating in a submontane region (Ambala district) and joining the Ghaggar near Shatrana in PEPSU. Near Sadulgarh (Hanumangarh) the Naiwala channel, a dried out channel of the Sutlej, joins the Ghaggar. Near Suratgarh the Ghaggar is then joined by the dried up Drishadvati river. Saraswati is the name of a river originating in the Aravalli mountain range in Rajasthan, passing through Sidhpur and Patan before submerging in the Rann of Kutch. Saraswati River, a tributary of Alaknanda River, originates near Badrinath Saraswati River in Bengal, formerly a distributary of the Hooghly River, has dried up since the 17th century. Identification theories Already since the 19th century, attempts have been made to identify the mythical Sarasvati of the Vedas with physical rivers. Many think that the Vedic Sarasvati river once flowed east of the Indus (Sindhu) river. Scientists, geologists as well as scholars have identified the Sarasvati with many present-day or now-defunct rivers. Two theories are popular in the attempts to identify the Sarasvati. Several scholars have identified the river with the present-day Ghaggar-Hakra River or dried up part of it, which is located in Northwestern India and Pakistan. A second popular theory associates the river with the Helmand river or an ancient river in the present Helmand Valley in Afghanistan. Others consider Sarasvati a mythical river, an allegory not a "thing". The identification with the Ghaggar-Hakra system took on new significance in the early 21st century, suggesting an earlier dating of the Rig Veda, and renaming the Indus Valley Civilisation as the "Sarasvati culture", the "Sarasvati Civilization", the "Indus-Sarasvati Civilization" or the "Sindhu-Sarasvati Civilization," suggesting that the Indus Valley and Vedic cultures can be equated. Rig Vedic course The Rig Veda contains several hymns which give an indication of the flow of the geography of the river, and an identification of the Sarasvati as described in the later books of the Rig Veda with the Ghaggra-Hakra: RV 3.23.4 mentions the Sarasvati River together with the Drsadvati River and the Āpayā River. RV 6.52.6 describes the Sarasvati as swollen (pinvamānā) by the rivers (sindhubhih). RV 7.36.6, "sárasvatī saptáthī síndhumātā" can be translated as "Sarasvati the Seventh, Mother of Floods," but also as "whose mother is the Sindhu", which would indicate that the Sarasvati is here a tributary of the Indus. RV 7.95.1-2, describes the Sarasvati as flowing to the samudra, a word now usually translated as "ocean," but which could also mean "lake." RV 10.75.5, the late Rigvedic Nadistuti sukta, enumerates all important rivers from the Ganges in the east up to the Indus in the west in a clear geographical order. The sequence "Ganges, Yamuna, Sarasvati, Shutudri" places the Sarasvati between the Yamuna and the Sutlej, which is consistent with the Ghaggar identification. Yet, the Rig Veda also contains clues for an identification with the Helmand river in Afghanistan: The Sarasvati River is perceived to be a great river with perennial water, which does not apply to the Hakra and Ghaggar. The Rig Veda seems to contain descriptions of several Sarasvatis. The earliest Sararvati is said to be similar to the Helmand in Afghanistan which is called the Harakhwati in the Āvestā. Verses in RV 6.61 indicate that the Sarasvati river originated in the hills or mountains (giri), where she "burst with her strong waves the ridges of the hills (giri)". It is a matter of interpretation whether this refers only to the Himalayan foothills, where the present-day Sarasvati (Sarsuti) river flows, or to higher mountains. The Rig Veda was composed during the latter part of the late Harappan period, and according to Shaffer, the reason for the predominance of the Sarasvati in the Rigveda is the late Harappan (1900-1300 BCE) population shift eastwards to Haryana. Ghaggar-Hakra River The present Ghaggar-Hakra River is a seasonal river in India and Pakistan that flows only during the monsoon season, but satellite images in possession of the ISRO and ONGC have confirmed that the major course of a river ran through the present-day Ghaggar River. The supposed paleochannel of the Hakra
Hindus to exist in a metaphysical form, in which it formed a confluence with the sacred rivers Ganges and Yamuna, at the Triveni Sangam. According to Michael Witzel, superimposed on the Vedic Sarasvati river is the heavenly river Milky Way, which is seen as "a road to immortality and heavenly after-life." Rigvedic and later Vedic texts have been used to propose identification with present-day rivers, or ancient riverbeds. The Nadistuti hymn in the Rigveda (10.75) mentions the Sarasvati between the Yamuna in the east and the Sutlej in the west, while RV 7.95.1-2, describes the Sarasvati as flowing to the samudra, a word now usually translated as 'ocean', but which could also mean "lake." Later Vedic texts such as the Tandya Brahmana and the Jaiminiya Brahmana, as well as the Mahabharata, mention that the Sarasvati dried up in a desert. Since the late 19th-century, numerous scholars have proposed to identify the Sarasvati with the Ghaggar-Hakra River system, which flows through northwestern India and eastern Pakistan, between the Yamuna and the Sutlej, and ends in the Thar desert. Recent geophysical research shows that the supposed downstream Ghaggar-Hakra paleochannel is actually a paleochannel of the Sutlej, which flowed into the Nara river, a delta channel of the Indus River. 10,000-8,000 years ago this channel was abandoned when the Sutlej diverted its course, leaving the Ghaggar-Hakra as a system of monsoon-fed rivers which did not reach the sea. The Indus Valley Civilisation prospered when the monsoons that fed the rivers diminished around 5,000 years ago, and ISRO has observed that major Indus Valley Civilization urban sites at Kalibangan (Rajasthan), Banawali and Rakhigarhi (Haryana), Dholavira and Lothal (Gujarat) lay along this course. When the monsoons that fed the rivers further diminished the Hakra dried-up some 4,000 years ago, becoming an intermittent river, and the urban Harappan civilisation declined, becoming localized in smaller agricultural communities. Identification of a mighty physical Rig Vedic Sarasvati with the Ghaggar-Hakra system is therefore problematic, since the Gagghar-Hakra had dried-up well before the time of the composition of the Rig Veda. In the words of Wilke and Moebus, the Sarasvati had been reduced to a "small, sorry trickle in the desert", by the time that the Vedic people migrated into north-west India. Rig Vedic references to a physical river also indicate that the Sarswati "had already lost its main source of water supply and must have ended in a terminal lake (samudra) approximately 3000 years ago," "depicting the present-day situation, with the Sarasvatī having lost most of its water." Rig Vedic descriptions of the Sarasvati also don't fit the actual course of the Gagghar-Hakra. "Sarasvati" has also been identified with the Helmand or Haraxvati river in southern Afghanistan, the name of which may have been reused in its Sanskrit form as the name of the Ghaggar-Hakra river, after the Vedic tribes moved to the Punjab. Sarasvati of the Rig Veda may also refer to two distinct rivers, with the family books referring to the Helmand River, and the more recent 10th mandala referring to the Ghaggar-Hakra. The identification with the Ghaggar-Hakra system took on new significance in the early 21st century, with some suggesting an earlier dating of the Rig Veda; renaming the Indus Valley Civilisation as the "Sarasvati culture", the "Sarasvati Civilization", the "Indus-Sarasvati Civilization" or the "Sindhu-Sarasvati Civilization," suggesting that the Indus Valley and Vedic cultures can be equated; and rejecting the Indo-Aryan migrations theory, which postulates an extended period of migrations of Indo-European speaking people into South Asia between ca. 1900 and 1400 BCE. Etymology is the feminine nominative singular form of the adjective (which occurs in the Rigveda as the name of the keeper of the celestial waters), derived from ‘sarasa’ + ‘vat’, meaning ‘having’. Saras appears, in turn, to be the compound of ‘sa’, a prefix meaning ‘with’, plus ‘rasa’, sap or juice, or water, and is defined in the first instance as ‘anything flowing or fluid’ according to Monier-Williams dictionary. Mayrhofer considers unlikely a connection with the root * ‘run, flow’ but does agree that it could have been a river that connected many lakes due to its abundant volumes of water-flow. may be a cognate of Avestan Haraxvatī, perhaps originally referring to Arədvī Sūrā Anāhitā (modern Ardwisur Anahid), the Zoroastrian mythological world river, which would point to a common Indo-Iranian myth of a cosmic or mystical river. In the younger Avesta, Haraxvatī is Arachosia, a region described to be rich in rivers, and its Old Persian cognate Harauvati, which gave its name to the present-day Hārūt River in Afghanistan, may have referred to the entire Helmand drainage basin (the center of Arachosia). Importance in Hinduism The Sarasvati river was revered and considered important for Hindus because it is said that it was on this river's banks, along with its tributary Drishadwati, in the Vedic state of Brahmavarta, that Vedic Sanskrit had its genesis, and important Vedic scriptures like initial part of Rigveda and several Upanishads were supposed to have been composed by Vedic seers. In the Manusmriti, Brahmavarta is portrayed as the "pure" centre of Vedic culture. Bridget and Raymond Allchin in The Rise of Civilization in India and Pakistan took the view that "The earliest Aryan homeland in India-Pakistan (Aryavarta or Brahmavarta) was in the Punjab and in the valleys of the Sarasvati and Drishadvati rivers in the time of the Rigveda." Rigveda As a river The Sarasvati River is mentioned in all but the fourth book of the Vedas Macdonell and Keith provided a comprehensive survey of Vedic references to the Sarasvati River in their Vedic Index. In the late book 10, only two references are unambiguously to the river: 10.64.9, calling for the aid of three "great rivers", Sindhu, Sarasvati and Sarayu; and 10.75.5, the geographical list of the Nadistuti sukta. In the oldest texts of the Rig Veda she is described as a "great and holy river in north-western India," but Michael Witzel notes that the Rig Veda indicates that the Sarswati "had already lost its main source of water supply and must have ended in a terminal lake (samudra) approximately 3000 years ago." The middle books 3 and 7 and the late books 10 "depict the present-day situation, with the Sarasvatī having lost most of its water." The Sarasvati acquired an extalted status in the mythology of the Kuru Kingdom, where the Rig Veda was compiled. As a goddess Sarasvati is mentioned some fifty times in the hymns of the Rig Veda. It is mentioned in thirteen hymns of the late books (1 and 10) of the Rigveda. All but two of these invoke Sarasvati as a goddess without direct connection to a specific river. The most important hymns related to Sarasvati goddess are RV 6.61, RV 7.95 and RV 7.96. As a river goddess, she is described as a mighty flood, and is clearly not an earthly river. According to Michael Witzel, superimposed on the Vedic Sarasvati river is the heavenly river Milky Way, which is seen as "a road to immortality and heavenly after-life." The description of the Sarasvati as the river of heavens, is interpreted to suggest its mythical nature. In 10.30.12, her origin as a river goddess may explain her invocation as a protective deity in a hymn to the celestial waters. In 10.135.5, as Indra drinks Soma he is described as refreshed by Sarasvati. The invocations in 10.17 address Sarasvati as a goddess of the forefathers as well as of the present generation. In 1.13, 1.89, 10.85, 10.66 and 10.141, she is listed with other gods and goddesses, not with rivers. In 10.65, she is invoked together with "holy thoughts" () and "munificence" (), consistent with her role as a goddess of both knowledge and fertility. Though Sarasvati initially emerged as a river goddess in the Vedic scriptures, in later Hinduism of the Puranas, she was rarely associated with the river. Instead, she emerged as an independent goddess of knowledge, learning, wisdom, music and the arts. The evolution of the river goddess into the goddess of knowledge started with later Brahmanas, which identified her as Vāgdevī, the goddess of speech, perhaps due to the centrality of speech in the Vedic cult and the development of the cult on the banks of the river. It is also possible to postulate two originally independent goddesses that were fused into one in later Vedic times. Aurobindo has proposed, on the other hand, that "the symbolism of the Veda betrays itself to the greatest clearness in the figure of the goddess Sarasvati ... She is, plainly and clearly, the goddess of the World, the goddess of a divine inspiration ...". Other Vedic texts In post-Rigvedic literature, the disappearance of the Sarasvati is mentioned. Also the origin of the Sarasvati is identified as Plaksa Prasravana (Peepal tree or Ashwattha tree as known in India and Nepal). In a supplementary chapter of the Vajasaneyi-Samhita of the Yajurveda (34.11), Sarasvati is mentioned in a context apparently meaning the Sindhu: "Five rivers flowing on their way speed onward to Sarasvati, but then become Sarasvati a fivefold river in the land." According to the medieval commentator Uvata, the five tributaries of the Sarasvati were the Punjab rivers Drishadvati, Satudri (Sutlej), Chandrabhaga (Chenab), Vipasa (Beas) and the Iravati (Ravi). The first reference to the disappearance of the lower course of the Sarasvati is from the Brahmanas, texts that are composed in Vedic Sanskrit, but dating to a later date than the Veda Samhitas. The Jaiminiya Brahmana (2.297) speaks of the 'diving under (upamajjana) of the Sarasvati', and the Tandya Brahmana (or Pancavimsa Br.) calls this the 'disappearance' (vinasana). The same text (25.10.11-16) records that the Sarasvati is 'so to say meandering' (kubjimati) as it could not sustain heaven which it had propped up. The Plaksa Prasravana (place of appearance/source of the river) may refer to a spring in the Siwalik mountains. The distance between the source and the Vinasana (place of disappearance of the river) is said to be 44 Ashwin (between several hundred and 1,600 miles) (Tandya Br. 25.10.16; cf. Av. 6.131.3; Pancavimsa Br.). In the Latyayana Srautasutra (10.15-19) the Sarasvati seems to be a perennial river up to the Vinasana, which is west of its confluence with the Drshadvati (Chautang). The Drshadvati is described as a seasonal stream (10.17), meaning it was not from Himalayas. Bhargava has identified Drashadwati river as present-day Sahibi river originating from Jaipur hills in Rajasthan. The Asvalayana Srautasutra and Sankhayana Srautasutra contain verses that are similar to the Latyayana Srautasutra. Post-Vedic texts Wilke and Moebus note that the "historical river" Sarasvati was a "topographically tangible mythogeme", which was already reduced to a "small, sorry trickle in the desert", by the time of composition of the Hindu epics. These post-Vedic texts regularly talk about drying up of the river, and start associating the goddess Sarasvati with language, rather than the river. Mahabharata According to the Mahabharata the Sarasvati River dried up to a desert (at a place named Vinasana or Adarsana) and joins the sea "impetuously". MB.3.81.115 locates the state of Kurupradesh or Kuru Kingdom to the south of the Sarasvati and north of the Drishadvati. The dried-up, seasonal Ghaggar River in Rajasthan and Haryana reflects the same geographical view described in the Mahabharata. According to Hindu scriptures, a journey was made during the Mahabharata by Balrama along the banks of the Sarasvati from Dwarka to Mathura. There were ancient kingdoms too (the era of the Mahajanapads) that lay in parts of north Rajasthan and that were named on the Sarasvati River. Puranas Several Puranas describe the Sarasvati River, and also record that the river separated into a number of lakes (saras). In the Skanda Purana, the Sarasvati originates from the water pot of Brahma and flows from Plaksa on the Himalayas. It then turns west at Kedara and also flows underground. Five distributaries of the Sarasvati
patent and George Lehberger's 1930 patent for relatively impractical VTOL fixed wing airplanes with a tilting engines. In the late 1930s British aircraft designer Leslie Everett Baynes was issued a patent for the Baynes Heliplane, another tilt rotor aircraft. In 1941 German designer Heinrich Focke's began work on the Focke-Achgelis Fa 269, which had two rotors that tilted downward for vertical takeoff, but wartime bombing halted development. In May 1951, both Lockheed and Convair were awarded contracts in the attempt to design, construct, and test two experimental VTOL fighters. Lockheed produced the XFV, and Convair producing the Convair XFY Pogo. Both experimental programs proceeded to flight status and completed test flights 1954–1955, when the contracts were cancelled. Similarly, the X-13 flew a series of test flights between 1955 and 1957, but also suffered the same fate. The use of vertical fans driven by engines was investigated in the 1950s. The US built an aircraft where the jet exhaust drove the fans, while British projects not built included fans driven by mechanical drives from the jet engines. NASA has flown other VTOL craft such as the Bell XV-15 research craft (1977), as have the Soviet Navy and Luftwaffe. Sikorsky tested an aircraft dubbed the X-Wing, which took off in the manner of a helicopter. The rotors would become stationary in mid-flight, and function as wings, providing lift in addition to the static wings. Boeing X-50 is a Canard Rotor/Wing prototype that utilizes a similar concept. A different British VTOL project was the gyrodyne, where a rotor is powered during take-off and landing but which then freewheels during flight, with separate propulsion engines providing forward thrust. Starting with the Fairey Gyrodyne, this type of aircraft later evolved into the much larger twin-engined Fairey Rotodyne, that used tipjets to power the rotor on take-off and landing but which then used two Napier Eland turboprops driving conventional propellers mounted on substantial wings to provide propulsion, the wings serving to unload the rotor during horizontal flight. The Rotodyne was developed to combine the efficiency of a fixed-wing aircraft at cruise with the VTOL capability of a helicopter to provide short haul airliner service from city centres to airports. The CL-84 was a Canadian V/STOL turbine tilt-wing monoplane designed and manufactured by Canadair between 1964 and 1972. The Canadian government ordered three updated CL-84s for military evaluation in 1968, designated the CL-84-1. From 1972 to 1974, this version was demonstrated and evaluated in the United States aboard the aircraft carriers USS Guam and USS Guadalcanal, and at various other centres. These trials involved military pilots from the United States, the United Kingdom and Canada. During testing, two of the CL-84s crashed due to mechanical failures, but no loss of life occurred as a result of these accidents. No production contracts resulted. Although tiltrotors such as the Focke-Achgelis Fa 269 of the mid-1940s and the Centro Técnico Aeroespacial "Convertiplano" of the 1950s reached testing or mock-up stages, the V-22 Osprey is considered the world's first production tiltrotor aircraft. It has one three-bladed proprotor, turboprop engine, and transmission nacelle mounted on each wingtip. The Osprey is a multi-mission aircraft with both a vertical takeoff and landing (VTOL) and short takeoff and landing capability (STOL). It is designed to perform missions like a conventional helicopter with the long-range, high-speed cruise performance of a turboprop aircraft. The FAA classifies the Osprey as a model of powered lift aircraft. Attempts were made in the 1960s to develop a commercial passenger aircraft with VTOL capability. The Hawker Siddeley Inter-City Vertical-Lift proposal had two rows of lifting fans on either side. However, none of these aircraft made it to production after they were dismissed as too heavy and expensive to operate. In 2018 Opener Aero demonstrated an electrically powered fixed-wing VTOL aircraft, the Blackfly, which the manufacturer claims is the world's first ultralight fixed-wing, all-electric, vertical take-off and landing aircraft. Modern drones In the 21st century, unmanned drones are becoming increasingly commonplace. Many of these have VTOL capability, especially the quadcopter type. Jet lift Tail-sitters In 1947, Ryan X-13 Vertijet, a tailsitter design, was ordered by the US Navy, who then further issued a proposal in 1948 for an aircraft capable of vertical takeoff and landing (VTOL) aboard platforms mounted on the afterdecks of conventional ships. Both Convair and Lockheed competed for the contract but in 1950, the requirement was revised, with a call for a research aircraft capable of eventually evolving into a VTOL ship-based convoy escort fighter. Conventional design Another more influential early functional contribution to VTOL was Rolls-Royce's Thrust Measuring Rig ("flying bedstead") of 1953. This led to the first VTOL engines as used in the first British VTOL aircraft, the Short SC.1 (1957), Short Brothers and Harland, Belfast which used four vertical lift engines with a horizontal one for forward thrust. The Short SC.1 was the first British fixed-wing VTOL aircraft. The SC.1 was designed to study the problems with VTOL flight and the transition to and from forward flight. The SC.1 was designed to meet a Ministry of Supply (MoS) request for tender (ER.143T) for a vertical take-off research aircraft issued in September 1953. The design was accepted by the ministry and a contract was placed for two aircraft (XG900 and XG905) to meet Specification ER.143D dated 15 October 1954. The SC.1 was also equipped with the first "fly-by-wire" control system for a VTOL aircraft. This permitted three modes of control of the aerodynamic surfaces or the nozzle controls. The Republic Aviation AP-100 was a prototype VTOL 6x General Electric J85 Turbojet engined nuclear capable strike fighter concept designed by Alexander Kartveli that had 3x ducted fans in the centre of its fuselage
II, was retired in December 2010 after being operated by the British Royal Air Force and Royal Navy. The United States Marine Corps and the Italian and Spanish navies all continue to use the AV-8B Harrier II, an American-designed equivalent version. Replacing the Harrier II/AV-8B in the air arms of the US and UK is the STOVL variant of the Lockheed Martin F-35 Lightning II, the F-35B. Rockets SpaceX developed several prototypes of Falcon 9 to validate various low-altitude, low-velocity engineering aspects of its reusable launch system development program. The first prototype, Grasshopper, made eight successful test flights in 2012–2013. It made its eighth, and final, test flight on October 7, 2013, flying to an altitude of before making its eighth successful VTVL landing.<ref name=sx20131012fb>{{cite web |url=https://www.facebook.com/SpaceX/posts/10153372146765131 |title= Grasshopper flies to its highest height to date |publisher=SpaceX |work=Social media information release |date=12 October 2013 |access-date=14 October 2013 |quote=WATCH: Grasshopper flies to its highest height to date – 744 m (2441 ft) into the Texas sky.}}</ref> This was the last scheduled test for the Grasshopper rig; next up will be low altitude tests of the Falcon 9 Reusable (F9R) development vehicle in Texas followed by high altitude testing in New Mexico. On November 23, 2015, Blue Origin's New Shepard booster rocket made the first successful vertical landing following an uncrewed suborbital test flight that reached space. On December 21, 2015, SpaceX Falcon 9 first stage made a successful landing after boosting 11 commercial satellites to low Earth orbit on Falcon 9 Flight 20. These demonstrations opened the way for substantial reductions in space flight costs. Rotorcraft Helicopter The helicopter's form of VTOL allows it to take off and land vertically, to hover, and to fly forwards, backwards, and laterally. These attributes allow helicopters to be used in congested or isolated areas where fixed-wing aircraft would usually not be able to take off or land. The capability to efficiently hover for extended periods of time is due to the helicopter's relatively long, and hence efficient rotor blades, and allows a helicopter to accomplish tasks that fixed-wing aircraft and other forms of vertical takeoff and landing aircraft could not perform at least as well until 2011. On the other hand, the long rotor blades restrict the maximum speed to about 250 miles per hour (400 km/h) of at least conventional helicopters, as retreating blade stall causes lateral instability. Autogyro Autogyros are also known as gyroplanes or gyrocopters. The rotor is unpowered and rotates freely in the airflow as the craft travels forward, so the craft needs a conventional powerplant to provide thrust. An autogyro is not intrinsically capable of VTOL: for VTO the rotor must be spun up to speed by an auxiliary drive, and vertical landing requires precise control of rotor momentum and pitch. Gyrodyne Gyrodynes are also known as compound helicopters or compound gyroplanes. A gyrodyne has the powered rotor of a helicopter with a separate forward thrust system of an autogyro. Apart from take-off and landing the rotor may be unpowered and autorotate. Designs may also include stub wings for added lift. Cyclogyro A cyclogyro or cyclocopter has a rotary wing whose axis and surfaces remain sideways across the airflow, as with a conventional wing. Powered lift Convertiplane A convertiplane takes off under rotor lift like a helicopter, then transitions to fixed-wing lift in forward flight. Tiltrotor A tiltrotor or proprotor tilts its propellers or rotors vertically for VTOL and then tilts them forwards for horizontal wing-borne flight, while the main wing remains fixed in place. Tilting ducted fan Similar to tiltrotor concept, but with ducted fans. As it can be seen in the Bell X-22. Tiltwing A tiltwing has its propellers or rotors fixed to a conventional wing and tilts the whole assembly to transition between vertical and horizontal flight. Tail-sitter A tail-sitter sits vertically on its tail for takeoff and landing, then tilts the whole aircraft forward for horizontal flight. Vectored thrust Thrust vectoring is a technique used for jet and rocket engines, where the direction of the engine exhaust is varied. In VTOL, the exhaust can be varied between vertical and horizontal thrust. Tiltjet Similar to tiltrotor concept, but with turbojet or turbofan engines instead of ones with propellers. Lift jets A lift jet is an auxiliary jet engine used to provide lift for VTOL operation, but may be shut down for normal wing-borne flight. Lift fans Lift fan is an aircraft configuration in which lifting fans are located in large holes in an otherwise conventional fixed wing or fuselage. It is used for V/STOL operation. The aircraft takes off using the fans to provide lift, then transitions to fixed-wing lift in forward flight. Several experimental craft have been flown, but only the F-35 Lightning II entered into production. Lift via Coandă effect Aircraft in which VTOL is achieved by exploiting the Coandă effect are capable of redirecting air much like thrust vectoring, but rather than routing airflow through a duct, the airflow is simply routed along an existing surface, which is usually the body of the craft allowing less material and weight. The Avro Canada VZ-9 Avrocar, or simply the
lower. As Vega had long been used as a standard star for calibrating telescopes, the discovery that it is rapidly rotating may challenge some of the underlying assumptions that were based on it being spherically symmetric. With the viewing angle and rotation rate of Vega now better known, this will allow improved instrument calibrations. Element abundance In astronomy, those elements with higher atomic numbers than helium are termed "metals". The metallicity of Vega's photosphere is only about 32% of the abundance of heavy elements in the Sun's atmosphere. (Compare this, for example, to a threefold metallicity abundance in the similar star Sirius as compared to the Sun.) For comparison, the Sun has an abundance of elements heavier than helium of about ZSol = . Thus, in terms of abundances, only about 0.54% of Vega consists of elements heavier than helium. The unusually low metallicity of Vega makes it a weak Lambda Boötis star. However, the reason for the existence of such chemically peculiar, spectral class A0–F0 stars remains unclear. One possibility is that the chemical peculiarity may be the result of diffusion or mass loss, although stellar models show that this would normally only occur near the end of a star's hydrogen-burning lifespan. Another possibility is that the star formed from an interstellar medium of gas and dust that was unusually metal-poor. The observed helium to hydrogen ratio in Vega is , which is about 40% lower than the Sun. This may be caused by the disappearance of a helium convection zone near the surface. Energy transfer is instead performed by the radiative process, which may be causing an abundance anomaly through diffusion. Kinematics The radial velocity of Vega is the component of this star's motion along the line-of-sight to the Earth. Movement away from the Earth will cause the light from Vega to shift to a lower frequency (toward the red), or to a higher frequency (toward the blue) if the motion is toward the Earth. Thus the velocity can be measured from the amount of shift of the star's spectrum. Precise measurements of this blueshift give a value of . The minus sign indicates a relative motion toward the Earth. Motion transverse to the line of sight causes the position of Vega to shift with respect to the more distant background stars. Careful measurement of the star's position allows this angular movement, known as proper motion, to be calculated. Vega's proper motion is (mas) per year in right ascension—the celestial equivalent of longitude—and in declination, which is equivalent to a change in latitude. The net proper motion of Vega is , which results in angular movement of a degree every . In the galactic coordinate system, the space velocity components of Vega are (U, V, W) = , for a net space velocity of . The radial component of this velocity—in the direction of the Sun—is , while the transverse velocity is . Although Vega is at present only the fifth-brightest star in the night sky, the star is slowly brightening as proper motion causes it to approach the Sun. Vega will make its closest approach in an estimated 264,000 years at a perihelion distance of . Based on this star's kinematic properties, it appears to belong to a stellar association called the Castor Moving Group. However, Vega may be much older than this group, so the membership remains uncertain. This group contains about 16 stars, including Alpha Librae, Alpha Cephei, Castor, Fomalhaut and Vega. All members of the group are moving in nearly the same direction with similar space velocities. Membership in a moving group implies a common origin for these stars in an open cluster that has since become gravitationally unbound. The estimated age of this moving group is , and they have an average space velocity of . Possible planetary system Infrared excess One of the early results from the Infrared Astronomy Satellite (IRAS) was the discovery of excess infrared flux coming from Vega, beyond what would be expected from the star alone. This excess was measured at wavelengths of 25, 60 and , and came from within an angular radius of () centered on the star. At the measured distance of Vega, this corresponded to an actual radius of (AU), where an AU is the average radius of the Earth's orbit around the Sun. It was proposed that this radiation came from a field of orbiting particles with a dimension on the order of a millimetre, as anything smaller would eventually be removed from the system by radiation pressure or drawn into the star by means of Poynting–Robertson drag. The latter is the result of radiation pressure creating an effective force that opposes the orbital motion of a dust particle, causing it to spiral inward. This effect is most pronounced for tiny particles that are closer to the star. Subsequent measurements of Vega at showed a lower than expected flux for the hypothesized particles, suggesting that they must instead be on the order of or less. To maintain this amount of dust in orbit around Vega, a continual source of replenishment would be required. A proposed mechanism for maintaining the dust was a disk of coalesced bodies that were in the process of collapsing to form a planet. Models fitted to the dust distribution around Vega indicate that it is a 120-astronomical-unit-radius circular disk viewed from nearly pole-on. In addition, there is a hole in the center of the disk with a radius of no less than . Following the discovery of an infrared excess around Vega, other stars have been found that display a similar anomaly that is attributable to dust emission. As of 2002, about 400 of these stars have been found, and they have come to be termed "Vega-like" or "Vega-excess" stars. It is believed that these may provide clues to the origin of the Solar System. Debris disks By 2005, the Spitzer Space Telescope had produced high-resolution infrared images of the dust around Vega. It was shown to extend out to 43″ () at a wavelength of , 70″ () at and () at . These much wider disks were found to be circular and free of clumps, with dust particles ranging from 1– in size. The estimated total mass of this dust is 3 times the mass of the Earth (around 7.5 times more massive than the asteroid belt). Production of the dust would require collisions between asteroids in a population corresponding to the Kuiper Belt around the Sun. Thus the dust is more likely created by a debris disk around Vega, rather than from a protoplanetary disk as was earlier thought. The inner boundary of the debris disk was estimated at , or 70–. The disk of dust is produced as radiation pressure from Vega pushes debris from collisions of larger objects outward. However, continuous production of the amount of dust observed over the course of Vega's lifetime would require an enormous starting mass—estimated as hundreds of times the mass of Jupiter. Hence it is more likely to have been produced as the result of a relatively recent breakup of a moderate-sized (or larger) comet or asteroid, which then further fragmented as the result of collisions between the smaller components and other bodies. This dusty disk would be relatively young on the time scale of the star's age, and it will eventually be removed unless other collision events supply more dust. Observations, first with the Palomar Testbed Interferometer by David Ciardi and Gerard van Belle in 2001 and then later confirmed with the CHARA array at Mt. Wilson in 2006 and the Infrared Optical Telescope Array at Mt. Hopkins in 2011, revealed evidence for an inner dust band around Vega. Originating within of the star, this exozodiacal dust may be evidence of dynamical perturbations within the system. This may be caused by an intense bombardment of comets or meteors, and may be evidence for the existence of a planetary system. Possible planets Observations from the James Clerk Maxwell Telescope in 1997 revealed an "elongated bright central region" that peaked at 9″ () to the northeast of Vega. This was hypothesized as either a perturbation of the dust disk by a planet or else an orbiting object that was surrounded by dust. However, images by the Keck telescope had ruled out a companion down to magnitude 16, which would correspond to a body with more than 12 times the mass of Jupiter. Astronomers at the Joint Astronomy Centre in Hawaii and at UCLA suggested that the image may indicate a planetary system still undergoing formation. Determining the nature of the planet has not been straightforward; a 2002 paper hypothesizes that the clumps are caused by a roughly Jupiter-mass planet on an eccentric orbit. Dust would collect in orbits that have mean-motion resonances with this planet—where their orbital periods form integer fractions with the period of the planet—producing the resulting clumpiness. In 2003 it was hypothesized that these clumps could be caused by a roughly Neptune-mass planet having migrated from 40 to over 56 million years, an orbit large enough to allow the formation of smaller rocky planets closer to Vega. The migration of this planet would likely require gravitational interaction with a second, higher-mass planet in a smaller orbit. Using a coronagraph on the Subaru Telescope in Hawaii in 2005, astronomers were able to further constrain the size of a planet orbiting Vega to no more than 5–10 times the mass of Jupiter. The issue of possible clumps in the debris disc was revisited in 2007 using newer, more sensitive instrumentation on the Plateau de Bure Interferometer. The observations showed that the debris ring is smooth and symmetric. No evidence was found of the blobs reported earlier, casting doubts on the hypothesized giant planet. The smooth structure has been confirmed in follow-up observations by Hughes et al. (2012) and the Herschel Space Telescope. Although a planet has yet to be directly observed around Vega, the presence of a planetary system cannot yet be ruled out. Thus there could be smaller, terrestrial planets orbiting closer to the star. The inclination of planetary orbits around Vega is likely to be closely aligned to the equatorial plane of this star. From the perspective of an observer on a hypothetical planet around Vega, the Sun would appear as a faint 4.3-magnitude star in the Columba constellation. In 2021, a paper analyzing 10 years of spectra of Vega detected a candidate 2.43-day signal around Vega, statistically estimated to have only a 1% chance of being a false positive. Considering the amplitude of the signal, the authors estimated a minimum mass of Earth masses, but considering the very oblique rotation of Vega itself of only 6.2° from Earth's perspective, the planet may be aligned to this plane as well, giving it an actual mass of Earth masses. The researchers also detected a faint -day signal which could translate to a Earth masses ( at 6.2° inclination) but is too faint to claim as a real signal with available data. Etymology and cultural significance The name is believed to be derived from the Arabic term Al Nesr al Waki النسر الواقع which appeared in the Al Achsasi al Mouakket star catalogue and was translated into Latin as Vultur Cadens, "the falling eagle/vulture". The constellation was represented as a vulture in ancient Egypt, and as an eagle or vulture in ancient India. The Arabic name then appeared in the western world in the Alfonsine tables, which were drawn up between 1215 and 1270 by order of King Alfonso X. Medieval astrolabes of England and Western Europe used the names Wega and Alvaca, and depicted it and Altair as birds. Among the northern Polynesian people, Vega was known as whetu o te tau, the year star. For a period of history it marked the start of their new year when the ground would be prepared for planting. Eventually this function became denoted by the Pleiades. The Assyrians named this pole star Dayan-same, the "Judge of Heaven", while in Akkadian it was Tir-anna, "Life of Heaven". In Babylonian astronomy, Vega may have been one of the stars named Dilgan, "the Messenger of Light". To the ancient Greeks, the constellation Lyra was formed from the harp of Orpheus, with Vega as its handle. For the Roman Empire, the start of autumn was based upon the hour at which Vega set below the horizon. In Chinese, (), meaning Weaving Girl (asterism), refers to an asterism consisting of Vega, ε Lyrae and ζ1 Lyrae. Consequently, the Chinese name for Vega is (, ). In Chinese mythology, there is a love story of Qixi () in which Niulang (, Altair) and his two children (β Aquilae and γ Aquilae) are separated from their mother Zhinü (, lit. "weaver girl", Vega) who is on the far side of the river, the Milky Way. However, one day per year on the seventh day of the seventh month of the Chinese lunisolar calendar, magpies make a bridge so that Niulang and Zhinü can be together again for a brief encounter. The Japanese Tanabata festival, in which Vega is known as Orihime (織姫), is also based on this legend. In Zoroastrianism, Vega was sometimes associated with Vanant, a
the spectrum of the Sun. In 1879, William Huggins used photographs of the spectra of Vega and similar stars to identify a set of twelve "very strong lines" that were common to this stellar category. These were later identified as lines from the Hydrogen Balmer series. Since 1943, the spectrum of this star has served as one of the stable anchor points by which other stars are classified. The distance to Vega can be determined by measuring its parallax shift against the background stars as the Earth orbits the Sun. The first person to publish a star's parallax was Friedrich G. W. von Struve, when he announced a value of 0.125 arcsecond () for Vega. Friedrich Bessel was skeptical about Struve's data, and, when Bessel published a parallax of 0.314″ for the star system 61 Cygni, Struve revised his value for Vega's parallax to nearly double the original estimate. This change cast further doubt on Struve's data. Thus most astronomers at the time, including Struve, credited Bessel with the first published parallax result. However, Struve's initial result was actually close to the currently accepted value of 0.129″, as determined by the Hipparcos astrometry satellite. The brightness of a star, as seen from Earth, is measured with a standardized, logarithmic scale. This apparent magnitude is a numerical value that decreases in value with increasing brightness of the star. The faintest stars visible to the unaided eye are sixth magnitude, while the brightest in the night sky, Sirius, is of magnitude −1.46. To standardize the magnitude scale, astronomers chose Vega to represent magnitude zero at all wavelengths. Thus, for many years, Vega was used as a baseline for the calibration of absolute photometric brightness scales. However, this is no longer the case, as the apparent magnitude zero point is now commonly defined in terms of a particular numerically specified flux. This approach is more convenient for astronomers, since Vega is not always available for calibration and varies in brightness. The UBV photometric system measures the magnitude of stars through ultraviolet, blue and yellow filters, producing U, B and V values, respectively. Vega is one of six A0V stars that were used to set the initial mean values for this photometric system when it was introduced in the 1950s. The mean magnitudes for these six stars were defined as: = = 0. In effect, the magnitude scale has been calibrated so that the magnitude of these stars is the same in the yellow, blue and ultraviolet parts of the electromagnetic spectrum. Thus, Vega has a relatively flat electromagnetic spectrum in the visual region—wavelength range 350–850 nanometers, most of which can be seen with the human eye—so the flux densities are roughly equal; 2,000–. However, the flux density of Vega drops rapidly in the infrared, and is near at . Photometric measurements of Vega during the 1930s appeared to show that the star had a low-magnitude variability on the order of ±0.03 magnitude (around ±2.8% luminosity). This range of variability was near the limits of observational capability for that time, and so the subject of Vega's variability has been controversial. The magnitude of Vega was measured again in 1981 at the David Dunlap Observatory and showed some slight variability. Thus it was suggested that Vega showed occasional low-amplitude pulsations associated with a Delta Scuti variable. This is a category of stars that oscillate in a coherent manner, resulting in periodic pulsations in the star's luminosity. Although Vega fits the physical profile for this type of variable, other observers have found no such variation. Thus the variability was thought to possibly be the result of systematic errors in measurement. However, a 2007 article surveyed these and other results, and concluded that "A conservative analysis of the foregoing results suggests that Vega is quite likely variable in the 1–2% range, with possible occasional excursions to as much as 4% from the mean". Also, a 2011 article affirms that "The long-term (year-to-year) variability of Vega was confirmed". Vega became the first solitary main-sequence star beyond the Sun known to be an X-ray emitter when in 1979 it was observed from an imaging X-ray telescope launched on an Aerobee 350 from the White Sands Missile Range. In 1983, Vega became the first star found to have a disk of dust. The Infrared Astronomical Satellite (IRAS) discovered an excess of infrared radiation coming from the star, and this was attributed to energy emitted by the orbiting dust as it was heated by the star. Physical characteristics Vega's spectral class is A0V, making it a blue-tinged white main-sequence star that is fusing hydrogen to helium in its core. Since more massive stars use their fusion fuel more quickly than smaller ones, Vega's main-sequence lifetime is roughly one billion years, a tenth of the Sun's. The current age of this star is about 455 million years, or up to about half its expected total main-sequence lifespan. After leaving the main sequence, Vega will become a class-M red giant and shed much of its mass, finally becoming a white dwarf. At present, Vega has more than twice the mass of the Sun and its bolometric luminosity is about 40 times the Sun's. Because it is rotating rapidly and seen nearly pole-on, its apparent luminosity, calculated assuming it was the same brightness all over, is about 57 times the Sun's. If Vega is variable, then it may be a Delta Scuti type with a period of about 0.107 day. Most of the energy produced at Vega's core is generated by the carbon–nitrogen–oxygen cycle (CNO cycle), a nuclear fusion process that combines protons to form helium nuclei through intermediary nuclei of carbon, nitrogen and oxygen. This process becomes dominant at a temperature of about 17 million K, which is slightly higher than the core temperature of the Sun, but is less efficient than the Sun's proton–proton chain reaction fusion reaction. The CNO cycle is highly temperature sensitive, which results in a convection zone about the core that evenly distributes the 'ash' from the fusion reaction within the core region. The overlying atmosphere is in radiative equilibrium. This is in contrast to the Sun, which has a radiation zone centered on the core with an overlying convection zone. The energy flux from Vega has been precisely measured against standard light sources. At , the flux density is with an error margin of 2%. The visual spectrum of Vega is dominated by absorption lines of hydrogen; specifically by the hydrogen Balmer series with the electron at the n=2 principal quantum number. The lines of other elements are relatively weak, with the strongest being ionized magnesium, iron and chromium. The X-ray emission from Vega is very low, demonstrating that the corona for this star must be very weak or non-existent. However, as the pole of Vega is facing Earth and a polar coronal hole may be present, confirmation of a corona as the likely source of the X-rays detected from Vega (or the region very close to Vega) may be difficult as most of any coronal X-rays would not be emitted along the line of sight. Using spectropolarimetry, a magnetic field has been detected on the surface of Vega by a team of astronomers at the Observatoire du Pic du Midi. This is the first such detection of a magnetic field on a spectral class A star that is not an Ap chemically peculiar star. The average line of sight component of this field has a strength of . This is comparable to the mean magnetic field on the Sun. Magnetic fields of roughly 30 G have been reported for Vega, compared to about 1 G for the Sun. In 2015, bright starspots were detected on the star's surface—the first such detection for a normal A-type star, and these features show evidence of rotational modulation with a period of 0.68 day. Rotation Vega has a rotation period of 12.5 hours. When the radius of Vega was measured to high accuracy with an interferometer, it resulted in an unexpectedly large estimated value of times the radius of the Sun. This is 60% larger than the radius of the star Sirius, while stellar models indicated it should only be about 12% larger. However, this discrepancy can be explained if Vega is a rapidly rotating star that is being viewed from the direction of its pole of rotation. Observations by the CHARA array in 2005–06 confirmed this deduction. The pole of Vega—its axis of rotation—is inclined no more than five degrees from the line-of-sight to the Earth. At the high end of estimates for the rotation velocity for Vega is along the equator, much higher than the observed (i.e. projected) rotational velocity because Vega is seen almost pole-on. This is 88% of the speed that would cause the star to start breaking up from centrifugal effects. This rapid rotation of Vega produces a pronounced equatorial bulge, so the radius of the equator is 19% larger than the polar radius. (The estimated polar radius of this star is solar radii, while the equatorial radius is solar radii.) From the Earth, this bulge is being viewed from the direction of its pole, producing the overly large radius estimate. The local surface gravity at the poles is greater than at the equator, which produces a variation in effective temperature over the star: the polar temperature is near , while the equatorial temperature is about . This large temperature difference between the poles and the equator produces a strong gravity darkening effect. As viewed from the poles, this results in a darker (lower-intensity) limb than would normally be expected for a spherically symmetric star. The temperature gradient may also mean that Vega has a convection zone around the equator, while the remainder of the atmosphere is likely to be in almost pure radiative equilibrium. By the Von Zeipel theorem, the local luminosity is higher at the poles. As a result, if Vega were viewed along the plane of its equator instead of almost pole-on, then its overall brightness would be lower. As Vega had long been used as a standard star for calibrating telescopes, the discovery that it is rapidly rotating may challenge some of the underlying assumptions that were based on it being spherically symmetric. With the viewing angle and rotation rate of Vega now better known, this will allow improved instrument calibrations. Element abundance In astronomy, those elements with higher atomic numbers than helium are termed "metals". The metallicity of Vega's photosphere is only about 32% of the abundance of heavy elements in the Sun's atmosphere. (Compare this, for example, to a threefold metallicity abundance in the similar star Sirius as compared to the Sun.) For comparison, the Sun has an abundance of elements heavier than helium of about ZSol = . Thus, in terms of abundances, only about 0.54% of Vega consists of elements heavier than helium. The unusually low metallicity of Vega makes it a weak Lambda Boötis star. However, the reason for the existence of such chemically peculiar, spectral class A0–F0 stars remains unclear. One possibility is that the chemical peculiarity may be the result of diffusion or mass loss, although stellar models show that this would normally only occur near the end of a star's hydrogen-burning lifespan. Another possibility is that the star formed from an interstellar medium of gas and dust that was unusually metal-poor. The observed helium to hydrogen ratio in Vega is , which is about 40% lower than the Sun. This may be caused by the disappearance of a helium convection zone near the surface. Energy transfer is instead performed by the radiative process, which may be causing an abundance anomaly through diffusion. Kinematics The radial velocity of Vega is the component of this star's motion along the line-of-sight to the Earth. Movement away from the Earth will cause the light from Vega to shift to a lower frequency (toward the red), or to a higher frequency (toward the blue) if the motion is toward the Earth. Thus the velocity can be measured from the amount of shift of the star's spectrum. Precise measurements of this blueshift give a value of . The minus sign indicates a relative motion toward the Earth. Motion transverse to the line of sight causes the position of Vega to shift with respect to the more distant background stars. Careful measurement of the star's position allows this angular movement, known as proper motion, to be calculated. Vega's proper motion is (mas) per year in right ascension—the celestial equivalent of longitude—and in declination, which is equivalent to a change in latitude. The net proper motion of Vega is , which results in angular movement of a degree every . In the galactic coordinate system, the space velocity components of Vega are (U, V, W) = , for a net space velocity of . The radial component of this velocity—in the direction of the Sun—is , while the transverse velocity is . Although Vega is at present only the fifth-brightest star in the night sky, the star is slowly brightening as proper motion causes it to approach the Sun. Vega will make its closest approach in an estimated 264,000 years at a perihelion distance of . Based on this star's kinematic properties, it appears to belong to a stellar association called the Castor Moving Group. However, Vega may be much older than this group, so the membership remains uncertain. This group contains about 16 stars, including Alpha Librae, Alpha Cephei, Castor, Fomalhaut and Vega. All members of the group are moving in nearly the same direction with similar space velocities. Membership in a moving group implies a common origin for these stars in an open cluster that has since become gravitationally unbound. The estimated age of this moving group is , and they have an average space velocity of . Possible planetary system Infrared excess One of the early results from the Infrared Astronomy Satellite (IRAS) was the discovery of excess infrared flux coming from Vega, beyond what would be expected from the star alone. This excess was measured at wavelengths of 25, 60 and , and came from within an angular radius of () centered on the star. At the measured distance of Vega, this corresponded to an actual radius of (AU), where an AU is the average radius of the Earth's orbit around the Sun. It was proposed that this radiation came from a field of orbiting particles with a
Georgia. The negatives used in the process are in storage at the Smithsonian Institution. The memorial was dedicated on November 13, 1982, as part of a five-day ceremony that began on November 10, 1982, presided over by President Ronald Reagan, and which involved a procession of tens of thousands of Vietnam War veterans. About two years later the Three Soldiers statue was dedicated. Timeline for those listed on the wall November 1, 1955 – Dwight D. Eisenhower deployed the Military Assistance Advisory Group, referred to now as MAAG, to train the South Vietnamese military units and secret police. However, the U.S. Department of Defense does not recognize this date since the men were supposedly training only the Vietnamese, so the officially recognized date is the formation of the Military Assistance Command Viet Nam, better known as MACV. This marked the official beginning of American involvement in the war as recognized by the memorial. June 8, 1956 – The first official death in Vietnam was Technical Sergeant Richard Bernard Fitzgibbon Jr., United States Air Force, of Stoneham, Massachusetts, who was murdered by another U.S.A.F. airman. October 21, 1957 – Capt. Harry Griffith Cramer, Jr., a graduate of the United States Military Academy at West Point, was killed near Nha Trang, Vietnam. He served in Korea, where he was injured and awarded the Purple Heart, as well as in Vietnam. He was the first US Army soldier to be killed in the line of duty in the Vietnam War. A street at Fort Lewis, Washington, is named in his honor. He is buried at the United States Military Academy, West Point, New York. July 8, 1959 – Chester M. Ovnand and Dale R. Buis were killed by guerrillas at Bien Hoa while watching the film The Tattered Dress. They are listed Nos. 1 and 2 at the wall's dedication. Ovnand's name is spelled on the memorial as "Ovnard," due to conflicting military records of his surname. April 30, 1975 – Fall of Saigon. The U.S. Department of Veterans Affairs uses May 7, 1975, as the official end date for the Vietnam War era as defined by . May 15, 1975 – 18 U.S. servicemen (14 Marines, two Navy corpsmen, and two Air Force crewmen) are killed on the last day of a rescue operation known as the Mayaguez incident with troops from the Khmer Rouge in Cambodia. They are the last servicemen listed on the timeline. Since 1982, over 400 names have been added to the memorial, but not necessarily in chronological order. Some were men who died in Vietnam but were left off the list due to clerical errors. Others died after 1982, and their deaths were determined by the Department of Defense to be the direct result of their Vietnam War service. For those who died during the war, their name is placed in a position that relates to their date of death. For those who died after the war, their name is placed in a position that relates to the date of their injury. Because space is usually not available in the exact right place, names are placed as close to their correct chronological position as possible, but usually not in the exact spot. The order could be corrected as panels are replaced. Furthermore, over 100 names have been identified as misspelled. In some cases, the correction could be done in place. In others, the name had to be chiseled again elsewhere, moving them out of chronological order. Others have remained in place, with the misspelling, at the request of their family. Addition of the Women's Memorial The Women's Memorial was designed by Glenna Goodacre for the women of the United States who served in the Vietnam War. Before Goodacre's design was selected, two design entries had been awarded as co-finalists – one a statue and the other a setting – however, the two designs were unable to be reconciled. Glenna Goodacre's entry received an honorable mention in the contest and she was asked to submit a modified maquette (design model). Goodacre's original design for the Women's Memorial statue included a standing figure of a nurse holding a Vietnamese baby, which although not intended as such, was deemed a political statement, and it was asked that this be removed. She replaced them with a figure of a kneeling woman holding an empty helmet. On November 11, 1993, the Vietnam Women's Memorial was dedicated. There is a smaller replica of that memorial at Vietnam Veterans Memorial State Park in Angel Fire, New Mexico. Memorial plaque On November 10, 2000, a memorial plaque, authorized by , honoring veterans who died after the war as a direct result of injuries suffered in Vietnam, but who fall outside Department of Defense guidelines was dedicated. Ruth Coder Fitzgerald, the founder of The Vietnam War In Memory Memorial Plaque Project, worked for years and struggled against opposition to have the In Memory Memorial Plaque completed. The organization was disbanded, but their website is maintained by the Vietnam War Project at Texas Tech University. Education center In 2003, after some years of lobbying, the National Park Service and the Vietnam Veterans Memorial Fund won permission from Congress to build The Education Center at The Wall. A two-story museum, located below ground just west of the Maya Lin-designed memorial, was proposed to display the history of the Vietnam War and the multiple design competitions and artworks which make up the Vietnam Veterans Memorial, Vietnam Women's Memorial, and the Memorial Plaque. The center would have also provided biographical details on and photographs of many of the 58,000 names listed on the Wall as well as the more than 6,600 servicemembers killed since 2001 fighting the War on Terror. The $115-million museum would be jointly operated by the Park Service and the Fund. A ceremonial groundbreaking for the project occurred in November 2012, but insufficient fundraising led the Fund to cancel construction of the center in September 2018 and instead focus on digital education and outreach. Vietnam Veterans Memorial Collection Items left at the Vietnam Veterans Memorial are collected by National Park Service employees and transferred to the NPS Museum Resource Center, which catalogs and stores all items except perishable organic matter (such as fresh flowers) and unaltered U.S. flags. The flags are redistributed through various channels. From 1992 to 2003, selected items from the collection were placed on exhibit at the Smithsonian Institution's National Museum of American History as "Personal Legacy: The Healing of a Nation" including the Medal of Honor of Charles Liteky, who renounced it in 1986 by placing the medal at the memorial in an envelope addressed to then-president Ronald Reagan. Inspired works Traveling replicas There are several transportable replicas of the Vietnam Veteran's Memorial created so those who are not able to travel to Washington, D.C., would be able to simulate an experience of visiting the Wall. Using personal finances, John Devitt founded Vietnam Combat Veterans, Ltd. With the help of friends, the half-size replica of the Vietnam Veterans Memorial, named The Moving Wall, was built and first put on display to the public in Tyler, Texas, in 1984. The Moving Wall visits hundreds of
shattered by the 2011 Virginia earthquake. Names Inscribed in the memorial are the names of service members classified as "declared dead"; as the memorial contains names of individuals who had died due to circumstances other than killed in action, including murder, vehicle accidents, drowning, heart attack, animal attack, snake bites and others. Also included are the names of those whose status is unknown, which typically means "missing in action" (MIA). The names are inscribed in Optima typeface, designed by Hermann Zapf. Information about the rank, unit, and decorations is not given. Those who are declared dead are denoted by a diamond, and those who are status unknown are denoted with a cross. When the death of one who was previously missing is confirmed, a diamond is superimposed over the cross. If the missing were to return alive, which has never occurred to date, the cross is to be circumscribed by a circle. The earliest date of eligibility for a name to be included on the memorial is November 1, 1955, which corresponds to President Eisenhower deploying the Military Assistance Advisory Group to train the Army of the Republic of Vietnam. The last date of eligibility is May 15, 1975, which corresponds to the final day of the Mayaguez incident. There are circumstances that allow for a name to be added to the memorial, but the death must be directly attributed to a wound received within the combat zone while on active duty. In such cases, the determination is made by the Department of Defense. In these cases, the name is added according to the date of injury—not the date of death. The names are listed in chronological order, starting at the apex on panel 1E on July 8, 1959, moving day by day to the end of the eastern wall at panel 70E, which ended on May 25, 1968, starting again at panel 70W at the end of the western wall which completes the list for May 25, 1968, and returning to the apex at panel 1W in 1975. There are some deaths that predate July 8, 1959, including the death of Richard B. Fitzgibbon Jr. in 1956. The names of 32 men were erroneously included in the memorial, and while those names remain on the wall, they have been removed from the databases and printed directories. The extra names resulted from a deliberate decision to err on the side of inclusiveness, with 38 questionable names being included. One person, whose name was added as late as 1992, had gone AWOL immediately upon his return to the United States after his second completed tour of duty. His survival only came to the attention of government authorities in 1996. These survivor names could be removed if the panel their name is on were to be replaced in the future. The Three Servicemen A short distance away from the wall is another Vietnam veterans memorial, a bronze statue named The Three Servicemen (sometimes called The Three Soldiers). The statue depicts three soldiers, purposefully identifiable as European American, African American, and Hispanic American. In their final arrangement, the statue and the Wall appear to interact with each other, with the soldiers looking on in solemn tribute at the names of their fallen comrades. The distance between the two allows them to interact while minimizing the effect of the addition on Lin's design. Women's Memorial The Vietnam Women's Memorial is a memorial dedicated to the women of the United States who served in the Vietnam War, most of whom were nurses. It serves as a reminder of the importance of women in the conflict. It depicts three uniformed women with a wounded soldier. It is part of the Vietnam Veterans Memorial and is located on National Mall in Washington, D.C., a short distance south of The Wall, north of the Reflecting Pool. In Memory memorial plaque A memorial plaque, authorized by an Act of Congress (), was dedicated on November 10, 2004, at the northeast corner of the plaza surrounding the Three Soldiers statue to honor veterans who died after the war as a direct result of injuries suffered in Vietnam, but who fall outside Department of Defense guidelines. The plaque is a carved block of black granite, , inscribed "In memory of the men and women who served in the Vietnam War and later died as a result of their service. We honor and remember their sacrifice." Ruth Coder Fitzgerald, the founder of The Vietnam War In Memory Memorial Plaque Project, worked for years to have the In Memory Memorial Plaque completed. The organization has been disbanded, but their web site is maintained by the Vietnam War Project at Texas Tech University. Ritual Visitors to the memorial may take a piece of paper and place it over a name on the wall and rub a wax crayon or graphite pencil over it as a memento of their loved ones. This is called rubbing. Visitors to the memorial began leaving sentimental items at the memorial at its opening. One story claims this practice began during construction when a Vietnam veteran threw the Purple Heart his brother received posthumously into the concrete of the memorial's foundation. Several thousand items are left at the memorial each year. The largest item left at the memorial was a sliding glass storm door with a full-size replica "tiger cage". The door was painted with a scene from Vietnam and the names of U.S. POWs and MIAs from the conflict. History On April 27, 1979, four years after the Fall of Saigon, The Vietnam Veterans Memorial Fund, Inc. (VVMF) was incorporated as a non-profit organization to establish a memorial to veterans of the Vietnam War. Much of the impetus behind the formation of the fund came from a wounded Vietnam War veteran, Jan Scruggs, who was inspired by the film The Deer Hunter, with support from fellow Vietnam veterans such as West Point and Harvard Business School graduate John P. Wheeler III and Purple Heart recipient Tom Mullings. Eventually, $8.4 million was raised by private donations. On July 1, 1980, a site covering two acres next to the Lincoln Memorial was chosen and authorized by Congress where the World War I Munitions Building previously stood. Congress announced that the winner of a design competition would design the park. By the end of the year 2,573 registered for the design competition with a prize of $20,000. On March 30, 1981, 1,421 designs were submitted. The designs were displayed at an airport hangar at Andrews Air Force Base for the selection committee, in rows covering more than of floor space. Each entry was identified by number only. All entries were examined by each juror; the entries were narrowed down to 232, then to 39. Finally, the jury selected entry number 1026, which had been designed by Maya Lin. Opposition to design and compromise The selected design was very controversial, in particular, its unconventional design, its black color and its lack of ornamentation. Some public officials voiced their displeasure, calling the wall "a black gash of shame." Two prominent early supporters of the project, H. Ross Perot and James Webb, withdrew their support once they saw the design. Said Webb, "I never in my wildest dreams imagined such a nihilistic slab of stone." James Watt, secretary of the interior under President Ronald Reagan, initially refused to issue a building permit for the memorial due to the public outcry about the design. Since its early years, criticism of the Memorial's design faded. In the words of Scruggs, "It has become something of a shrine." Negative reactions to Maya Lin's design created a controversy; a compromise was reached by commissioning Frederick Hart (who had placed third in the original design competition) to produce a bronze figurative sculpture in the heroic tradition. Opponents of Lin's design had hoped to place this sculpture of three soldiers at the apex of the wall's two sides. Lin objected strenuously to this, arguing that this would make the soldiers the focal point of the memorial, and her wall a mere backdrop. A compromise was reached, and the sculpture was placed off to one side to minimize the impact of the addition on Lin's design. On October 13, 1982, the U.S. Commission of Fine Arts approved the erection of a flagpole to be grouped with sculptures. Building the memorial On March 11, 1982, the revised design was formally approved, and on March 26, 1982, the ground was formally broken. Stone from Bangalore, India, was chosen because of its reflective quality; Swedish and Canadian stone was opposed, as those countries were destinations for draft evaders. Stone-cutting and fabrication were done in Barre, Vermont. Stones were then shipped to Memphis, Tennessee, where the names were etched. The etching was completed using a photoemulsion and sandblasting process. Typesetting of the original 57,939 names on the wall was performed by Datalantic in Atlanta, Georgia. The negatives used in the process are in storage at the Smithsonian Institution. The memorial was dedicated on November 13, 1982, as part of a five-day ceremony that began on November 10, 1982, presided over by President Ronald Reagan, and which involved a procession of tens of thousands of Vietnam War veterans. About two years later the Three Soldiers statue was dedicated. Timeline for those listed on the wall November 1, 1955 – Dwight D. Eisenhower deployed the Military Assistance Advisory Group, referred to now as MAAG, to train the South Vietnamese military units and secret police. However, the U.S. Department of Defense does not recognize this date since the men were supposedly training only the Vietnamese, so the officially recognized date is the formation of the Military Assistance Command Viet Nam, better known as MACV. This marked the official beginning of American involvement in the war as recognized by the memorial. June 8, 1956 – The first official death in Vietnam was Technical Sergeant Richard Bernard Fitzgibbon Jr., United States Air Force, of Stoneham, Massachusetts, who was murdered by another U.S.A.F. airman. October 21, 1957 – Capt. Harry Griffith Cramer, Jr., a graduate of the United States Military Academy at West Point, was killed near Nha Trang, Vietnam. He served in Korea, where he was injured and awarded the Purple Heart, as well as in Vietnam. He was the first US Army soldier to be killed in the line of duty in the Vietnam War. A street at Fort Lewis, Washington, is named in his honor. He is buried at the United States Military Academy, West Point, New York. July 8, 1959 – Chester M. Ovnand and Dale R. Buis were killed by guerrillas at Bien Hoa while watching the film The Tattered Dress. They are listed Nos. 1 and 2 at the wall's dedication. Ovnand's name is spelled on the memorial as "Ovnard," due to conflicting military records of his surname. April 30, 1975 – Fall of Saigon. The U.S. Department of Veterans Affairs uses May 7, 1975, as the official end date for the Vietnam War era as defined by . May 15, 1975 – 18 U.S. servicemen (14 Marines, two Navy corpsmen, and two Air Force crewmen) are killed on the last day of a rescue operation known as the Mayaguez incident with troops from the Khmer Rouge in Cambodia. They are the last servicemen listed on the timeline. Since 1982, over 400 names have been added to the memorial, but not necessarily in chronological order. Some were men who died in Vietnam but were left off the list due to clerical errors. Others died after 1982, and their deaths were determined by the Department of Defense to be the direct result of their Vietnam War service. For those who died during the war, their name is placed in a
was in vetting potential administration appointees. As one subject of the vetting process later said, "I wondered why I was being interviewed by the guy who would be deputy counsel. Seemed his job was to find out how honest I was, and what level of ego I was bringing. It's a measure of how much the Clintons trusted him." But Foster found this involvement in vetting appointments to be causing him depression and anxiety. In particular, he blamed himself for the failed Zoë Baird nomination; he had thought that Baird had been justified in following her lawyer's advice regarding the payment of taxes on household employees, but he had failed to anticipate the political backlash that led to it becoming known as "Nannygate" and that blemished the early days of the administration. The equally unsuccessful Kimba Wood and Lani Guinier appointments were also under Foster's purview. He had to resign from the Country Club of Little Rock once its all-white membership became a political issue for others in the administration. As Deputy Counsel, Foster was also involved in a range of other matters, including preparation of executive orders, analyzing the legal effect of various policies, examining international treaties, discussing the ramifications of authorizations for use of military force, and authorizing expenditures within the White House. Foster worked on placing the Clintons' financial holdings into a blind trust. He handled the Clintons' Madison Guaranty and Industrial Development Corporation paperwork and also several Whitewater-related tax returns. He worked twelve-hour days, six or seven days a week, and although thin to begin with, began losing weight. On May 8, 1993, Foster gave the commencement address at the University of Arkansas Law School, his alma mater, and said: One faculty member listening to it recalled telling another that it was "the most depressing graduation speech I had ever heard, in both content and manner." A friend of Foster's has said, "Look, it's just crazy, right? You get one dent and it can never be fixed? In Washington, you get them all the time. You get twenty dents and you go to the body shop. Vince couldn't see that, apparently." Depression and death Four days after the speech, the White House travel office controversy erupted. Foster was the target of several critical Wall Street Journal editorials in June and July 1993, with titles such as "Who is Vincent Foster?" He became quite upset over the travel office matter and the possibility of a congressional hearing at which he might have been called to testify. Disliking the public spotlight and suffering from continued weight loss and insomnia, he considered resigning his position but feared a personal humiliation upon returning to Arkansas. Struggling with depression, which after his death was assessed as clinical depression, Foster was prescribed the anti-depressant medication trazodone over the phone by his Arkansas doctor, starting with a low initial dosage. The next day, Foster was found dead in Fort Marcy Park, a federal park in Virginia. He was 48 years old. An autopsy determined that he was shot in the mouth and no other wounds were found on his body. A draft resignation letter was found torn into 27 pieces in his briefcase. The letter contained a list of grievances, including, "The WSJ editors lie without consequence" and saying, "I was not meant for the job or the spotlight of public life in Washington. Here ruining people is considered sport." His funeral mass was held at the St. Andrew's Cathedral in Little Rock. Bill Clinton gave a eulogy in which he recalled their boyhood times together and quoted a line from Leon Russell's "A Song for You": "I love you in a place that has no space and time." Foster was buried in Memory Gardens Cemetery in his hometown of Hope. Foster was survived by his wife and three children. Subsequent investigations Five official or governmental investigations into Foster's death all concluded that he died of suicide. The first investigation was conducted by the United States Park Police, in whose jurisdiction the death occurred, in 1993. Because of Foster's position in the White House, the Federal Bureau of Investigation assisted in the investigation, as did several other state and federal agencies. The result of this investigation was released as a joint report from the Department of Justice, FBI, and the Park Police on August 10, 1993, and it stated: "The condition of the scene, the medical examiner's findings and the information gathered clearly indicate that Mr. Foster committed suicide." Investigations by a coroner and Independent Counsel Robert B. Fiske, in a 58-page report released on June 30, 1994, also concluded that Foster's death was a suicide. This report made use of FBI resources and incorporated the views of several experienced pathologists; it concluded: "The overwhelming weight of the evidence compels the conclusion ... that Vincent Foster committed suicide in Fort Marcy Park on July 20, 1993." Two investigations by the U.S. Congress found that Foster died of suicide: One was by Representative William F. Clinger Jr. of Pennsylvania, the ranking Republican on the House Government Reform and Oversight Committee, who reached this conclusion in findings published on August 12, 1994. The other was by the Senate Committee on Banking, Housing, and Urban Affairs, wherein both the majority Democrats and minority Republicans on the committee developed findings that reached the same conclusion in reports issued on January 3, 1995. Theories of a cover-up persisted, however, some of which were promulgated by the Arkansas Project. After a three-year investigation, Whitewater independent counsel Ken Starr released a report on October 10, 1997, also concluding that the death was a suicide. In response, Sheila Foster Anthony, Vince Foster's sister, said she agreed with Starr's findings but criticized his investigation for having taken so long, thus contributing to the existence of "ridiculous conspiracy theories proffered by those with a profit or political motive". The inclusion of Foster's death in the Starr investigation, and the length of time it took, was in part due to the role of Starr associate counsel Brett Kavanaugh. Kavanaugh's role in this became controversial two decades later during his Supreme Court nomination process. In 2004, the Supreme Court ruled unanimously in National Archives and Records Administration v. Favish that the pictures of the scene and autopsy should not be released. Legacy Foster's death, occurring just six months into the new administration, is thought by some to have ended the optimism and remaining innocence of the White House staff. White House chief of staff and childhood friend Mack McLarty said that "It was a deep cut. It clearly had a tremendous impact." Nussbaum speculated that if Foster had lived, he would have helped resist the calls to appoint independent counsels and the many investigations lumped under the Whitewater umbrella that occupied the administration and Clinton for the rest of his presidency might not have happened. As it did happen, how Hillary Clinton's chief of staff, Maggie Williams, in particular handled Foster's files and documents immediately after his death became an issue of much investigation itself. Years later, Bill Clinton expressed his continued anger about the Foster rumors and theories, clenching a fist as he spoke: "I heard a lot of the right-wing talk show people ... and all the sleazy stuff they said. They didn't give a rip that he had killed himself or that his family was miserable or that they could break the hearts [of Foster's friends and family]. It was just another weapon to slug us with, to dehumanize us with." Foster's death also had an effect on Rose Law Firm, as many within the firm had expected Foster to become its leader once he returned from service in Washington. As one partner later said, "In meetings of the partners, he didn't often take a vocal stand. ... But when he did, it almost always swayed the firm. When he left for Washington, people here spoke openly about the emotional vacuum." Colleagues speculated that Foster might have someday become president of the state bar association or a choice for
20, 1968, at St. Henry Catholic Church in Nashville. They had three children: Vincent III, Laura, and John. Career Lawyer in Arkansas In 1971, Foster joined Rose Law Firm in Little Rock, Arkansas, and in 1974 was made partner, one of only nine in the firm at the time. He was the head of the Arkansas Bar Association committee that oversaw legal aid, and as such worked with legal aid clinic worker Hillary Rodham in successfully overcoming an unreasonable measuring requirement for indigent clients. Foster then initiated the hiring of Rodham at Rose Law Firm, where she became its first ever female associate (and later first female partner); Foster and fellow partner Webster Hubbell were instrumental in overcoming the reluctance of other partners to hire a woman. Foster and Rodham worked together on a number of cases. And as Bill Clinton's political career gained force, Foster supported him. They were also personal friends and Foster was the one who taught their daughter Chelsea Clinton how to swim. Foster practiced mostly corporate law, eventually earning nearly $300,000 a year. Known for his extensive preparation of cases ahead of time, including the creation of decision trees, Foster developed a reputation as one of the best trial litigators in Arkansas. Hillary Clinton's memoir calls Foster "one of the best lawyers I've ever known," and compared him in style and substance to Gregory Peck's portrayal of Atticus Finch in the classic 1962 film To Kill a Mockingbird. In Bill Clinton's memoir, he characterizes Foster as "a tall, handsome, wise, good man." Writer Carl Bernstein has described Foster as "tall, with impeccable manners and a formal mien ... elegant in perfectly tailored suits, and soft-spoken to the point of taciturnity." Writer Dan Moldea characterized him as "a 'can-do' lawyer who worked best when under pressure." Phillip Carroll, the leading litigator at Rose Law Firm, once said of Foster, "He was my ideal of a young lawyer." The ABA Journal reported that Foster was "acknowledged by many as the soul of the firm". He appeared to experience only success at Rose Law; a partner later said, "I never saw a professional setback. Never. Not even a tiny one." The firm grew five times its size during his time there. The Arkansas Bar Association gave him a number of awards and in June 1993 would name him as its Outstanding Lawyer of the Year. He was also listed in the Best Lawyers in America book. His wife Lisa described him as driven to prevail, staying up around the clock to prepare for big cases, believing he would lose the case even though he rarely did; she later viewed this as an early sign of depressed behavior. By 1992, Vince Foster was, as The Washington Post later wrote, at "the pinnacle of the Arkansas legal establishment." He was also an established figure in Little Rock society, serving as the chair of the board of the Arkansas Repertory Theatre and belonging to the exclusive Country Club of Little Rock. White House counsel After Clinton's 1992 election, Foster joined Clinton's presidential transition team. Once Clinton was inaugurated, Foster joined his White House staff as Deputy White House Counsel in early 1993. This was despite Foster's initial reluctance to leave his Little Rock life behind and come to Washington. There he worked under the White House Counsel, Bernard W. Nussbaum, although Nussbaum would consider the pair to be "co-senior partners". He was also joined with two other Rose Law Firm partners, William H. Kennedy, III, who served as his associate counsel, and Webster Hubbell, who became Associate Attorney General. The Foster residence was a small rented house in Georgetown in Washington, D.C. Foster had difficulty making the transition to life and politics in Washington. Unlike some other Clinton-associated figures, he had no experience with campaigns or electoral politics. His wife and youngest son were not with him, having stayed behind in Arkansas so the son could complete his senior year of high school at Catholic High in Little Rock. His initial role was in vetting potential administration appointees. As one subject of the vetting process later said, "I wondered why I was being interviewed by the guy who would be deputy counsel. Seemed his job was to find out how honest I was, and what level of ego I was bringing. It's a measure of how much the Clintons trusted him." But Foster found this involvement in vetting appointments to be causing him depression and anxiety. In particular, he blamed himself for the failed Zoë Baird nomination; he had thought that Baird had been justified in following her lawyer's advice regarding the payment of taxes on household employees, but he had failed to anticipate the political backlash that led to it becoming known as "Nannygate" and that blemished the early days of the administration. The equally unsuccessful Kimba Wood and Lani Guinier appointments were also under Foster's purview. He had to resign from the Country Club of Little Rock once its all-white membership became a political issue for others in the administration. As Deputy Counsel, Foster was also involved in a range of other matters, including preparation of executive orders, analyzing the legal effect of various policies, examining international treaties, discussing the ramifications of authorizations for use of military force, and authorizing expenditures within the White House. Foster worked on placing the Clintons' financial holdings into a blind trust. He handled the Clintons' Madison Guaranty and Industrial Development Corporation paperwork and also several Whitewater-related tax returns. He worked twelve-hour days, six or seven days a week, and although thin to begin with, began losing weight. On May 8, 1993, Foster gave the commencement address at the University of Arkansas Law School, his alma mater, and said: One faculty member listening to it recalled telling another that it was "the most depressing graduation speech I had ever heard, in both content and manner." A friend of Foster's has said, "Look, it's just crazy, right? You get one dent and it can never be fixed? In Washington, you get them all the time. You get twenty dents and you go to the body shop. Vince couldn't see that, apparently." Depression and death Four days after the speech, the White House travel office controversy erupted. Foster was the target of several critical Wall Street Journal editorials in June and July 1993, with titles such as "Who is Vincent Foster?" He became quite upset over the travel office matter and the possibility of a congressional hearing at which he might have been called to testify. Disliking the public spotlight and suffering from continued weight loss and insomnia, he considered resigning his position but feared a personal humiliation upon returning to Arkansas. Struggling with depression, which after his death was assessed as clinical depression, Foster was prescribed the anti-depressant medication trazodone over the phone by his Arkansas doctor, starting with a low initial dosage. The next day, Foster was found dead in Fort Marcy Park, a federal park in Virginia. He was 48 years old. An autopsy determined that
files. As a result, WSF files provide a means for code reuse: a library of classes or functions can be stored in one or more .vbs files, which can be included in .wsf files, so the functionality can be reused in a modular way. The files have extension .wsf and can be executed using or , just as a .vbs file can. An HTML Application (HTA) is styled after HTML. The HTML in the file is used to generate the user interface, and a scripting language such as VBScript is used for the program logic. The files have extension . and can be executed using . VBScript (and JScript) can also be used in a Windows Script Component, an ActiveX-enabled script class that can be invoked by other COM-enabled applications. These files have extension . VBScript is simple to create and can be coded using an easy to use text editor like Notepad. A simple VBScript saved by the .vbs extension can be run on a Windows system by double clicking it. Functionality Language features The language of VBScript is modeled on Visual Basic, and therefore can be reviewed using similar categories: procedures, control structures, constants, variables, user interaction, array handling, date/time functions, error handling, mathematical functions, objects, regular expressions, string manipulation, and so on. The following are some key points of introduction to the VBScript language by Microsoft A "procedure" is the main construct in VBScript for separating code into smaller modules. VBScript distinguishes between a function, which can return a result in an assignment statement, and a subroutine, which cannot. Parameters are positional, and can be passed by value or by reference. Control structures include the usual iterative and conditional Do Loops, If-Then-Else statements, and Case statements, with some more complex variants, such as ElseIf and nested control structures. As a memory aid in coding, and certainly for readability, there are a large number of constants, such as True and False for logical values, vbOKCancel and vbYesNo for MsgBox codes, vbBlack and vbYellow for color values, vbCR for the carriage return character, and many others. Variables have "Variant" type by default, but it is possible (and sometimes necessary) to force a particular type (integer, date, etc.) using conversion functions (CInt, CDate, etc.) User interaction is provided through the functions MsgBox and InputBox which provide a simple dialogue box format for messages and input. Both functions display prompting messages, with the former returning a standard response, and the latter returning one user-supplied text or numeric value. For more elaborate GUI interaction with controls, VBScript can be used in combination with HTML, for example, in an HTML Application. Event-driven forms are not supported as in Visual Basic or Visual Basic for Applications. Names are not case-sensitive. However, it is considered a best practice of VBScript style to be consistent and to capitalize judiciously. VBScript functionalities When hosted by the Windows Script Host, VBScript provides numerous features which are common to scripting languages, but not available from Visual Basic 6.0. These features include direct or easy access to: Named and unnamed command line arguments, Stdin and stdout, which could be redirected, WSH.Echo which writes to the console and cannot be redirected, WSH.ExitCode which can be tested from DOS batch files, or by the process which invoked the script file, Network Printers, Network Shares, Special Folders, e.g. Desktop, Favorites, MyDocuments and so on, Network user information, such as group membership, Methods for runtime execution of text defined at runtime: Eval and Execute, Methods for executing scripts on remote machines, Windows Management Instrumentation (WMI) Functionality for embedding a VBScript engine in other applications, using a widely known language. CScript, the command line runner, provides options for: Interactive or Batch Mode, Invoking Debug Mode from the command line, Error reporting including the line number. Additional functionality File system management, file modification, and streaming text operations are implemented with the Scripting Runtime Library scrrun.dll. This provides objects such as FileSystemObject, File, and TextStream, which expose the Windows file system to the programmer. Binary file and memory I/O are provided by the "ADODB.Stream" class, which can also be used for string builders (to avoid excessive string concatenation, which can be costly), and to interconvert byte arrays and strings. Database access is made possible through ActiveX Data Objects (ADO), and the IIS Metabase can be manipulated using the GetObject() function with sufficient permissions (useful for creating and destroying sites and virtual directories). XML files and schemas can be manipulated with the Microsoft XML Library Application Programming
True and False for logical values, vbOKCancel and vbYesNo for MsgBox codes, vbBlack and vbYellow for color values, vbCR for the carriage return character, and many others. Variables have "Variant" type by default, but it is possible (and sometimes necessary) to force a particular type (integer, date, etc.) using conversion functions (CInt, CDate, etc.) User interaction is provided through the functions MsgBox and InputBox which provide a simple dialogue box format for messages and input. Both functions display prompting messages, with the former returning a standard response, and the latter returning one user-supplied text or numeric value. For more elaborate GUI interaction with controls, VBScript can be used in combination with HTML, for example, in an HTML Application. Event-driven forms are not supported as in Visual Basic or Visual Basic for Applications. Names are not case-sensitive. However, it is considered a best practice of VBScript style to be consistent and to capitalize judiciously. VBScript functionalities When hosted by the Windows Script Host, VBScript provides numerous features which are common to scripting languages, but not available from Visual Basic 6.0. These features include direct or easy access to: Named and unnamed command line arguments, Stdin and stdout, which could be redirected, WSH.Echo which writes to the console and cannot be redirected, WSH.ExitCode which can be tested from DOS batch files, or by the process which invoked the script file, Network Printers, Network Shares, Special Folders, e.g. Desktop, Favorites, MyDocuments and so on, Network user information, such as group membership, Methods for runtime execution of text defined at runtime: Eval and Execute, Methods for executing scripts on remote machines, Windows Management Instrumentation (WMI) Functionality for embedding a VBScript engine in other applications, using a widely known language. CScript, the command line runner, provides options for: Interactive or Batch Mode, Invoking Debug Mode from the command line, Error reporting including the line number. Additional functionality File system management, file modification, and streaming text operations are implemented with the Scripting Runtime Library scrrun.dll. This provides objects such as FileSystemObject, File, and TextStream, which expose the Windows file system to the programmer. Binary file and memory I/O are provided by the "ADODB.Stream" class, which can also be used for string builders (to avoid excessive string concatenation, which can be costly), and to interconvert byte arrays and strings. Database access is made possible through ActiveX Data Objects (ADO), and the IIS Metabase can be manipulated using the GetObject() function with sufficient permissions (useful for creating and destroying sites and virtual directories). XML files and schemas can be manipulated with the Microsoft XML Library Application Programming Interfaces (, ), which also can be used to retrieve content from the World Wide Web via the XMLHTTP and ServerXMLHTTP objects (class strings "MSXML2.XMLHTTP.6.0" and "MSXML2.ServerXMLHTTP.6.0", respectively). Functionality can also be added through ActiveX technologies. Security concerns have led to many ActiveX controls being blacklisted in the Internet Explorer process by Microsoft, which deploys the killbit via monthly Windows security updates to disable vulnerable Microsoft and third party code. Programmers can utilize the extensibility via COM (ActiveX) modules to specifically equip the Script Host and VBScript with required or desired functions. The "VTool" component, for instance, adds a number of dialog windows, binary file access, and other functionality. Development tools Microsoft does not routinely make available an IDE (Integrated Development Environment) for VBScript, although the Microsoft Script Editor has been bundled with certain versions of Microsoft Office. For debugging purposes the Microsoft Script Debugger can still be used in current Windows versions, even though the tool has not been updated in years. It allows the user to set break points in the VBScript code but the user interface is more than clumsy. There are VBScript debuggers available from third-party sources, and many text editors offer syntax highlighting for the language. During execution, when an error occurs, the script host issues a message stating the type of error and the number of the offending line. Uses Although VBScript is a general-purpose scripting language, several particular areas of use are noteworthy. First, it is widely used among system administrators in the Microsoft environment. This situation may change with the promotion and increased use of PowerShell. Second, VBScript is the scripting language for Quick Test Professional, a test automation tool. A third area to note is the adoption of VBScript as the internal scripting language for some embedded applications, such as industrial operator interfaces and human machine interfaces. The hierarchical DBMS InterSystems Caché (which has its roots in the language MUMPS) also supports an implementation of VBScript, Cache BASIC, for programming stored code. VBScript omits several useful features of the full Visual Basic, such as strong typing, extended error trapping and the ability to pass a variable number of parameters to a subroutine. However, its use is relatively widespread because it is easy to learn and because those who implement code in the language need not
in vintage dance of the ragtime era through the 1930s. New Jersey The Mid-Atlantic Center for the Arts and Humanities, a nonprofit organization committed to preservation, interpretation, and cultural enrichment for Cape May's residents and visitors, has been sponsoring vintage dance weekends in Cape May for more than 20 years. Held each April and October, these weekends provide instruction and costume dance opportunities with live music. Cape May is a National Historic landmark city at the southernmost tip of New Jersey with an unparalleled collection of Victorian-era homes. North Carolina Since 2001, Triangle Vintage Dance has offered classes focusing on dances from the Victorian and ragtime eras for the Raleigh-Durham-Chapel Hill area. In addition to classes and a monthly dance mixer, the group also holds an annual Victorian Ball. Ohio >Flying Cloud Academy of Vintage Dance>, in Cincinnati Ohio, is dedicated to the preservation, performance, and teaching of historic ballroom dance and music. The group creates and maintains a thriving vintage dance community, which provides opportunities for dancers at all levels to enjoy authentic historic dance and other related traditions. They share the love of dance through classes, performances, and the recreation of elegant evenings of dancing in period settings. References External links Hartford Underground Vinnie's Jump & Jive Yale Swing, Blues, and Fusion Commonwealth Vintage Dancers Vintage Dancing in Australia American
hold balls and events to promote and teach vintage dances. Connecticut Hartford Underground is a vintage swing dance society in the greater Hartford area. The community dance hall Vinnie's Jump & Jive in Middletown frequently hosts swing and blues dance nights. Yale Swing, Blues, and Fusion is a "noncompetitive swing and blues dancing community" on Yale University's campus. Their "regular events include monthly swing dances, weekly swing, blues, and fusion practica on Sundays, weekly fusion practica on Tuesdays, and trips to local dancing events." They "offer Lindy Hop and Blues lessons every semester, for a nominal fee, and invite guest instructors for dance workshops at various points throughout the year. Their "events are open to everyone – undergraduate and graduate students, faculty and staff, and members of the broader New Haven community." Massachusetts The Commonwealth Vintage Dancers have been active for more than 26 years and sponsor monthly vintage Victorian dance classes and balls throughout the greater Boston area. Every summer, the group gathers in Newport, Rhode Island, for week-long dance training, seaside teas, and evenings enjoying the splendors of the Gilded Age. California The Gaskell Ball is a long-running bimonthly Victorian Ball held in Oakland, California. The Period Events and Entertainments Reenactment Society holds themed vintage dance events of various eras on the first Saturday of each month. The Bay Area Country Dance Society promotes, preserves, and teaches traditional English and American music and dance in the San Francisco Bay area. The Bay Area English Regency Society, another group in the San Francisco Bay area, specializes in the dances of the English Regency. Colorado American Vernacular Dance hosts ragtime-era vintage dance events with live music, principally at the Avalon Ballroom in Boulder, Colorado.
into a symmetrical cycle. Cardinal voting systems provide more information than rankings, allowing a winner to be found. For instance, under score voting, the ballots might be: Candidate A gets the largest score, and is the winner, as A is the nearest to all voters. However, a majority of voters have an incentive to give A a 0 and C a 10, allowing C to beat A, which they prefer, at which point, a majority will then have an incentive to give C a 0 and B a 10, to make B win, etc. (In this particular example, though, the incentive is weak, as those who prefer C to A only score C 1 point above A; in a ranked Condorcet method, it's quite possible they would simply equally rank A and C because of how weak their preference is, in which case a Condorcet cycle wouldn't have formed in the first place, and A would've been the Condorcet winner). So though the cycle doesn't occur in any given set of votes, it can appear through iterated elections with strategic voters with cardinal ratings. Necessary condition for the paradox Suppose that x is the fraction of voters who prefer A over B and that y is the fraction of voters who prefer B over C. It has been shown that the fraction z of voters who prefer A over C is always at least (x + y – 1). Since the paradox (a majority preferring C over A) requires z < 1/2, a necessary condition for the paradox is that Likelihood of the paradox It is possible to estimate the probability of the paradox by extrapolating from real election data, or using mathematical models of voter behavior, though the results depend strongly on which model is used. In particular, Andranik Tangian has proved that the probability of Condorcet paradox is negligible in a large society. Impartial culture model We can calculate the probability of seeing the paradox for the special case where voter preferences are uniformly distributed among the candidates. (This is the "impartial culture" model, which is known to be unrealistic, so, in practice, a Condorcet paradox may be more or less likely than this calculation.) For voters providing a preference list of three candidates A, B, C, we write (resp. , ) the random variable equal to the number of voters who placed A in front of B (respectively B in front of C, C in front of A).
z of voters who prefer A over C is always at least (x + y – 1). Since the paradox (a majority preferring C over A) requires z < 1/2, a necessary condition for the paradox is that Likelihood of the paradox It is possible to estimate the probability of the paradox by extrapolating from real election data, or using mathematical models of voter behavior, though the results depend strongly on which model is used. In particular, Andranik Tangian has proved that the probability of Condorcet paradox is negligible in a large society. Impartial culture model We can calculate the probability of seeing the paradox for the special case where voter preferences are uniformly distributed among the candidates. (This is the "impartial culture" model, which is known to be unrealistic, so, in practice, a Condorcet paradox may be more or less likely than this calculation.) For voters providing a preference list of three candidates A, B, C, we write (resp. , ) the random variable equal to the number of voters who placed A in front of B (respectively B in front of C, C in front of A). The sought probability is (we double because there is also the symmetric case A> C> B> A). We show that, for odd , where which makes one need to know only the joint distribution of and . If we put , we show the relation which makes it possible to compute this distribution by recurrence: . The following results are then obtained: The sequence seems to be tending towards a finite limit. Using the Central-Limit Theorem, we show that tends to where is a variable following a Cauchy distribution, which gives (constant quoted in the OEIS). The asymptotic probability of encountering the Condorcet paradox is therefore which gives the value 8.77%. Some results for the case of more than three objects have been calculated. The likelihood of a Condorcet cycle for related models approach these values for large electorates: Impartial anonymous culture (IAC): 6.25% Uniform culture (UC): 6.25% Maximal culture condition (MC): 9.17% All of these models are unrealistic, and are investigated to establish an upper bound on the likelihood of a cycle. Group coherence models When modeled with more realistic voter preferences, Condorcet paradoxes in elections with a small number of candidates and a large number of voters become very rare. Spatial model A study of three-candidate elections analyzed 12 different models of voter behavior, and found the spatial model of voting to be the most accurate to real-world ranked-ballot election data. Analyzing this spatial model, they found the likelihood of a cycle to decrease to zero as the number of voters increases, with likelihoods of 5% for 100 voters, 0.5% for 1000 voters, and 0.06% for 10,000 voters. Empirical studies Many attempts have been made at finding empirical examples of the paradox. Empirical identification of a Condorcet paradox presupposes extensive data on the decision-makers' preferences over all alternatives—something that is only very rarely available. A summary of 37 individual studies, covering a total of 265 real-world elections, large and small, found 25 instances of a Condorcet paradox, for a total likelihood of 9.4% (and this may be a high estimate, since cases of the paradox are more likely to be reported on than cases without). An analysis of 883 three-candidate elections extracted from 84 real-world ranked-ballot elections of the Electoral Reform Society found a Condorcet cycle likelihood of 0.7%. These derived elections had between 350 and 1,957 voters. A similar analysis of data from the 1970–2004 American National Election Studies thermometer scale surveys found a Condorcet cycle likelihood of 0.4%. These derived elections had between 759 and 2,521 "voters". While examples of the paradox seem to occur occasionally in small settings (e.g., parliaments) very few examples have been found in larger groups (e.g. electorates), although some have been identified. Implications When a Condorcet method is used to determine an election, the voting paradox of cyclical societal preferences implies that the election has no Condorcet winner: no candidate who can win a one-on-one election against each other candidate. There will still be a smallest group of candidates, known as the Smith set, such that each candidate in the group can win a one-on-one election against each of the candidates outside the group. The several variants of the Condorcet method differ on how they resolve such ambiguities when they arise to determine a winner. The Condorcet methods which always elect someone from the Smith set when there is no Condorcet winner are known as Smith-efficient. Note that using only rankings, there is no fair and deterministic resolution to the trivial example given earlier because each candidate is in an exactly symmetrical situation. Situations having the voting paradox can cause voting mechanisms
while Remix sold a further 437,036 units there in 1995, for a combined total of 1,067,036 units sold for the Saturn in Japan. On release of the Saturn version, Sega Saturn Tsūshin scored the game a 38 out of 40. Famicom Tsūshin would score the same version a 36 out of 40 five months later. Computer and Video Games reviewed a Japanese import in December 1994, stating "the last machine to generate so much interest in this office was the arrival of" the Super Famicom with Super Mario World. Steve James praised the "superlative" moves, "amazingly crisp" sound samples, and "totally realistic" action; Mark Patterson, while criticizing the high UK import price of (), concluded with "credit to Sega for producing an excellent machine, and even more to AM2 for its near-perfect conversion of this fantastic game." In a review of the Japanese release, GamePro praised the retention of the fighters, moves, varying camera angles, and controls of the arcade version, as well as the improved voice and sound effects and home version options, and concluded it to be "one of the best games ever bundled with a system". Their later review of the North American release was similarly laudatory, but remarked that Tekken and Battle Arena Toshinden for the soon-to-launch PlayStation were even better. Next Generation, which also reviewed the game prior to the Saturn's USA launch, disagreed, contending that "What Virtua Fighter lacks in [Battle Arena] Tohshindens immediate graphical punch, it makes up for in grinding longevity." They particularly praised the game's depth and realism, and summarized that "The Saturn Virtua Fighter is, to all intents and purposes, the coin-op game brought home. And away from the arcade, under the harsh light of unhurried examination, its merits grow." Maximum gave it five out of five stars, calling it "a stunningly close conversion that is quite possibly the best game available for the machine." They remarked that the innovations such as the 3D motion capture remained impressive, as well as the depth and variety of the character's gameplay application: "every fighter has almost limitless scope for coming up with all-new attacks." They also praised the "very clever mixture of superbly exaggerated sound effects coupled with a tangible, realistic impact for every blow." Electronic Gaming Monthly were more subdued in their reaction, but two of their four reviewers commented that it was nearly identical to the arcade version. They scored it 31.5 out of 40 (average 7.875 out of 10). Edge rated the Saturn version 9/10, stating "Saturn Virtua Fighter has all the pulling power of the arcade version, including the swooping, gliding game camera, the stylish polygon characters, the totally convincing animation and the compulsive gameplay ... [The graphics] were impressive enough in the original, but on the Saturn, under the kind of intense scrutiny you can never give a game in the arcades, they emerge as simply astounding ... It's arguably the first true 'next generation' console game, fusing the best aspects of combat gameplay with groundbreaking animation and gorgeous sound". Sega Saturn Magazine gave Virtua Fighter Remix 5 out of 5 stars, saying that it fixed the glitches and graphics of the original game while maintaining the already excellent gameplay. Electronic Gaming Monthly scored Remix 29 out of 40 (average 7.25 out of 10). The reviewers praised all the game's improvements, but most of them concluded that it was still not worth buying for players who already owned the original game. Maximum likewise praised the quality of the game and its low price tag, but felt it was not worth buying with the release of the even better Saturn conversion of Virtua Fighter 2 less than a month away. They scored it 4 out of 5 stars. The staff of Next Generation gave it five out of five stars, applauding the graphical improvements and glitch fixes. They commented: "Perhaps never in videogame history has a problem such as Virtua Fighter been so quickly and thoroughly corrected. Virtua Fighter Remix contains all the great gameplay of the original without any of the weak spots." Scary Larry of GamePro gave the game a highly positive review for its graphical enhancements and retention of all the excellent gameplay of the original Saturn version. GamePro also ran two reader-submitted reviews for the game; King Kane argued that the graphical and audio improvements make the game worth trying even for those who are not fans of Virtua Fighter, while Tricky Ricky argued that though the game is an impressive upgrade, the lack of changes to the gameplay make its appeal quickly fade. Famicom Tsūshin scored Virtua Fighter Remix a 35 out of 40, and the Sega 32X version of the game a 30 out of 40. Next Generation reviewed the arcade version of the game, and stated that "The drawback of all Titan games, including Remix, is that the technology isn't as advanced, fast, or powerful as Model 2B [...] and these games are really like playing fast Saturn games in the arcade." Electronic Gaming Monthly scored the 32X version 30.5 out of 40 (average 7.625 out of 10), calling it an excellent conversion given the system it's on, but dated next to the graphically superior Saturn version and especially Virtua Fighter Remix, both of which had already been released. GamePro also noted that the 32X version suffers from more slowdown and fewer polygons than the Saturn version, as well as "tinny sound quality", but praised the additional options not included in the Saturn version and rated it as an overall strong port. A critic for Next Generation similarly said that the 32X version is not as impressive looking as the Saturn version but has more options and fewer glitches, making it an overall excellent port. He argued that the game was not worth buying a 32X for, since the system was not powerful enough to handle ports of Virtua Fighter Remix or Virtua Fighter 2 (which was soon to be released for the Saturn), but that it was an essential purchase for those who already own a 32X. In 1996, Computer Gaming World declared Virtua Fighter PC the 121st-best computer game ever released. Legacy and impact Virtua Fighter dispensed with sprite-based graphics, replacing them with flat-shaded polygons rendered in real-time, by the Model 1's 3D-rendering hardware, allowing for effects and technologies that were impossible in sprite-based fighters, such as characters that could move in three dimensions, and a dynamic camera that could zoom, pan, and swoop dramatically around the arena. It has been credited with both introducing and popularizing the use of polygon-based 3D graphics in fighting games. Next Generation said in 1995 that Virtua Fighter was "arguably the most significant game" of the 1990s. 1UP listed it as one of the 50 most important games of all time. They credited Virtua Fighter for creating the 3D fighting game genre, and more generally, demonstrating the potential of 3D polygon human characters (as the first to implement them in a useful way), showing the potential of realistic gameplay (introducing a character physics system and realistic character animations), and introducing fighting game concepts such as the ring-out and the block button. At a time when fighting games were becoming increasingly focused on violence and shock value, the popularity of Virtua Fighter demonstrated that fighting games focused on gameplay were still commercially viable. Game designer Yasuyuki Oda remarks being impressed by this video game while working for SNK. In particular, Virtua Fighter garnered praise for its simple three-button control scheme, with the game's strategy coming from the intuitively observed differences between characters that felt and acted differently rather than the more ornate combos of two-dimensional competitors. Virtua Fighter's fluid animation and relatively realistic depiction of distinct fighting styles gave its combatants a lifelike presence considered impossible to replicate with sprites. Virtua Fighter played a crucial role in popularizing 3D polygonal graphics. Some of the Sony Computer Entertainment (SCE) staff involved in the creation of the original PlayStation video game console credit Virtua Fighter as inspiration for the PlayStation's 3D graphics hardware. According to SCE's former producer Ryoji Akagawa and chairman Shigeo Maruyama, the PlayStation was originally being considered as a 2D focused hardware, and it was not until the success of Virtua Fighter in the arcades that they decided to design the PlayStation as a 3D focused hardware. Toby Gard also cited Virtua Fighter as an influence on the use of polygon characters—and the creation of Lara Croft—in Tomb Raider: "It became clear to me watching people play Virtua Fighter, which was kind of the first big 3D-character console game, that even though there were only two female characters in the lineup, in almost every game I saw being played, someone was picking one of the two females."
with solid gameplay" in "the cut-throat world" of arcades. Ports The console port of Virtua Fighter, which was very close to the arcade game, sold at a nearly 1:1 ratio with the Saturn hardware during the Japanese launch. The Future Publishing magazine Ultimate Future Games called Virtua Fighter the "game that killed" the 16-bit machines. The Saturn version sold 630,000 units in Japan, while Remix sold a further 437,036 units there in 1995, for a combined total of 1,067,036 units sold for the Saturn in Japan. On release of the Saturn version, Sega Saturn Tsūshin scored the game a 38 out of 40. Famicom Tsūshin would score the same version a 36 out of 40 five months later. Computer and Video Games reviewed a Japanese import in December 1994, stating "the last machine to generate so much interest in this office was the arrival of" the Super Famicom with Super Mario World. Steve James praised the "superlative" moves, "amazingly crisp" sound samples, and "totally realistic" action; Mark Patterson, while criticizing the high UK import price of (), concluded with "credit to Sega for producing an excellent machine, and even more to AM2 for its near-perfect conversion of this fantastic game." In a review of the Japanese release, GamePro praised the retention of the fighters, moves, varying camera angles, and controls of the arcade version, as well as the improved voice and sound effects and home version options, and concluded it to be "one of the best games ever bundled with a system". Their later review of the North American release was similarly laudatory, but remarked that Tekken and Battle Arena Toshinden for the soon-to-launch PlayStation were even better. Next Generation, which also reviewed the game prior to the Saturn's USA launch, disagreed, contending that "What Virtua Fighter lacks in [Battle Arena] Tohshindens immediate graphical punch, it makes up for in grinding longevity." They particularly praised the game's depth and realism, and summarized that "The Saturn Virtua Fighter is, to all intents and purposes, the coin-op game brought home. And away from the arcade, under the harsh light of unhurried examination, its merits grow." Maximum gave it five out of five stars, calling it "a stunningly close conversion that is quite possibly the best game available for the machine." They remarked that the innovations such as the 3D motion capture remained impressive, as well as the depth and variety of the character's gameplay application: "every fighter has almost limitless scope for coming up with all-new attacks." They also praised the "very clever mixture of superbly exaggerated sound effects coupled with a tangible, realistic impact for every blow." Electronic Gaming Monthly were more subdued in their reaction, but two of their four reviewers commented that it was nearly identical to the arcade version. They scored it 31.5 out of 40 (average 7.875 out of 10). Edge rated the Saturn version 9/10, stating "Saturn Virtua Fighter has all the pulling power of the arcade version, including the swooping, gliding game camera, the stylish polygon characters, the totally convincing animation and the compulsive gameplay ... [The graphics] were impressive enough in the original, but on the Saturn, under the kind of intense scrutiny you can never give a game in the arcades, they emerge as simply astounding ... It's arguably the first true 'next generation' console game, fusing the best aspects of combat gameplay with groundbreaking animation and gorgeous sound". Sega Saturn Magazine gave Virtua Fighter Remix 5 out of 5 stars, saying that it fixed the glitches and graphics of the original game while maintaining the already excellent gameplay. Electronic Gaming Monthly scored Remix 29 out of 40 (average 7.25 out of 10). The reviewers praised all the game's improvements, but most of them concluded that it was still not worth buying for players who already owned the original game. Maximum likewise praised the quality of the game and its low price tag, but felt it was not worth buying with the release of the even better Saturn conversion of Virtua Fighter 2 less than a month away. They scored it 4 out of 5 stars. The staff of Next Generation gave it five out of five stars, applauding the graphical improvements and glitch fixes. They commented: "Perhaps never in videogame history has a problem such as Virtua Fighter been so quickly and thoroughly corrected. Virtua Fighter Remix contains all the great gameplay of the original without any of the weak spots." Scary Larry of GamePro gave the game a highly positive review for its graphical enhancements and retention of all the excellent gameplay of the original Saturn version. GamePro also ran two reader-submitted reviews for the game; King Kane argued that the graphical and audio improvements make the game worth trying even for those who are not fans of Virtua Fighter, while Tricky Ricky argued that though the game is an impressive upgrade, the lack of changes to the gameplay make its appeal quickly fade. Famicom Tsūshin scored Virtua Fighter Remix a 35 out of 40, and the Sega 32X version of the game a 30 out of 40. Next Generation reviewed the arcade version of the game, and stated that "The drawback of all Titan games, including Remix, is that the technology isn't as advanced, fast, or powerful as Model 2B [...] and these games are really like playing fast Saturn games in the arcade." Electronic Gaming Monthly scored the 32X version 30.5 out of 40 (average 7.625 out of 10), calling it an excellent conversion given the system it's on, but dated next to the graphically superior Saturn version and especially Virtua Fighter Remix, both of which had already been released. GamePro also noted that the 32X version suffers from more slowdown and fewer polygons than the Saturn version, as well as "tinny sound quality", but praised the additional options not included in the Saturn version and rated it as an overall strong port. A critic for Next Generation similarly said that the 32X version is not as impressive looking as the Saturn version but has more options and fewer glitches, making it an overall excellent port. He argued that the game was not worth buying a 32X for, since the system was not powerful enough to handle ports of Virtua Fighter Remix or Virtua Fighter 2 (which was soon to be released for the Saturn), but that it was an essential purchase for those who already own a 32X. In 1996, Computer Gaming World declared Virtua Fighter PC the 121st-best computer game ever released. Legacy and impact Virtua Fighter dispensed with sprite-based graphics, replacing them with flat-shaded polygons rendered in real-time, by the Model 1's 3D-rendering hardware, allowing for effects and technologies that were impossible in sprite-based fighters, such as characters that could move in three dimensions, and a dynamic camera that could zoom, pan, and swoop dramatically around the arena. It has been credited with both introducing and popularizing the use of polygon-based 3D
to an interview with Green, puppetuse was "A term I coined to mean a secret paper-doll fantasy figure [thus puppet], who would be my everything and bear my children." Green died on December 24, 2000, in Los Angeles,
everything and bear my children." Green died on December 24, 2000, in Los Angeles, California, from complications of a stroke he suffered earlier that year. References External links Soul and R&B Heaven
II boats (excluding SSN-778) were also built under a multi-year procurement agreement as opposed to a block-buy contract in Block I, enabling savings in the range of $400 million ($80 million per boat). As a result of improvements in the construction process, New Hampshire was US$500 million cheaper, required 3.7 million fewer labor hours to build (25% less), thus shortening the construction period by 15 months (20% less) compared to Virginia. Block III through SSN-791 (8 boats) make up the Third Block or "Flight" and began construction in 2009. Block III subs feature a revised bow with a Large Aperture Bow (LAB) sonar array, as well as technology from Ohio-class SSGNs (2 VLS tubes each containing 6 missiles). The horseshoe-shaped LAB sonar array replaces the spherical main sonar array which has been used on all U.S. Navy SSNs since 1960. The LAB sonar array is water-backed—as opposed to earlier sonar arrays which were air-backed—and consists of a passive array and a medium-frequency active array. Compared to earlier Virginia-class submarines about 40% of the bow has been redesigned.South Dakota (SSN-790) will be equipped with a new propulsor, possibly the Hybrid Multi-Material Rotor (HMMR), developed by Defense Advanced Research Projects Agency (DARPA). The Hybrid Multi-Material Rotor program is an attempt to improve the design and manufacturing process of submarine propellers with an aim of reducing the cost and weight of the propeller/rotor as well as improving overall acoustic performance. Block IV Block IV involved 10 boats. In 2013, execution of this 10-submarine contract was put in doubt by budget sequestration in 2013. The most costly shipbuilding contract in history was awarded on 28 April 2014 as prime contractor General Dynamics Electric Boat took on a $17.6 billion contract for ten Block IV Virginia-class attack submarines. The main improvement over the Block III is the reduction of major maintenance periods from four to three, increasing each boat's total lifetime deployments by one. The long-lead-time materials contract for SSN-792 was awarded on 17 April 2012, with SSN-793 and SSN-794 following on 28 December 2012. The U.S. Navy has awarded General Dynamics Electric Boat a $208.6 million contract modification for the second fiscal year (FY) 14 Virginia-class submarine, SSN-793, and two FY 15 submarines, SSN-794 and SSN-795. With this modification, the overall contract is worth $595 million. Block IV consists of 10 submarines. Block V Block V involves 10 boats and may incorporate the Virginia Payload Module (VPM), which would give guided-missile capability when the SSGNs are retired from service. The Block V subs are expected to triple the capacity of shore targets for each boat. Construction on the first two boats of this block was expected to begin in 2019 but was pushed back to 2020, with contracts for long lead time material for SSN-802 and SSN-803 being awarded to General Dynamic's Electric Boat. HII Newport News Shipbuilding was awarded a long-lead materials contract for two Block V boats in 2017, the first Block Vs for the company. On 2 December 2019, the Navy announced an order for nine new Virginia-class submarines – eight Block Vs and one Block IV – for a total contract price of $22 billion with an option for a tenth boat. The Block V subs were confirmed to have an increased length, from 377 ft (115 m) to 460 ft (140 m), and displacement, from 7,800 tons to 10,200 tons. This would make the Block V the second-largest US submarine, behind only the Ohio-class (at 560 ft; 170 m). On 22 March 2021, the U.S. Navy added a 10th ship in Block V series of the Virginia-class attack submarine, issuing a $2.4 billion adjustment on the December 2019 contract. This brings the total cost of the contract with prime contractor General Dynamics Electric Boat to $24.1 billion. The net increase for the contract is $1.89 billion, according to a General Dynamics release. Huntington Ingalls Industries' Newport News shipyard is the partner yard in the program. Boats in class Future acquisitions The Navy plans to acquire at least 34 Virginia-class submarines, however, more recent data provided by the Naval Submarine League (in 2011) and the Congressional Budget Office (in 2012) seems to imply that more than 30 submarines may eventually be built. The Naval Submarine League believes that up to 10 Block V boats will be built. The same source also states that 10 additional submarines could be built after Block V submarines, with 5 in the so-called Block VI and 5 in Block VII, largely due to the delays experienced with the "Improved Virginia". These 20 submarines (10 Block V, 5 Block VI, 5 Block VII) would carry VPM bringing the total number of Virginia-class submarines to 48 (including the 28 submarines in Blocks I, II, III and IV). The CBO in its 2012 report states that 33 Virginia-class submarines will be procured in the 2013–2032 timeframe, resulting in 49 submarines in total since 16 were already procured by the end of 2012. Such a long production run seems unlikely but another naval program, the , is still ongoing even though the first vessel was procured in 1985. However, other sources believe that production will end with Block V. In addition, data provided in CBO reports tends to vary considerably compared to earlier editions. Block VI submarines include an organic ability to employ seabed warfare equipment. SSN(X)/Improved Virginia Initially dubbed Future Attack Submarine and Improved Virginia class in Congressional Budget Office (CBO) reports, the SSN(X) or Improved Virginia-class submarines will be an evolved version of the Virginia class. In late 2014, the US Navy began early preparation work on the SSN(X). It was planned that the first submarine would be procured in 2025. However, their introduction (i.e., procurement of the first submarine) has been pushed back to 2033/2034. The long-range shipbuilding plan is for the new SSN to be authorized in 2034, and become operational by 2044 after the last Block VII Virginia is built. Roughly a decade will be spent identifying, designing, and demonstrating new technologies before an analysis of alternatives is issued in 2024. An initial small team has been formed to consult with industry and identify the threat environment and technologies the submarine will need to operate against in the 2050-plus timeframe. One area already identified is the need to integrate with off-board systems so future Virginia boats and the SSN(X) can employ networked, extremely long-ranged weapons. A torpedo propulsion system concept from the Pennsylvania State University could allow a torpedo to hit a target away and be guided by another asset during the terminal phase. Targeting information might also come from another platform like a patrol aircraft or an unmanned aerial vehicle (UAV) launched from the submarine. Researchers have identified a quieter advanced propulsion system and the ability to control multiple unmanned underwater vehicles (UUVs) at once as key SSN(X) components. The future submarines will operate through the end of the 21st century, and potentially into the 22nd century. New propulsion technology, moving beyond the use of a rotating mechanical device to push the boat through the water, could come in the form a biomimetic propulsion system that would eliminate noise-generating moving parts like the drive shaft and the spinning blades of the propulsor. In 2019, the Congressional Budget Office estimated that the SSN(X) boats could cost up to $5.5 billion per hull. The current Virginia-class boats cost about $2.8 billion per hull, while the Block V boats with the 80-foot Virginia Payload Module will cost about $3.2 billion. "The Navy indicates that the next-generation attack submarine should be faster, stealthier, and able to carry more torpedoes than the Virginia-class — similar to the Seawolf-class submarine. CBO therefore assumed that the SSN(X) would be a Seawolf-sized SSN, which displaces about 9,100 tons when submerged, and would have an all-new design in keeping with the Navy’s description of it as a fast, lethal next-generation attack submarine", the CBO wrote. Potential exports On 16 September 2021, Australian Prime Minister Scott Morrison announced that Australia had cancelled its contract with French shipbuilder Naval Group for 12 Attack-class diesel-electric submarines based on the French Barracuda-class nuclear submarine. The AUKUS trilateral security pact between Australia, the United Kingdom (UK) and the United States, was announced the same day. Under the pact,
Virginia class is the first to utilize photonic sensors instead of a traditional periscope. The class is equipped with high-resolution cameras, along with light-intensification and infrared sensors, an infrared laser rangefinder, and an integrated Electronic Support Measures (ESM) array. Two redundant sets of these sensors are mounted on two AN/BVS-1 photonics masts located outside the pressure hull. Signals from the masts' sensors are transmitted through optical fiber data lines through signal processors to the control center. Visual feeds from the masts are displayed on liquid-crystal display interfaces in the command center. The design of earlier optical periscopes required them to penetrate the pressure hull, reducing the structural integrity of the pressure hull as well as increasing the risk of flooding, and also required the submarine's control room to be located directly below the sail/fin. Implementation of photonics masts (which do not penetrate the pressure hull) enabled the submarine control room to be relocated to a position inside the pressure hull which is not necessarily directly below the sail. The current photonics masts have a visual appearance so different from the ordinary periscopes that when the submarine is detected, it can be distinctly identified as a Virginia-class vessel. As a result, current photonic masts will be replaced with Low-Profile Photonics Masts (LPPM) which resemble traditional submarine periscopes more closely. In the future, a non-rotational Affordable Modular Panoramic Photonics Mast may be fitted, enabling the submarine to obtain a simultaneous 360° view of the sea surface. Propulsor In contrast to a traditional bladed propeller, the Virginia class uses pump-jet propulsors by BAE Systems, originally developed for the Royal Navy's s. The propulsor significantly reduces the risks of cavitation, and allows quieter operation. Improved sonar systems Sonar arrays aboard Virginia-class submarines have an "Open System Architecture" (OSA) which enables rapid insertion of new hardware and software as they become available. Hardware upgrades (dubbed Technology Insertions) are usually carried out every four years, while software updates (dubbed Advanced Processor Builds) are carried out every two years. Virginia-class submarines feature several types of sonar arrays. BQQ-10 bow-mounted spherical active/passive sonar array (Large Aperture Bow (LAB) sonar array from SSN-784 onwards) A wide aperture lightweight fiber optic sonar array, consisting of three flat panels mounted low along either side of the hull Two high frequency active sonars mounted in the sail and bow. The chin-mounted (below the bow) and sail-mounted high frequency sonars supplement the (spherical/LAB) main sonar array, enabling safer operations in coastal waters, enhancing under-ice navigation, and improving anti-submarine warfare performance. Low-Cost Conformal Array (LCCA) high frequency sonar, mounted on both sides of the submarine's sail. Provides coverage above and behind the submarine.Virginia-class submarines are also equipped with a low frequency towed sonar array and a high frequency towed sonar array. TB-16 or TB-34 fat line tactical towed sonar array TB-29 or TB-33 thin line long-range search towed sonar array Rescue equipment Submarine Escape Immersion Equipment MK11 suit(s) – enable ascent from a sunken submarine (maximum ascent depth ) Lithium hydroxide canisters that remove carbon dioxide from the submarine's atmosphere Submarine Emergency Position Indicating Radio Beacon (SEPIRB) Virginia Payload Module The Block III submarines have two multipurpose Virginia Payload Tubes (VPT) replacing the dozen single purpose cruise missile launch tubes. The Block V submarines built from 2019 onward will have an additional Virginia Payload Module (VPM) mid-body section, increasing their overall length. The VPM will add four more VPTs of the same diameter and greater height, located on the centerline, carrying up to seven Tomahawk missiles apiece, that would replace some of the capabilities lost when the SSGN conversion s are retired from the fleet. Initially eight payload tubes/silos were planned but this was later rejected in favour of four tubes installed in a long module between the operations compartment and the propulsion spaces. The VPM could potentially carry (non-nuclear) medium-range ballistic missiles. Adding the VPM would increase the cost of each submarine by $500 million (2012 prices). This additional cost would be offset by reducing the total submarine force by four boats. More recent reports state that as a cost reduction measure the VPM would carry only Tomahawk SLCM and possibly unmanned undersea vehicles (UUV) with the new price tag now estimated at $360–380 million per boat (in 2010 prices). The VPM launch tubes/silos will reportedly be similar in design to the ones planned for the Ohio-class replacement. In July 2016 General Dynamics was awarded $19 million for VPM development. In February 2017 General Dynamics was awarded $126 million for long lead time construction of Block V submarines equipped with VPM. The VPM was designed by BWX Technologies (the same company also designs the missile tubes for the ), however, manufacture is undertaken by BAE Systems. High-energy laser weapon According to open-source budget documents, Virginia-class submarines are planned to be equipped with a high-energy laser weapon likely to be incorporated into the photonics mast and have a power output of 300–500 kilowatts, based on the submarine's 210 megawatts reactor capacity. Other improved equipment Optical fiber fly-by-wire Ship Control System replaces electro-hydraulic systems for control surface actuation. Command and control system module (CCSM) built by Lockheed Martin. The auxiliary generator is powered by a Caterpillar model 3512B V-12 marine diesel engine. This replaced the Fairbanks-Morse diesel engine, which would not fit in Virginias auxiliary machinery room. Modernized version of the AN/BSY-1 integrated combat system designated AN/BYG-1 (previously designated CCS Mk2) and built by General Dynamics AIS (previously Raytheon). AN/BYG-1 integrates the submarine Tactical Control System (TCS) and Weapon Control System (WCS). USS California was the first Virginia-class submarine with the advanced electromagnetic signature reduction system built into it, but this system is being retrofitted into the other submarines of the class. Integral 9-man lock-out chamber. Specifications Builders: General Dynamics Electric Boat and HII Newport News Shipbuilding Length: [Block V: 460 ft (140.2 m)] Beam: Displacement: [Block V: Payload: 40 weapons, special operations forces, unmanned undersea vehicles, Advanced SEAL Delivery System (ASDS) [Block V: 40 Tomahawk cruise missiles] Propulsion: S9G nuclear reactor delivering . Nuclear core life estimated at 33 years. Nuclear fuel manufactured by BWX Technologies. Test depth: greater than , allegedly around . Speed: Greater than , allegedly up to Planned cost: about US$1.65 billion each (based on FY95 dollars, 30-boat class and two boat/year build-rate) Actual cost: US$1.5 billion (in 1994 prices), US$2.6 billion (in 2012 prices) Annual operating cost: $50 million per unit (in 2012 prices) Crew: 120 enlisted and 14 officers Armament: 12 VLS & four torpedo tubes, capable of launching Mark 48 torpedoes, UGM-109 Tactical Tomahawks, Harpoon missiles and the new advanced mobile mine when it becomes available. Block V boats will have the additional VPM module which contains four large diameter tubes which can accommodate seven Tomahawk cruise missiles each. This would increase the total number of torpedo-sized weapons (such as Tomahawks) carried by the Virginia-class design from about 37 to about 65—an increase of about 76%. Decoys: Acoustic Device Countermeasure Mk 3/4 Blocks Block I Block I involved 4 boats and modular construction techniques were incorporated during construction. Earlier submarines (e.g., Los Angeles-class SSNs) were built by assembling the pressure hull and then installing the equipment via cavities in the pressure hull. This required extensive construction activities within the narrow confines of the pressure hull which was time-consuming and dangerous. Modular construction was implemented in an effort to overcome these problems and make the construction process more efficient. Modular construction techniques incorporated during construction include constructing large segments of equipment outside the hull. These segments (dubbed rafts) are then inserted into a hull section (a large segment of the pressure hull). The integrated raft and hull section form a module which, when joined with other modules, forms a Virginia-class submarine. Block I boats were built in 10 modules with each submarine requiring roughly 7 years (84 months) to build. Block II Block II involved 6 boats; they were built in four sections rather than ten sections, saving about $300 million per boat. Block II boats (excluding SSN-778) were also built under a multi-year procurement agreement as opposed to a block-buy contract in Block I, enabling savings in the range of $400 million ($80 million per boat). As a result of improvements in the construction process, New Hampshire was US$500 million cheaper, required 3.7 million fewer labor hours to build (25% less), thus shortening the construction period by 15 months (20% less) compared to Virginia. Block III through SSN-791 (8 boats) make up the Third Block or "Flight" and began construction in 2009. Block III subs feature a revised bow with a Large Aperture Bow (LAB) sonar array, as well as technology from Ohio-class SSGNs (2 VLS tubes each containing 6 missiles). The horseshoe-shaped LAB sonar array replaces the spherical main sonar array which has been used on all U.S. Navy SSNs since 1960. The LAB sonar array is water-backed—as opposed to earlier sonar arrays which were air-backed—and consists of a passive array and a medium-frequency active array. Compared to earlier Virginia-class submarines about 40% of the bow has been redesigned.South Dakota (SSN-790) will be equipped with a new propulsor, possibly the Hybrid Multi-Material Rotor (HMMR), developed by Defense Advanced Research Projects Agency (DARPA). The Hybrid Multi-Material Rotor program is an attempt to improve the design and manufacturing process of submarine propellers with an aim of reducing the cost and weight of the propeller/rotor as well as improving overall acoustic performance. Block IV Block IV involved 10 boats. In 2013, execution of this 10-submarine contract was put in doubt by budget sequestration in 2013. The most costly shipbuilding contract in history
the time, does not need to be hooked up to a television set. It has an integrated monochrome CRT monitor. A detachable wired control pad can be folded into the lower base of the console. Games include translucent color overlays to place over the screen. Peripherals include a pair of 3D goggles known as the "3D Imager" and a light pen for drawing directly on the screen. The Asteroids-inspired Mine Storm is built into the system. The console was conceived by John Ross, of Smith Engineering, in late 1980 as a handheld called the "Mini Arcade". It morphed into a tabletop system which was manufactured by General Consumer Electronics. Strong initial sales caused General Consumer Electronics to be acquired by Milton Bradley. The Vectrex was a victim of the video game crash of 1983 and was discontinued in 1984. Despite its commercial failure, the Vectrex was praised for its software library, unique graphical capabilities, and built-in monitor. Several publications lauded it as one of the best consoles available at the time. The Vectrex was the first console to have a 3D-based peripheral. A color handheld version of the Vectrex was conceived in the late 1980s, but was shelved because of its manufacturing cost and the success of the Nintendo Game Boy. History The Vectrex was conceived by John Ross of Smith Engineering in late 1980. He, Mike Purvis, Tom Sloper, and Steve Marking had gone to Electro-Mavin, a surplus warehouse in Los Angeles. They found a 1-inch cathode ray tube (CRT) and wondered if a small electronic game could be made of it. A demonstration of a vector-drawing cathode ray tube display was made by connecting the deflection yoke in a standard television to the channels of a stereo amplifier fed with music program material. An auxiliary yoke was used to keep the raster television's horizontal fly-back high-voltage system running. The demo led to a system originally conceived as a handheld called the Mini Arcade but, as Smith Engineering shopped the idea around to developers, it evolved into a tabletop with nine-inch screen. The system was licensed to General Consumer Electronics in 1981. After a brief hardware and software development period, the Vectrex was unveiled on 7 June 1982 at the Summer Consumer Electronics Show in Chicago. It was publicly released in November at a retail price of US$199, just in time for the holidays. The launch sales were strong enough that Milton Bradley bought out General Consumer Electronics in early 1983. Milton Bradley's greater resources allowed the Vectrex to be released in parts of Europe by mid-1983 and, through a co-branding agreement with Bandai, in Japan as well. However, the video game crash of 1983 turned Milton Bradley's support of the Vectrex into a costly mistake, even despite reducing its price by 25% and then later 50% in desperation to sell units. In February 1984, after losing $31.6 million on the Vectrex, Milton Bradley announced the discontinuation of the console and cancelled development of new games. The company's entire inventory of consoles and accessories was sold off to mass-market discount houses, where they were liquidated at "fire sale prices" (typically at a fraction of the console's introductory price). By May 1984, Milton Bradley merged with Hasbro and after-market support ended. Prior to the Vectrex's discontinuation, a successor console with a color screen had been planned. After the rights reverted to Smith Engineering, the company made plans to revive the Vectrex as a handheld, but the imminent arrival of Nintendo's Game Boy put an end to those plans. In the mid-1990s, Jay Smith, then head of Smith Engineering, allowed new hardware and software development on a fee- and royalty-free basis. Smith has also allowed duplication of the original Vectrex software on a not-for-profit basis to allow Vectrex owners to obtain the original titles at low cost or for free. Technical specifications Circuit board CPU: Motorola 68A09 @ 1.5 MHz RAM: 1 KB (two 4-bit 2114 chips) ROM: 8 KB (one 8-bit 2363 chip) Cartridge ROM: 32 KB MOS 6522 Versatile Interface Adapter (VIA) Sound Sound: General Instrument AY-3-8912 MCU controlled sound 3-inch electrodynamic paper cone speaker Design The computer and vector generator were designed by Gerry Karr. The computer runs the game's computer code, watches the user's inputs, runs the sound generator, and controls the vector generator to make the screen drawings. The vector generator is an all-analog design using two integrators: X and Y. The computer sets the integration rates using a digital-to-analog converter. The computer controls the integration time by momentarily closing electronic analog switches within the operational-amplifier based integrator circuits. Voltage ramps are produced that the monitor uses to steer the electron beam over the face of the phosphor screen of the cathode ray tube. Another signal is generated that controls the brightness of the line. The cathode ray tube is a Samsung model 240RB40 monochrome unit measuring 9 × 11 inches, displaying a picture of 240 mm diagonal; it is an off-the-shelf picture tube manufactured for small black/white television sets. The brightness of the CRT is controlled using a circular knob on the back of the display. A vector CRT display such as the one in the Vectrex does not require a special tube, and differs from standard raster-based television sets only in the control circuits. Rather than use sawtooth waves to direct the internal electron beam in a raster pattern, computer-controlled integrators feed linear amplifiers to drive the deflection yoke. This yoke has similar, if not identical inductances, unlike a TV deflection yoke. The yoke uses a standard TV core. The high-voltage transformer also uses a standard core and bobbin. There is special circuitry to turn off the electron beam if the vector generator stops or fails. This prevents burning of the screen's phosphors. This design is a great deal smaller than the electronics found in the free-standing, full-sized Asteroids arcade machine. During development, for a short period of time, the possibility of using the 6502 processor was considered, but later its performance was considered insufficient. Early units have a very audible "buzzing" from the built-in speaker that reacts to the graphics generated on screen. This is due to improper production grounding of signal lines of the low-level audio circuitry, and was eventually resolved in later production models. A "ground loop" had been created by a grounding strap added in production to meet U.S. Federal Communications Commission signal radiation requirements. This idiosyncrasy has become a familiar characteristic of the machine. Peripherals The 3-D Imager, invented by John Ross, turns the 2-D black-and-white images drawn by the Vectrex
of the video game crash of 1983 and was discontinued in 1984. Despite its commercial failure, the Vectrex was praised for its software library, unique graphical capabilities, and built-in monitor. Several publications lauded it as one of the best consoles available at the time. The Vectrex was the first console to have a 3D-based peripheral. A color handheld version of the Vectrex was conceived in the late 1980s, but was shelved because of its manufacturing cost and the success of the Nintendo Game Boy. History The Vectrex was conceived by John Ross of Smith Engineering in late 1980. He, Mike Purvis, Tom Sloper, and Steve Marking had gone to Electro-Mavin, a surplus warehouse in Los Angeles. They found a 1-inch cathode ray tube (CRT) and wondered if a small electronic game could be made of it. A demonstration of a vector-drawing cathode ray tube display was made by connecting the deflection yoke in a standard television to the channels of a stereo amplifier fed with music program material. An auxiliary yoke was used to keep the raster television's horizontal fly-back high-voltage system running. The demo led to a system originally conceived as a handheld called the Mini Arcade but, as Smith Engineering shopped the idea around to developers, it evolved into a tabletop with nine-inch screen. The system was licensed to General Consumer Electronics in 1981. After a brief hardware and software development period, the Vectrex was unveiled on 7 June 1982 at the Summer Consumer Electronics Show in Chicago. It was publicly released in November at a retail price of US$199, just in time for the holidays. The launch sales were strong enough that Milton Bradley bought out General Consumer Electronics in early 1983. Milton Bradley's greater resources allowed the Vectrex to be released in parts of Europe by mid-1983 and, through a co-branding agreement with Bandai, in Japan as well. However, the video game crash of 1983 turned Milton Bradley's support of the Vectrex into a costly mistake, even despite reducing its price by 25% and then later 50% in desperation to sell units. In February 1984, after losing $31.6 million on the Vectrex, Milton Bradley announced the discontinuation of the console and cancelled development of new games. The company's entire inventory of consoles and accessories was sold off to mass-market discount houses, where they were liquidated at "fire sale prices" (typically at a fraction of the console's introductory price). By May 1984, Milton Bradley merged with Hasbro and after-market support ended. Prior to the Vectrex's discontinuation, a successor console with a color screen had been planned. After the rights reverted to Smith Engineering, the company made plans to revive the Vectrex as a handheld, but the imminent arrival of Nintendo's Game Boy put an end to those plans. In the mid-1990s, Jay Smith, then head of Smith Engineering, allowed new hardware and software development on a fee- and royalty-free basis. Smith has also allowed duplication of the original Vectrex software on a not-for-profit basis to allow Vectrex owners to obtain the original titles at low cost or for free. Technical specifications Circuit board CPU: Motorola 68A09 @ 1.5 MHz RAM: 1 KB (two 4-bit 2114 chips) ROM: 8 KB (one 8-bit 2363 chip) Cartridge ROM: 32 KB MOS 6522 Versatile Interface Adapter (VIA) Sound Sound: General Instrument AY-3-8912 MCU controlled sound 3-inch electrodynamic paper cone speaker Design The computer and vector generator were designed by Gerry Karr. The computer runs the game's computer code, watches the user's inputs, runs the sound generator, and controls the vector generator to make the screen drawings. The vector generator is an all-analog design using two integrators: X and Y. The computer sets the integration rates using a digital-to-analog converter. The computer controls the integration time by momentarily closing electronic analog switches within the operational-amplifier based integrator circuits. Voltage ramps are produced that the monitor uses to steer the electron beam over the face of the phosphor screen of the cathode ray tube. Another signal is generated that controls the brightness of the line. The cathode ray tube is a Samsung model 240RB40 monochrome unit measuring 9 × 11 inches, displaying a picture of 240 mm diagonal; it is an off-the-shelf picture tube manufactured for small black/white television sets. The brightness of the CRT is controlled using a circular knob on the back of the display. A vector CRT display such as the one in the Vectrex does not require a special tube, and differs from standard raster-based television sets only in the control circuits. Rather than use sawtooth waves to direct the internal electron beam in a raster pattern, computer-controlled integrators feed linear amplifiers to drive the deflection yoke. This yoke has similar, if not identical inductances, unlike a TV deflection yoke. The yoke uses a standard TV core. The high-voltage transformer also uses a standard core and bobbin. There is special circuitry to turn off the electron beam if the vector generator stops or fails. This prevents burning of the screen's phosphors. This design is a great deal smaller than the electronics found in the free-standing, full-sized Asteroids arcade machine. During development, for a short period of time, the possibility of using the 6502 processor was considered, but later its performance was considered insufficient. Early units have a very audible "buzzing" from the built-in speaker that reacts to the graphics generated on screen. This is due to improper production grounding of signal lines of the low-level audio circuitry, and was eventually resolved in later production models. A "ground loop" had been created by a grounding strap added in production to meet U.S. Federal Communications Commission signal radiation requirements. This idiosyncrasy has become a familiar characteristic of the machine. Peripherals The 3-D Imager, invented by John Ross, turns the 2-D black-and-white images drawn by the Vectrex into a color 3-D experience. The imager works by spinning a disk in front of the viewer's eyes. The disk is black for 180 degrees and in some cases has 60 degree wedges of transparent red, green, and blue filters. The user looks through this to the Vectrex screen. The Vectrex synchronizes the rotation of the disk to the software frame rate as it draws 6 screens: with the right eye covered: the left eye red image, then green, and then the blue image is drawn... and then, while the left eye is covered by the black 180-degree sector: the right eye red, green, and then the blue image is drawn. Only one eye will see the Vectrex screen and its 3 associated images (or colors) at any one time while the other will be blocked by the 180-degree mask. The prototype was made in the plastic casework of a Viewmaster. The disc spins freely and is driven by a motor. The Vectrex software generates its own frame-rate and compares it to an index signal from the glasses once per revolution. Score is kept of how many wheel rotations are early compared to the software frame rate, and
the creation of two separate source code libraries (based on a source code management tool known as the VMS Development Environment, or VDE) for VAX, and for Alpha. The Alpha code library was based on a snapshot of the VAX/VMS code base circa V5.4-2. 1992 saw the release of the first version of OpenVMS for Alpha AXP systems, designated OpenVMS AXP V1.0. In 1994, with the release of OpenVMS V6.1, feature (and version number) parity between the VAX and Alpha variants was achieved, this was the so-called Functional Equivalence release. The decision to use the 1.x version numbering stream for the pre-production quality releases of OpenVMS AXP caused confusion for some customers, and was not repeated in the subsequent ports of OpenVMS to new platforms. When VMS was ported to Alpha, it was initially left as a 32-bit only operating system. This was done to ensure backwards compatibility with software written for the 32-bit VAX. 64-bit addressing was first added for Alpha in the V7.0 release. In order to allow 64-bit code to interoperate with older 32-bit code, OpenVMS does not create a distinction between 32-bit and 64-bit executables, but instead allows for both 32-bit and 64-bit pointers to be used within the same code. This is known as mixed pointer support. The 64-bit OpenVMS Alpha releases support a maximum virtual address space size of 8TiB (a 43-bit address space), which is the maximum supported by the Alpha 21064 and Alpha 21164. One of the more noteworthy Alpha-only features of OpenVMS was OpenVMS Galaxy - which allowed the partitioning of a single SMP server to run multiple instances of OpenVMS. Galaxy supported dynamic resource allocation to running partitions, and the ability to share memory between partitions. Port to Intel Itanium In 2001, prior to its acquisition by Hewlett-Packard, Compaq announced the port of OpenVMS to the Intel Itanium architecture. The Itanium port was the result of Compaq's decision to discontinue future development of the Alpha architecture in favour of adopting the then-new Itanium architecture. The porting began in late 2001, and the first boot on took place on the 31st of January 2003. The first boot consisted of booting a minimal system configuration on a HP i2000 workstation, logging in as the SYSTEM user, and running the DIRECTORY command. The Itanium port of OpenVMS supports specific models and configurations of HPE Integrity Servers. The Itanium releases were originally named HP OpenVMS Industry Standard 64 for Integrity Servers, although the names OpenVMS I64 or OpenVMS for Integrity Servers are more commonly used. The Itanium port was accomplished using source code maintained in common within the OpenVMS Alpha source code library, with the addition of conditional code and additional modules where changes specific to Itanium were required. Whereas the VAX and Alpha architectures were specifically designed to support the low-level needs of OpenVMS, Itanium was not. This required certain architectural dependencies of OpenVMS to be replaced, or emulated in software. Some of the changes included: The Extensible Firmware Interface (EFI) is used to boot OpenVMS on Integrity hardware, taking over the role of the System Reference Manual (SRM) firmware on Alpha. Support for ACPI was also added to OpenVMS, since this is used to discover and manage hardware devices on the Integrity platform. For Itanium, the functionality which was implemented using PALcode for Alpha was moved into a component of the OpenVMS kernel named the Software Interrupt Services (SWIS). The Itanium port adopted a new calling standard based on Intel's Itanium calling convention, with extensions to support the OpenVMS Common Language Environment. Furthermore, it replaced the OpenVMS-specific executable formats used on the VAX and Alpha with the standard Executable and Linking Format (ELF) and DWARF formats. IEEE 754 was adopted as the default floating point format, replacing the VAX floating point format that was the default on both the VAX and Alpha architectures. For backwards compatibility, it is possible to compile code on Itanium to use the VAX floating point format, but it relies on software emulation. The operating system was modified to support the 50-bit physical addressing available on Itanium, allowing 1PiB of memory to be addressed. The Itanium port otherwise retained the mixed 32-bit/64-bit pointer architecture which was introduced in OpenVMS Alpha V7.0. As with the VAX to Alpha port, a binary translator for Alpha to Itanium was made available, allowing user mode OpenVMS Alpha software to be ported to Itanium in situations where it was not possible to recompile the source code. This translator is known as the Alpha Environment Software Translator (AEST), and it also supported translating VAX executables which had already translated with VEST. Two pre-production releases, OpenVMS I64 V8.0 and V8.1, were available on June 30, 2003 and on December 18, 2003. These releases were intended for HP organizations and third-party vendors involved with porting software packages to OpenVMS I64. The first production release, V8.2, was released in February 2005. V8.2 was also released for Alpha, subsequent V8.x releases of OpenVMS have maintained feature parity between the Alpha and Itanium architectures. Port to x86-64 When VMS Software Inc. (VSI) announced that they had secured the rights to develop the OpenVMS operating system from HP, they also announced their intention to port OpenVMS to the x86-64 architecture. The porting effort ran concurrently with the establishment of the company, as well as the development of VSI's own Itanium and Alpha releases of OpenVMS V8.4-x. The x86-64 port is targeted for specific servers from HPE and Dell, as well as certain virtual machine hypervisors. Initial support was targeted for KVM and VirtualBox. Support for VMware was announced in 2020, and Hyper-V has been described as a future target. In 2021, the x86-64 port was demonstrated running on an Intel Atom-based single-board computer. The x86-64 port is built from the same source code library as the Alpha and Itanium architectures, using conditional compilation to manage the architecture-specific code needed to support the x86-64 platform. As with the Alpha and Itanium ports, the x86-64 port made some changes to simplify porting and supporting OpenVMS on the new platform: VSI adopted the open source LLVM compiler backend, replacing the proprietary GEM backend used in the Alpha and Itanium ports. A translator was developed to map the GEM IR to LLVM IR, allowing the existing compiler frontends to be reused. In addition, the open source Clang compiler was adopted as the officially supported C++ compiler for OpenVMS under x86-64. On x86-64, OpenVMS makes more extensive use of UEFI and ACPI to detect and initialize hardware on boot. As part of this, VMS is now booted from a memory disk, instead of the traditional VMS boot mechanism – which relied on boot drivers containing a basic implementation of the filesystem, and which was tied to specific hardware devices. The changes to the boot process necessitated the creation of a Dump Kernel – this is a secondary kernel which is loaded in the background at boot time, and is invoked in case OpenVMS needs to write a crash dump to disk. OpenVMS assumes the presence of four hardware-provided privilege levels to provide isolation between user applications, and various parts of the operating system. While x86-64 nominally provides four privilege levels, they are only equivalent to two of the privilege levels on the VAX, Alpha and Itanium. In the x86-64 port, the Software Interrupt Services (SWIS) module of the kernel is extended to emulate the missing privilege levels. As with the Itanium port, the calling standard for x86-64 is an extension of the platform's standard calling convention, specifically the System V AMD64 ABI. Certain characteristics of the x86-64 architecture created challenges for defining a suitable calling standard. For example, due to the small number of general purpose registers for x86-64, the MACRO-32 compiler has to store the contents of the emulated VAX registers in an in-memory "pseudo registers" structure instead of using the processor's hardware registers as is done on Alpha and Itanium. The first boot was announced on 14 May 2019. This involved booting OpenVMS on VirtualBox, and successfully running the DIRECTORY command. Later in 2019, the first "real boot" was announced - this consisted of the operating system booting in a completely standard manner, a user logging into the system, and running the DIRECTORY command. In May 2020, the V9.0 Early Adopter's Kit release was made available to a small number of customers. This consisted of the OpenVMS operating system running in a VirtualBox VM with certain limitations - most significantly, few layered products were available, and code can only be compiled for x86-64 using cross compilers which run on Itanium-based OpenVMS systems. Following the V9.0 release, VSI released a series of updates on a monthly or bimonthly basis which added additional functionality and hypervisor support. These were designated V9.0-A through V9.0-H. In June 2021, VSI released the V9.1 Field Test, which is available to VSI's customers and partners. V9.1 shipped as an ISO image which can be installed onto a variety of hypervisors, and onto HPE ProLiant DL380 servers starting with the V9.1-A release. Architecture The OpenVMS operating system has a layered architecture, consisting of a privileged Executive, a Command Language Interpreter which runs at an intermediate level of privilege, and utilities and run-time libraries (RTLs) which run in an unprivileged mode, but can potentially run at a higher level of privilege if authorized to do so. Unprivileged code typically invokes the functionality of the Executive through system services (equivalent to system calls in other operating systems). OpenVMS' layers and mechanisms are built around certain features of the VAX architecture, including: The availability of four processor access modes (named Kernel, Executive, Supervisor and User, in order of decreasing privilege). Each mode has its own stack, and each memory page can have memory protections specified per-mode. A virtual address space which is partitioned between process-private space sections, and system space sections which are common to all processes. 32 interrupt priority levels which are used for synchronization. Hardware support for delivering asynchronous system traps to processes. These VAX architecture mechanisms are implemented on Alpha, Itanium and x86-64 by either mapping to corresponding hardware mechanisms on those architectures, or through emulation (via PALcode on Alpha, or in software on Itanium and x86-64). Executive and Kernel The OpenVMS Executive comprises the privileged code and data structures which reside in the system space. The Executive is further subdivided between the Kernel, which consists of the code which runs at the kernel access mode, and the less-privileged code outside of the Kernel which runs at the executive access mode. The components of the Executive which run at executive access mode include the Record Management Services, and certain system services such as image activation. The main distinction between the kernel and executive access modes is that most of the operating system's core data structures can be read from executive mode, but require kernel mode to be written to. Code running at executive mode can switch to kernel mode at will, meaning that the barrier between the kernel and executive modes is intended as a safeguard against accidental corruption as opposed to a security mechanism. The Kernel comprises the operating system's core data structures (e.g. page tables, the I/O database and scheduling data), and the routines which operate on these structures. The Kernel is typically described as having three major subsystems: I/O, Process and Time Management, Memory Management. In addition, other functionality such as logical name management, synchronization and system service dispatch are implemented inside the Kernel. Extension mechanisms OpenVMS allows user mode code with suitable privileges to switch to executive or kernel mode using the $CMEXEC and $CMKRNL system services, respectively. This allows code outside of system space to have direct access to the Executive's routines and system services. In addition to allowing third-party extensions to the operating system, Privileged Images are used by core operating system utilities to manipulate operating system data structures through undocumented interfaces. OpenVMS also allows Shareable Images (i.e. shared libraries) to be granted privilege, allowing the creation of user-written system services, which are privileged routines which can be linked into a non-privileged program. User written system services are invoked using the same mechanism as standard system services, which prevents the unprivileged program from gaining the privileges of the code in the Privileged Shareable Image. Despite what the name may suggest, user-written system services are also used to implement infrequently-used operating system functionality such as volume mounting. OpenVMS provides a device driver interface, which allows support for new I/O devices to be added to the operating system. File system The typical user and application interface into the file system is the Record Management Services (RMS), although applications can interface directly with the underlying file system through the QIO system services. RMS supports multiple record-oriented file access methods and record formats (including fixed length, variable length, and a stream format where the file is treated as a stream of bytes, similar to Unix). RMS also supports remote file access via DECnet, and optional support for journaling. The file systems supported by VMS are referred to as the Files-11 On-Disk Structures (ODS), which provide disk quotas, access control lists and file versioning. The most significant structure levels are ODS-2, which is the original VMS file system, and ODS-5, which extends ODS-2 with support for Unicode file names, case sensitivity, hard links and symbolic links. VMS is also capable of accessing files on ISO 9660 CD-ROMs and magnetic tape with ANSI tape labels. Alongside the OpenVMS Alpha V7.0 release in 1995, DEC released a log-structured file system named Spiralog which was intended as a potential successor to Files-11. Spiralog shipped as an optional product, and was discontinued at the release of OpenVMS Alpha 7.2. Spiralog's discontinuation was due to a variety of problems, including issues with handling full volumes. The developers of Spiralog began work on a new file system in 1996, which was put on hold and later resumed by VSI in 2016 as the VMS Advanced File System (VAFS, not to be confused with DEC's AdvFS for Tru64). VAFS no longer appears on recent roadmaps, and instead VSI have discussed porting the open source GFS2 file system to OpenVMS. One of the major motivations for replacing the Files-11 structures is that they are limited to 2TiB volumes. Command Language Interpreter An OpenVMS Command Language Interpreter (CLI) implements a command line interface for OpenVMS; responsible for executing individual commands, as well as command procedures (equivalent to shell scripts or batch files). The standard CLI for OpenVMS is the DIGITAL Command Language, although other options are available as well. Unlike Unix shells, which typically run in their own isolated process and behave like any other user mode program, OpenVMS CLIs are an optional component of a process, which exist alongside any executable image which that process may run. Whereas a Unix shell will typically run executables by creating a separate process using fork-exec, an OpenVMS CLI will typically load the executable image into the same process, transfer control to the image, and ensure that control is transferred back to CLI once the image has exited and that the process is returned to its original state. A CLI gets mapped into a process' private address space through execution of the LOGINOUT image, which can either be executed manually, or automatically by certain system services for process creation. Due to the fact that the CLI is loaded into the same address space as user code, and that the CLI is responsible for invoking image activation and image rundown, the CLI is mapped into the process address space at supervisor access mode. This is in order to prevent accidental or malicious manipulation of the CLI's code and data structures by user mode code. Features Clustering OpenVMS supports clustering (first called VAXcluster and later VMScluster), where multiple systems
that VMS and the VAX were designed together, meaning that VMS was dependent on certain details of the VAX architecture. Furthermore, a significant amount of the VMS kernel, layered products, and customer-developed applications were implemented in VAX MACRO assembly code. Some of the changes needed to decouple VMS from the VAX architecture included: The creation of the MACRO-32 compiler, which treated VAX MACRO as a high-level language, and compiled it to Alpha object code. The creation of a VAX to Alpha binary translator, known as the VAX Environment Software Translator (VEST), which was capable of translating VAX executables when it was not possible to recompile the code for Alpha. The emulation of certain low-level details of the VAX architecture in PALcode, such as interrupt handling and atomic queue instructions. This decreased the amount of VAX-dependent code which had to be rewritten for Alpha. The conversion of the VMS compilers, many of which had their own bespoke VAX code generators, to use a common compiler backend named GEM. The VMS port to Alpha resulted in the creation of two separate source code libraries (based on a source code management tool known as the VMS Development Environment, or VDE) for VAX, and for Alpha. The Alpha code library was based on a snapshot of the VAX/VMS code base circa V5.4-2. 1992 saw the release of the first version of OpenVMS for Alpha AXP systems, designated OpenVMS AXP V1.0. In 1994, with the release of OpenVMS V6.1, feature (and version number) parity between the VAX and Alpha variants was achieved, this was the so-called Functional Equivalence release. The decision to use the 1.x version numbering stream for the pre-production quality releases of OpenVMS AXP caused confusion for some customers, and was not repeated in the subsequent ports of OpenVMS to new platforms. When VMS was ported to Alpha, it was initially left as a 32-bit only operating system. This was done to ensure backwards compatibility with software written for the 32-bit VAX. 64-bit addressing was first added for Alpha in the V7.0 release. In order to allow 64-bit code to interoperate with older 32-bit code, OpenVMS does not create a distinction between 32-bit and 64-bit executables, but instead allows for both 32-bit and 64-bit pointers to be used within the same code. This is known as mixed pointer support. The 64-bit OpenVMS Alpha releases support a maximum virtual address space size of 8TiB (a 43-bit address space), which is the maximum supported by the Alpha 21064 and Alpha 21164. One of the more noteworthy Alpha-only features of OpenVMS was OpenVMS Galaxy - which allowed the partitioning of a single SMP server to run multiple instances of OpenVMS. Galaxy supported dynamic resource allocation to running partitions, and the ability to share memory between partitions. Port to Intel Itanium In 2001, prior to its acquisition by Hewlett-Packard, Compaq announced the port of OpenVMS to the Intel Itanium architecture. The Itanium port was the result of Compaq's decision to discontinue future development of the Alpha architecture in favour of adopting the then-new Itanium architecture. The porting began in late 2001, and the first boot on took place on the 31st of January 2003. The first boot consisted of booting a minimal system configuration on a HP i2000 workstation, logging in as the SYSTEM user, and running the DIRECTORY command. The Itanium port of OpenVMS supports specific models and configurations of HPE Integrity Servers. The Itanium releases were originally named HP OpenVMS Industry Standard 64 for Integrity Servers, although the names OpenVMS I64 or OpenVMS for Integrity Servers are more commonly used. The Itanium port was accomplished using source code maintained in common within the OpenVMS Alpha source code library, with the addition of conditional code and additional modules where changes specific to Itanium were required. Whereas the VAX and Alpha architectures were specifically designed to support the low-level needs of OpenVMS, Itanium was not. This required certain architectural dependencies of OpenVMS to be replaced, or emulated in software. Some of the changes included: The Extensible Firmware Interface (EFI) is used to boot OpenVMS on Integrity hardware, taking over the role of the System Reference Manual (SRM) firmware on Alpha. Support for ACPI was also added to OpenVMS, since this is used to discover and manage hardware devices on the Integrity platform. For Itanium, the functionality which was implemented using PALcode for Alpha was moved into a component of the OpenVMS kernel named the Software Interrupt Services (SWIS). The Itanium port adopted a new calling standard based on Intel's Itanium calling convention, with extensions to support the OpenVMS Common Language Environment. Furthermore, it replaced the OpenVMS-specific executable formats used on the VAX and Alpha with the standard Executable and Linking Format (ELF) and DWARF formats. IEEE 754 was adopted as the default floating point format, replacing the VAX floating point format that was the default on both the VAX and Alpha architectures. For backwards compatibility, it is possible to compile code on Itanium to use the VAX floating point format, but it relies on software emulation. The operating system was modified to support the 50-bit physical addressing available on Itanium, allowing 1PiB of memory to be addressed. The Itanium port otherwise retained the mixed 32-bit/64-bit pointer architecture which was introduced in OpenVMS Alpha V7.0. As with the VAX to Alpha port, a binary translator for Alpha to Itanium was made available, allowing user mode OpenVMS Alpha software to be ported to Itanium in situations where it was not possible to recompile the source code. This translator is known as the Alpha Environment Software Translator (AEST), and it also supported translating VAX executables which had already translated with VEST. Two pre-production releases, OpenVMS I64 V8.0 and V8.1, were available on June 30, 2003 and on December 18, 2003. These releases were intended for HP organizations and third-party vendors involved with porting software packages to OpenVMS I64. The first production release, V8.2, was released in February 2005. V8.2 was also released for Alpha, subsequent V8.x releases of OpenVMS have maintained feature parity between the Alpha and Itanium architectures. Port to x86-64 When VMS Software Inc. (VSI) announced that they had secured the rights to develop the OpenVMS operating system from HP, they also announced their intention to port OpenVMS to the x86-64 architecture. The porting effort ran concurrently with the establishment of the company, as well as the development of VSI's own Itanium and Alpha releases of OpenVMS V8.4-x. The x86-64 port is targeted for specific servers from HPE and Dell, as well as certain virtual machine hypervisors. Initial support was targeted for KVM and VirtualBox. Support for VMware was announced in 2020, and Hyper-V has been described as a future target. In 2021, the x86-64 port was demonstrated running on an Intel Atom-based single-board computer. The x86-64 port is built from the same source code library as the Alpha and Itanium architectures, using conditional compilation to manage the architecture-specific code needed to support the x86-64 platform. As with the Alpha and Itanium ports, the x86-64 port made some changes to simplify porting and supporting OpenVMS on the new platform: VSI adopted the open source LLVM compiler backend, replacing the proprietary GEM backend used in the Alpha and Itanium ports. A translator was developed to map the GEM IR to LLVM IR, allowing the existing compiler frontends to be reused. In addition, the open source Clang compiler was adopted as the officially supported C++ compiler for OpenVMS under x86-64. On x86-64, OpenVMS makes more extensive use of UEFI and ACPI to detect and initialize hardware on boot. As part of this, VMS is now booted from a memory disk, instead of the traditional VMS boot mechanism – which relied on boot drivers containing a basic implementation of the filesystem, and which was tied to specific hardware devices. The changes to the boot process necessitated the creation of a Dump Kernel – this is a secondary kernel which is loaded in the background at boot time, and is invoked in case OpenVMS needs to write a crash dump to disk. OpenVMS assumes the presence of four hardware-provided privilege levels to provide isolation between user applications, and various parts of the operating system. While x86-64 nominally provides four privilege levels, they are only equivalent to two of the privilege levels on the VAX, Alpha and Itanium. In the x86-64 port, the Software Interrupt Services (SWIS) module of the kernel is extended to emulate the missing privilege levels. As with the Itanium port, the calling standard for x86-64 is an extension of the platform's standard calling convention, specifically the System V AMD64 ABI. Certain characteristics of the x86-64 architecture created challenges for defining a suitable calling standard. For example, due to the small number of general purpose registers for x86-64, the MACRO-32 compiler has to store the contents of the emulated VAX registers in an in-memory "pseudo registers" structure instead of using the processor's hardware registers as is done on Alpha and Itanium. The first boot was announced on 14 May 2019. This involved booting OpenVMS on VirtualBox, and successfully running the DIRECTORY command. Later in 2019, the first "real boot" was announced - this consisted of the operating system booting in a completely standard manner, a user logging into the system, and running the DIRECTORY command. In May 2020, the V9.0 Early Adopter's Kit release was made available to a small number of customers. This consisted of the OpenVMS operating system running in a VirtualBox VM with certain limitations - most significantly, few layered products were available, and code can only be compiled for x86-64 using cross compilers which run on Itanium-based OpenVMS systems. Following the V9.0 release, VSI released a series of updates on a monthly or bimonthly basis which added additional functionality and hypervisor support. These were designated V9.0-A through V9.0-H. In June 2021, VSI released the V9.1 Field Test, which is available to VSI's customers and partners. V9.1 shipped as an ISO image which can be installed onto a variety of hypervisors, and onto HPE ProLiant DL380 servers starting with the V9.1-A release. Architecture The OpenVMS operating system has a layered architecture, consisting of a
of the United States. Published for the next six years, feminism was the Weekly'''s primary interest, but it became notorious for publishing controversial opinions on taboo topics, advocating among other things sex education, free love, women's suffrage, short skirts, spiritualism, vegetarianism, and licensed prostitution. History often states the paper advocated birth control, but some historians disagree. The paper is now known for printing the first English version of Karl Marx's Communist Manifesto in its edition of December 30, 1871, and the paper argued the cause of labor with eloquence and skill. James Blood and Stephen Pearl Andrews wrote the majority of the articles, as well as other able contributors. In 1872, the Weekly published a story that set off a national scandal and preoccupied the public for months. Henry Ward Beecher, a renowned preacher of Brooklyn's Plymouth Church, had condemned Woodhull's free love philosophy in his sermons but a member of his church, Theodore Tilton, disclosed to Elizabeth Cady Stanton, a colleague of Woodhull, that his wife had confessed Beecher was committing adultery with her. Provoked by such hypocrisy, Woodhull decided to expose Beecher. He ended up standing trial in 1875, for adultery in a proceeding that proved to be one of the most sensational legal episodes of the era, gripping the attention of hundreds of thousands of Americans: the trial ended with a hung jury, but the church won the case hands down. On November 2, 1872, Woodhull, Claflin and Col. Blood were arrested and charged with publishing an obscene newspaper and circulating it through the United States Postal Service. In the raid, 3,000 copies of the newspaper were found. It was this arrest and Woodhull's acquittal that propelled Congress to pass the 1873 Comstock Laws.Lefkowitz Horowitz, Helen. Rereading Sex. New York: Random House, 2002. George Francis Train once defended her. Other feminists of her time, including Susan B. Anthony, disagreed with her tactics in pushing for women's equality. Some characterized her as opportunistic and unpredictable; in one notable incident, she had a run-in with Anthony during a meeting of the National Women's Suffrage Association (NWSA). (The radical NWSA later merged with the conservative American Women's Suffrage Association [AWSA] to form the National American Woman Suffrage Association.) Women's rights advocate Woodhull learned how to infiltrate the all-male domain of national politics and arranged to testify on women's suffrage before the House Judiciary Committee. In December of 1870, she submitted a memorial in support of the New Departure to the House Committee. She read the memorial aloud to the Committee, arguing that women already had the right to vote – all they had to do was use it – since the 14th and 15th Amendments guaranteed the protection of that right for all citizens. The simple but powerful logic of her argument impressed some committee members. Learning of Woodhull's planned address, suffrage leaders postponed the opening of the 1871 National Woman Suffrage Association's third annual convention in Washington in order to attend the committee hearing. Susan B. Anthony, Elizabeth Cady Stanton, and Isabella Beecher Hooker, saw Woodhull as the newest champion of their cause. They applauded her statement: "[W]omen are the equals of men before the law, and are equal in all their rights." With the power of her first public appearance as a woman's rights advocate, Woodhull moved to the leadership circle of the suffrage movement. Although her Constitutional argument was not original, she focused unprecedented public attention on suffrage. Woodhull was the second woman to petition Congress in person (the first was Elizabeth Cady Stanton). Numerous newspapers reported her appearance before Congress. Frank Leslie's Illustrated Newspaper printed a full-page engraving of Woodhull, surrounded by prominent suffragists, delivering her argument. First International Woodhull joined the International Workingmen's Association, also known as the First International. She supported its goals by articles in her newspaper. In the United States, many Yankee radicals, former abolitionists and other progressive activists, became involved in the organization, which had been founded in England. German-American and ethnic Irish nearly lost control of the organization, and feared its goals were going to be lost in the broad-based, democratic egalitarianism promoted by the Americans. In 1871, the Germans expelled most of the English-speaking members of the First International's U.S. sections, leading to the quick decline of the organization, as it failed to attract the ethnic working class in America. Karl Marx commented disparagingly on Woodhull in 1872, and expressed approval of the expulsions. Recent scholarship has shown Woodhull to have been a far more significant presence in the socialist movement than previous historians had allowed. Woodhull thought of herself as a revolutionary and her conception of social and political reorganization was, like Marx, based upon economics. In an article titled "Woman Suffrage in the United States" in 1896, she concluded that "suffrage is only one phase of the larger question of women's emancipation. More important is the question of her social and economic position. Her financial independence underlies all the rest." Ellen Carol DuBois refers to her as a "socialist feminist." Presidential candidate On April 2, 1870, Woodhull's letter to the editor of the New York Herald was published, announcing her candidacy. Woodhull was nominated for President of the United States by the newly formed Equal Rights Party on May 10, 1872, at Apollo Hall, New York City. A year earlier, she had announced her intention to run. Also in 1871, she spoke publicly against the government being composed only of men; she proposed developing a new constitution and a new government a year thence. Her nomination was ratified at the convention on June 6, 1872, making her the first woman candidate. Woodhull's campaign was also notable for the nomination of Frederick Douglass as vice-presidential candidate, although he did not take part in the convention, acknowledge his nomination or take an active role in the campaign. His nomination stirred up controversy about the mixing of whites and blacks in public life and fears of miscegenation. The Equal Rights Party hoped to use the nominations to reunite suffragists with African-American civil rights activists, as the exclusion of female suffrage from the Fifteenth Amendment two years earlier had caused a substantial rift between the groups. Having been vilified in the media for her support of free love, Woodhull devoted an issue of Woodhull & Claflin's Weekly (November 2, 1872) to an alleged adulterous affair between Elizabeth Tilton and Reverend Henry Ward Beecher, a prominent Protestant minister in New York. He supported female suffrage but had lectured against free love in his sermons. Woodhull published the article to highlight what she saw as a sexual double standard between men and women. That same day, a few days before the presidential election, U.S. Federal Marshals arrested Woodhull; her second husband, Colonel James Blood; and her sister Tennie on charges of "publishing an obscene newspaper" because of the content of this issue. The sisters were held in the Ludlow Street Jail for the next month, a place normally reserved for civil offenses but that contained more hardened criminals as well. The arrest was arranged by Anthony Comstock, the self-appointed moral defender of the nation at the time. Opponents raised questions about censorship and government persecution. The three were acquitted on a technicality six months later, but the arrest prevented Woodhull from attempting to vote during the 1872 presidential election. With the publication of the scandal, Theodore Tilton, Elizabeth's husband, sued Beecher for "alienation of affection." The later trial in 1875 was sensationalized across the nation and eventually resulted in a hung jury. Woodhull received no electoral votes in the election of 1872, an election in which six different candidates received at least one electoral vote, and an unknown (but negligible) percentage of the popular vote. An unrelated man in Texas admitted to voting for her, saying he was casting his vote against Grant. Woodhull again tried to gain nominations for the presidency in 1884 and 1892. Newspapers reported that her 1892 attempt culminated in her nomination by the "National Woman Suffragists' Nominating Convention" on September 21. Marietta L. B. Stow of California was nominated as the candidate for vice president. The convention was held at Willard's Hotel in Boonville, New York, and Anna M. Parker was its president. Some woman's suffrage organizations repudiated the nominations, however, claiming that the nominating committee was unauthorized. Woodhull was quoted as saying that she was "destined" by "prophecy" to be elected president of the United States in the upcoming election. Life in England and third marriage In October 1876, Woodhull divorced her second husband, Colonel Blood. After Cornelius Vanderbilt's death in 1877, William Henry Vanderbilt paid Woodhull and her sister Claflin $1,000 () to leave the country because he was worried they might testify in hearings on the distribution of the elder Vanderbilt's estate. The sisters accepted the offer and moved to Great Britain in August 1877. She made her first public appearance as a lecturer at St. James's Hall in London on December 4, 1877. Her lecture was called "The Human Body, the Temple of God," a lecture which she had previously presented in the United States. Present at one of her lectures was the banker John Biddulph Martin. They began to see each other and married on October 31, 1883. His family disapproved of the union. From then on, she was known as
although she also said she had the right to change her mind. The choice to have sex or not was, in every case, the woman's choice, since this would place her in an equal status to the man, who had the capacity to rape and physically overcome a woman, whereas a woman did not have that capacity with respect to a man. Woodhull said: In this same speech, which became known as the "Steinway speech," delivered on Monday, November 20, 1871, in Steinway Hall, New York City, Woodhull said of free love: Yes, I am a Free Lover. I have an inalienable, constitutional and natural right to love whom I may, to love as long or as short a period as I can; to change that love every day if I please, and with that right neither you nor any law you can frame have any right to interfere. Woodhull railed against the hypocrisy of society's tolerating married men who had mistresses and engaged in other sexual dalliances. In 1872, Woodhull publicly criticized well-known clergyman Henry Ward Beecher for adultery. Beecher was known to have had an affair with his parishioner Elizabeth Tilton, who had confessed to it, and the scandal was covered nationally. Woodhull was prosecuted on obscenity charges for sending accounts of the affair through the federal mails, and she was briefly jailed. This added to sensational coverage during her campaign that autumn for the United States presidency. Prostitution rumors and stance Woodhull spoke out in person against prostitution and considered marriage for material gain a form of it but in her journal, Woodhull & Claflin's Weekly, Woodhull expressed support for the legalization of prostitution. A personal account from one of Colonel Blood's friends suggests that Tennessee was held against her will in a brothel until Woodhull rescued her, but this story remains unconfirmed. Religious shift and repudiation of free love While Woodhull's earlier radicalism had stemmed from the Christian socialism of the 1850s, for most of her life, she was involved in Spiritualism and did not use religious language in her public speeches. However, in 1875, Woodhull began publicly espousing Christianity and changed her political stances. She exposed Spiritualist frauds in her periodical, alienating her Spiritualist followers. She wrote articles against promiscuity, calling it a "curse of society". Woodhull repudiated her earlier views on free love, and began idealizing purity, motherhood, marriage, and the Bible in her writings. She even claimed that some works had been written in her name without her consent. Historians doubt Woodhull's claim in this matter. Careers Stockbroker Woodhull, with sister Tennessee (Tennie) Claflin, became the first female stockbrokers and in 1870 they opened a brokerage firm on Wall Street. Wall Street brokers were shocked. "Petticoats Among the Bovine and Ursine Animals," the New York Sun headlined. Woodhull, Claflin & Company opened in 1870, with the assistance of the wealthy Cornelius Vanderbilt, an admirer of Woodhull's skills as a medium; he is rumoured to have been Tennie's lover, and to have seriously considered marrying her. Woodhull made a fortune on the New York Stock Exchange by advising clients like Vanderbilt. On one occasion she told him to sell his shares short for 150 cents per stock, which he duly followed, and earned millions on the deal. Newspapers such as the New York Herald hailed Woodhull and Claflin as "the Queens of Finance" and "the Bewitching Brokers." Many contemporary men's journals (e.g., The Days' Doings) published sexualized images of the pair running their firm (although they did not participate in the day-to-day business of the firm), linking the concept of publicly minded, un-chaperoned women with ideas of "sexual immorality" and prostitution. Newspaper editor On the date of May 14, 1870, Woodhull and Claflin used the money they had made from their brokerage to found a newspaper, the Woodhull & Claflin's Weekly, which at its height had a national circulation of 20,000. Its primary purpose was to support Victoria Claflin Woodhull for President of the United States. Published for the next six years, feminism was the Weekly'''s primary interest, but it became notorious for publishing controversial opinions on taboo topics, advocating among other things sex education, free love, women's suffrage, short skirts, spiritualism, vegetarianism, and licensed prostitution. History often states the paper advocated birth control, but some historians disagree. The paper is now known for printing the first English version of Karl Marx's Communist Manifesto in its edition of December 30, 1871, and the paper argued the cause of labor with eloquence and skill. James Blood and Stephen Pearl Andrews wrote the majority of the articles, as well as other able contributors. In 1872, the Weekly published a story that set off a national scandal and preoccupied the public for months. Henry Ward Beecher, a renowned preacher of Brooklyn's Plymouth Church, had condemned Woodhull's free love philosophy in his sermons but a member of his church, Theodore Tilton, disclosed to Elizabeth Cady Stanton, a colleague of Woodhull, that his wife had confessed Beecher was committing adultery with her. Provoked by such hypocrisy, Woodhull decided to expose Beecher. He ended up standing trial in 1875, for adultery in a proceeding that proved to be one of the most sensational legal episodes of the era, gripping the attention of hundreds of thousands of Americans: the trial ended with a hung jury, but the church won the case hands down. On November 2, 1872, Woodhull, Claflin and Col. Blood were arrested and charged with publishing an obscene newspaper and circulating it through the United States Postal Service. In the raid, 3,000 copies of the newspaper were found. It was this arrest and Woodhull's acquittal that propelled Congress to pass the 1873 Comstock Laws.Lefkowitz Horowitz, Helen. Rereading Sex. New York: Random House, 2002. George Francis Train once defended her. Other feminists of her time, including Susan B. Anthony, disagreed with her tactics in pushing for women's equality. Some characterized her as opportunistic and unpredictable; in one notable incident, she had a run-in with Anthony during a meeting of the National Women's Suffrage Association (NWSA). (The radical NWSA later merged with the conservative American Women's Suffrage Association [AWSA] to form the National American Woman Suffrage Association.) Women's rights advocate Woodhull learned how to infiltrate the all-male domain of national politics and arranged to testify on women's suffrage before the House Judiciary Committee. In December of 1870, she submitted a memorial in support of the New Departure to the House Committee. She read the memorial aloud to the Committee, arguing that women already had the right to vote – all they had to do was use it – since the 14th and 15th Amendments guaranteed the protection of that right for all citizens. The simple but powerful logic of her argument impressed some committee members. Learning of Woodhull's planned address, suffrage leaders postponed the opening of the 1871 National Woman Suffrage Association's third annual convention in Washington in order to attend the committee hearing. Susan B. Anthony, Elizabeth Cady Stanton, and Isabella Beecher Hooker, saw Woodhull as the newest champion of their cause. They applauded her statement: "[W]omen are the equals of men before the law, and are equal in all their rights." With the power of her first public appearance as a woman's rights advocate, Woodhull moved to the leadership circle of the suffrage movement. Although her Constitutional argument was not original, she focused unprecedented public attention on suffrage. Woodhull was the second woman to petition Congress in person (the first was Elizabeth Cady Stanton). Numerous newspapers reported her appearance before Congress. Frank Leslie's Illustrated Newspaper printed a full-page engraving of Woodhull, surrounded by prominent suffragists, delivering her argument. First International Woodhull joined the International Workingmen's Association, also known as the First International. She supported its goals by articles in her newspaper. In the United States, many Yankee radicals, former abolitionists and other progressive activists, became involved in the organization, which had been founded in England. German-American and ethnic Irish nearly lost control of the organization, and feared its goals were going to be lost in the broad-based, democratic egalitarianism promoted by the Americans. In 1871, the Germans expelled most of the English-speaking members of the First International's U.S. sections, leading to the quick decline of the organization, as it failed to attract the ethnic working class in America. Karl Marx commented disparagingly on Woodhull in 1872, and expressed approval of the expulsions. Recent scholarship has shown Woodhull to have been a far more significant presence in the socialist movement than previous historians had allowed. Woodhull thought of herself as a revolutionary and her conception of social and political reorganization was, like Marx, based upon economics. In an article titled "Woman Suffrage in the United States" in 1896, she concluded that "suffrage is only one phase of the larger question of women's emancipation. More important is the question of her social and economic position. Her financial independence underlies all the rest." Ellen Carol DuBois refers to her as a "socialist feminist." Presidential candidate On April 2, 1870, Woodhull's letter to the editor of the New York Herald was published, announcing her candidacy. Woodhull was nominated for President of the United States by the newly formed Equal Rights Party on May 10, 1872, at Apollo Hall, New York City. A year earlier, she had announced her intention to run. Also in 1871, she spoke publicly against the government being composed only of men; she proposed developing a new constitution and a new government a year thence. Her nomination was ratified at the convention on June 6, 1872, making her the first woman candidate. Woodhull's
enough to avoid them was problematic, improved engines offered the possibility of allowing them to fly higher. Since the Mikoyan-Gurevich MiG-19 fighters coming into service in the Soviet Union had a ceiling of , a V bomber could avoid them by flying at over . Two dozen of a new model of the Vulcan, the B.2, with Bristol Olympus 201 engines, a slightly larger wingspan and new electrical and electronic systems were ordered on 25 February 1956. The last 17 aircraft outstanding from the September 1954 order and 8 from the March 1955 order were switched to the B.2, making a total of 49 on order. Another 40 were ordered on 22 January 1958. A pre-production model, XH533, first flew on 19 August 1958, and in a trial on 4 Match 1959 it reached . The wings and new engines also increased the range by . The second production B.2, XH558, was delivered to No. 230 Operational Conversion Unit on 1 July 1960. As Vulcan B.2s were received, the B.1s were withdrawn from service and upgraded to B.1A standard through the installation of more electronics. Most of this work was carried out by Armstrong Whitworth. Modifications were made to the Victor B.1 in 1959. These included the addition of an in-flight refuelling probe, new electronic countermeasures (ECM) equipment, tail-warning radar, drooped leading edges and a strengthened pressure cabin. This modified version was known as the Victor B.1A. An improved version of the Victor was also programmed with the Armstrong Siddeley Sapphire 9 engine, an improved version of the Sapphire 7 in the Victor B.1. However, development of the Sapphire 9 was cancelled by the Ministry of Supply in February 1956, and a minor improvement to the Sapphire 7 in March 1956 increased its thrust to , so it was decided to ship 25 of the next production batch of 33 Victors ordered in May 1955 with the Sapphire 7. The remaining eight, along with 18 more Victors ordered in January 1956, were built as Victor B.2s, with the Rolls-Royce Conway RCo.11 engines providing . The new Conway engines required redesigned enlarged intakes to provide the greater airflow required, and the wingspan was extended from . As in the Vulcan, the DC electrical system was replaced with an AC one. The prototype Victor B.2, XH668, first flew on 20 February 1959, but was lost over the Irish Sea on 20 August. The first production B.2, XL188, was delivered on 2 November 1961, and No. 139 Squadron became the first Victor B.2 squadron on 1 February 1962. V force assets at the end of 1962 were: The V Bomber force reached its peak in June 1964, when 50 Valiants, 70 Vulcans and 39 Victors were in service. In retrospect, the decision to proceed with three V bombers was questionable. As it turned out, all the roles could have been performed by the Valiant, and its B.2 model was specifically designed for the low-level operations that the V bombers would employ in their later years. Moreover, the rationale for producing both the Vulcan and the Victor disappeared early on. That for producing the Victor B.2 instead of concentrating on the Vulcan B.2 was especially dubious, and Air Chief Marshal Sir Harry Broadhurst attributed it to lobbying by Sir Frederick Handley Page, a desire to retain jobs in the aviation industry, and because the government wanted the Rolls-Royce Conway engine produced for the Vickers VC10 airliner. Nuclear mission The British government was well aware of the devastation that a nuclear war would bring. A 1953 report estimated that an attack on the UK with 132 fission weapons would generate 2 million casualties. A follow-on study, which considered the possible effect of hydrogen bombs, estimated that as few as ten could reduce the entire UK to a radioactive ruin. Given that defence was impractical, the UK turned to a policy of deterrence, by targeting the population and administrative centres of the Soviet Union. In 1957, the Air Ministry drew up a list of 131 Soviet cities with populations of 100,000 or more. Of these, 98 were within of the UK. Of these, 44 were selected. It was estimated that their destruction would kill about thirty percent of the urban population of the Soviet Union, about 38 million people. It was almost inconceivable that a war with the Soviet Union would not involve the United States, and as early as 1946, American defence planning envisaged using the UK as a base for nuclear strikes on the Soviet Union, as the United States Air Force (USAF) had not yet developed long-range bombers that could attack key targets in the Soviet Union from bases in the United States. But the United States strategy was that attacks on population centres would have little value once a war had actually begun, and prioritised military targets, particularly those from which nuclear weapons could be launched or deployed. Coordination of war plans between RAF Bomber Command and the USAF Strategic Air Command (SAC) was clearly desirable, and a joint war plan was negotiated between 1954 and 1958. The RAF's nuclear force was capable of destroying key targets before bomber aircraft from the United States had entered Soviet airspace, "taking into account Bomber Command’s ability to be on target in the first wave several hours in advance of the main SAC force operating from bases in the United States." Based on the assumption that RAF Bomber Command would have about 100 V bombers in operations by 1959, the SAC/RAF agreement assigned 106 targets to the UK: 69 cities, 17 long-range aviation bases, and 20 air-defence sites. Attacks on the air-defence installations would clear the way for waves of SAC bombers to follow. The plan was updated annually; as Soviet capabilities improved, more emphasis was placed on attacking airfields and missile bases. Nuclear testing . Special Valiant unit No. 1321 Flight was formed at RAF Wittering on 3 August 1954 which conducted ballistic test trials with Blue Danube practice bombs. It became C Flight of No. 138 Squadron in March 1956, and No. 49 Squadron on 1 May 1956. Valiants WZ366 and WZ367 were then flown to Maralinga, South Australia for Operation Buffalo. Valiant B.1 WZ366 of No. 49 Squadron became the first RAF aircraft to drop an operational atomic bomb when it performed a test drop of a down-rated 3-kt Blue Danube at Maralinga on 11 October 1956. The bomb landed about left and short of the target. The pilot was Squadron Leader Edwin Flavell, and the bomb aimer was Flight Lieutenant Eric Stacey, and both were awarded the Air Force Cross in the 1957 New Year Honours. On 15 May 1957, Valiant B.1 XD818 flown by Wing Commander Kenneth Hubbard dropped the first British hydrogen bomb over the Pacific, the "Short Granite", as part of Operation Grapple. No. 49 Squadron was selected to perform the live weapon drop and was equipped with specially modified Valiants to conform with the scientific requirements of the tests and other precautionary measures to protect against heat and radiation. The test was largely a failure, as the measured yield was less than a third of the maximum expected and the device failed to achieve a thermonuclear explosion as intended. The first British hydrogen bomb that detonated as planned was Grapple X Round A, dropped on 8 November 1957. The Grapple series of tests continued into 1958, and the Grapple Y bomb exploded in April 1958 with ten times the yield of the original "Short Granite". Testing was finally terminated in November 1958 when the British government decided to cease atmospheric testing. Project E As V bomber production picked up, the number of bombers exceeded the number of available British nuclear weapons. Britain had only ten nuclear bombs in 1955, and just 14 in 1956. To make up the difference, American nuclear weapons were obtained through Project E. Since they were in American custody, they were not available for the RAF to use as part of the UK's independent national nuclear deterrent; only British-owned weapons could be used for that purpose. The Vulcan and Victor were armed with British-built bombs Blue Danube, Red Beard, Violet Club, and Yellow Sun of both the Mk 1 and Mk 2 versions. Project E modifications to Valiants commenced at RAE Farnborough in February 1956. Crew training was carried out with American instructors at RAF Boscombe Down. The planned V bomber force was reduced to 144 aircraft, and it was planned to equip half of them with Project E weapons. The first 28 Valiants were modified by October 1957; the remaining 20 Valiants, along with 24 Vulcans, were ready by January 1959. Under the Project E Memorandum of Understanding, US personnel had custody of the weapons. That meant they performed all the tasks related to their storage, maintenance and readiness. While the bombs were at the same bases as the bombers, they were stored in Secure Storage Areas (SSAs) that British staff were not permitted to enter. It was therefore impossible to store British and American bombs together in the same SSA. Bomber Command designated RAF Marham, RAF Waddington and RAF Honington as bases with US SSAs. Another three sites had British SSAs. US custody created operational problems. The procedure for handing over the bombs added an extra ten minutes to the bombers' reaction time, and the requirement that US personnel had guardianship of the weapons at all times meant that neither they nor the bombers could be relocated to dispersal airfields as the RAF desired. Initially, 72 Mark 5 nuclear bombs were supplied for the V bombers. They had a yield of up to . The successful British development of the hydrogen bomb, and a favourable international relations climate caused by the Sputnik crisis, led to the United States Atomic Energy Act being amended again in 1958, resulting in the long-sought resumption of the nuclear Special Relationship between Britain and the United States in the form of the 1958 US–UK Mutual Defence Agreement. The United States now agreed to supply the V bombers with megaton weapons in place of the Mark 5, in the form of Mark 15 and Mark 39 nuclear bombs. The Treasury immediately inquired as to whether this meant that the British megaton bomb programme could be terminated. The answer was no; the operational restrictions imposed by Project E "effectively handed the US government a veto over the use of half of Britain's nuclear deterrent". With sufficient British bombs on hand, operational issues, and the concept of an independent nuclear deterrent came to the fore. The Air Council decided on 7 July 1960 that Project E weapons would be phased out by December 1962, by which time it was anticipated that there would be sufficient British megaton weapons to equip the entire strategic bomber force. Project E weapons were replaced by British Yellow Sun bombs at RAF Honington on 1 July 1961 and Waddington on 30 March 1962. Problems encountered in the development of the Red Beard bomb meant that the replacement of kiloton weapons took longer. The UK-based Valiants at Honington and Wittering were withdrawn in April and October 1962, and the last Valiants were retired from the V bomber force in July 1965. The final practice loading at RAF Marham—with the Mark 43s—was in January 1965, and the last US personnel left the base in July. Low level strike The prospect of bombers being able to avoid the Soviet air defences dimmed with the appearance of the Mikoyan-Gurevich MiG-21, which Nigel Birch, the Secretary of State for Air and senior RAF officers saw at Tushino Airfield on 24 June 1956. There was no immediate concern as Soviet designs often took several years to deploy; but its ceiling of posed a clear threat to the V bombers. So too did the new SA-2 surface-to-air missiles, which appeared in 1957. One of them shot down an American Lockheed U-2 piloted by Francis Gary Powers over the Soviet Union on 1 May 1960. In 1957, the supersonic Avro 730 bomber was cancelled. This freed up funds for the Blue Streak missile programme, but it too was cancelled, on 24 February 1960. To extend the effectiveness and operational life of the V bombers, an Operational Requirement (OR1132), was issued on 3 September 1954 for an air-launched, rocket-propelled standoff missile with a range of that could be launched from a V bomber. This became Blue Steel. The Ministry of Supply placed a development contract with Avro in March 1956, and it entered service in December 1962. By this time, it was anticipated that even with Blue Steel, the air defences of the Soviet Union would soon improve to the extent that V bombers might find it difficult to attack their targets, and there were calls for the development of the Blue Steel Mark II with a range of at least . Despite the name, this was a whole new missile, and not a development of the Mark I. The Minister of Aviation, Duncan Sandys, insisted that priority be accorded to getting the Mark I into service, and the Mark II was cancelled at the end of 1959. Considerable modification was required to enable the Victors to carry Blue Steel. These included structural changes to the bomb bay. New Conway RCo.17 engines were installed, along with a combuster ignition system to allow all four engines to be started simultaneously and reduce scramble time to minutes per aircraft. A total of 23 Victor B.2 aircraft were upgraded to the new standard, known as B.2R (for retrofit), and two more were built as such. The British government then turned to Skybolt, an American missile that combined the range of Blue Streak with the mobile basing of the Blue Steel, and was small enough that two could be carried on the Vulcan bomber. Armed with a British Red Snow warhead, this would improve the capability of the UK's V bomber force, and extend its useful life into the late 1960s and early 1970s. Cabinet Defence Committee approved the acquisition of Skybolt in February 1960. The Vulcan B.2s were modified to carry a pair of Skybolt missiles. They were fitted with Bristol Olympus 301 engines, strengthened wings and two special attachment points. A British warhead was designed to fit in Skybolt's nose cone, and dummy test firings were carried out at RAF West Freugh commencing on 9 December 1961. It did not prove possible to modify the Victors. The project came to an abrupt halt when the US government cancelled Skybolt on 31 December 1962, but the vestigial attachment points were used for AN/ALQ-101 electronic countermeasure pods during the Falklands War. To replace Skybolt, the Prime Minister, Harold Macmillan, negotiated the Nassau Agreement with the President of the United States John F. Kennedy on 3 January 1963, under which the US agreed to supply the UK with Polaris submarine-launched ballistic missiles instead. This spelt the beginning of the end of the V bombers' nuclear deterrent, but six more years passed before the submarines were built and the Royal Navy was able to take over responsibility. Although originally part of the V force, three squadrons of Valiants were assigned to SACEUR as part of the TBF (Tactical Bomber Force), while remaining part of Bomber Command for training and administration. As the new Victors and Vulcans became available, Valiants became surplus to the planned V force of 144 aircraft. It was proposed that 24 Valiants could replace 64 Canberra bombers. This represented a numerical reduction in the force available to SACEUR, but an improvement in capability due to the Valiants' all-weather strike capacity. The decision was taken by the Air Council on 15 May 1958. The first squadron to be assigned was No. 207 Squadron, on 1 January 1960. It was followed by No. 49 Squadron on 1 July, and No. 148 on 13 July. No. 49 Squadron moved to RAF Marham so that all three squadrons were concentrated there. They were each equipped with two Mark 28 nuclear bombs provided by Project E. The three TBF squadrons eventually became the only Valiant bomber squadrons as all the others were disbanded or converted to tanker or strategic reconnaissance roles. They adopted SACEUR's Quick Reaction Alert, under which arrangements were made so that three armed aircraft were always ready to scramble within 15 minutes. They were also the first V bombers to adopt a low-level strike role, with their white paintwork replaced by green camouflage. During the Cuban Missile Crisis, each V force squadron kept one fully armed aircraft and crew at 15 minutes' readiness. By 1963, the RAF was convinced that, to have any chance of survival, the V bombers would have to attack at low level. At altitudes below , radar was less effective due to ground-generated clutter. The three Vulcan B.1A squadrons at RAF Waddington and the four Victor B.1A squadrons at RAF Honington and RAF Cottesmore were ordered to switch to low-level operations in March 1963. The Vulcan B.2 and Victor B.2 squadrons followed on 1 May 1964. A sign of the new doctrine was the replacement of their white paintwork with green camouflage on their upper surfaces, starting with Vulcan XH505 on 24 March 1964. They were also outfitted with new ECMs, ground positioning equipment and terrain-following radar. Tests performed in the UK and at Woomera demonstrated that Blue Steel could be launched from low level. The Yellow Sun Mark 2 free-fall bomb was a different story, and V bombers equipped with it would have had to climb to medium altitude to release it. A new bomb, the WE.177 was developed. Deliveries of the WE.177B commenced in September 1966. Through Project E and the introduction of the smaller, lighter Red Beard bomb, which entered service in 1960, by the mid-1960s Canberras and the Royal Navy's Fleet Air Arm were able to deliver nuclear weapons, but their power was insignificant compared with that of the 109 Victor and Vulcan bombers. The V bombers were formally relieved of their role as the deliverer of the UK strategic nuclear deterrent, which officially passed to the Polaris ballistic missile submarines of the Royal Navy on 1 July 1969. The last Blue Steel mission was flown on 21 December 1970. Five Vulcan squadrons continued to serve with the WE.177B weapon in a tactical role in Europe with SACEUR. Nos 9 and 35 Squadrons moved to RAF Akrotiri in Cyprus, where they replaced Canberra bombers in support of CENTO and operations on NATO's southern flank. They were withdrawn in 1975 in the wake of the Turkish invasion of Cyprus. Six squadrons of Vulcans were still assigned this role with the WE.177 weapon in 1981. The last four remaining squadrons were about to disband in 1982 when called upon to assist in the Falklands War. Conventional mission Suez crisis The first V bomber to see combat use with conventional bombs was the Valiant in Operation Musketeer, the Anglo-French military response in the Suez Crisis in 1956. It was the first and only time the Valiants dropped bombs in combat operations. RAF units began deploying to Malta in September 1956, and when Israel attacked Egypt on 29 October 1956, four Valiant squadrons—Nos 138, 148, 207 and 214 Squadrons—were based at RAF Luqa. No. 138 Squadron was the only one with a full complement of eight Valiants; Nos 148 and 207 each had six, and No. 214 had only four. The initial objective was to neutralise the Egyptian Air Force, which was believed to have about 100 Mikoyan-Gurevich MiG-15 jet fighters and 30 Ilyushin Il-28 twin-engine jet bombers. The Egyptian early-warning radar system was known to be non-operational due to lack of maintenance and spare parts, so the bombers were ordered to operate at night when the visually-controlled defences would be least effective. This meant a reversion to the tactics used by Bomber Command in the Second World War. The Valiants were neither trained nor equipped for such a mission. Not all of the Valiants were equipped with the Navigation and Bombing System (NBS) and it was not serviceable in all of those that were. This forced a reversion to the older, visual bomb sight. The Valiants and Canberras were equipped with the Gee-H radio navigation system, but it could not be used as there were no beacons in the Middle East. However, the Valiants were also equipped with Green Satin radar, which could still be used. The first mission was flown on 31 October, in co-operation with Canberra bombers from Malta and Cyprus. The target was five Egyptian airbases in the Cairo area, including Cairo West Air Base. At the last minute, it was discovered that fifteen US transport aircraft were at Cairo West evacuating civilians, and the target had to be altered while the bombers were already in the air. The Valiants dropped target markers, and then Canberras dropped flares to illuminate the target area. This allowed other Canberras to drop bombs on the runways. This pattern was repeated in attacks on four airfields in the Nile Delta and eight in the Suez Canal area over the next two nights. The Valiant's final mission was flown on 3 November against El Agami Island, which was believed to be a submarine repair depot. By the time operations ended, of bombs had been dropped, half of which had fallen within of their targets. The results were unimpressive. Three of the seven main Egyptian airbases remained fully operational, one had its runway shortened, and one had three craters that needed filling. The only airbase that was completely out of commission was Cairo West, and then only because of Egyptian demolitions. Far East operations On 29 October 1957, three Valiants from No. 214 Squadron flew to RAF Changi in Singapore for a fortnight to gain experience operating in the Far East. This was known as Exercise Profiteer. Subsequently, small detachments of Valiants and Vulcans deployed to the Far East for a fortnight every three months until June 1960. Although the Malayan Emergency was ongoing at this time, none of the Exercise Profiteer aircraft participated in combat operations. When the Valiants were assigned to SACEUR for operations in Europe, the conventional mission in the Middle East was assigned to the Vulcans at RAF Waddington, while that in the Far East was given to
favourable international relations climate caused by the Sputnik crisis, led to the United States Atomic Energy Act being amended again in 1958, resulting in the long-sought resumption of the nuclear Special Relationship between Britain and the United States in the form of the 1958 US–UK Mutual Defence Agreement. The United States now agreed to supply the V bombers with megaton weapons in place of the Mark 5, in the form of Mark 15 and Mark 39 nuclear bombs. The Treasury immediately inquired as to whether this meant that the British megaton bomb programme could be terminated. The answer was no; the operational restrictions imposed by Project E "effectively handed the US government a veto over the use of half of Britain's nuclear deterrent". With sufficient British bombs on hand, operational issues, and the concept of an independent nuclear deterrent came to the fore. The Air Council decided on 7 July 1960 that Project E weapons would be phased out by December 1962, by which time it was anticipated that there would be sufficient British megaton weapons to equip the entire strategic bomber force. Project E weapons were replaced by British Yellow Sun bombs at RAF Honington on 1 July 1961 and Waddington on 30 March 1962. Problems encountered in the development of the Red Beard bomb meant that the replacement of kiloton weapons took longer. The UK-based Valiants at Honington and Wittering were withdrawn in April and October 1962, and the last Valiants were retired from the V bomber force in July 1965. The final practice loading at RAF Marham—with the Mark 43s—was in January 1965, and the last US personnel left the base in July. Low level strike The prospect of bombers being able to avoid the Soviet air defences dimmed with the appearance of the Mikoyan-Gurevich MiG-21, which Nigel Birch, the Secretary of State for Air and senior RAF officers saw at Tushino Airfield on 24 June 1956. There was no immediate concern as Soviet designs often took several years to deploy; but its ceiling of posed a clear threat to the V bombers. So too did the new SA-2 surface-to-air missiles, which appeared in 1957. One of them shot down an American Lockheed U-2 piloted by Francis Gary Powers over the Soviet Union on 1 May 1960. In 1957, the supersonic Avro 730 bomber was cancelled. This freed up funds for the Blue Streak missile programme, but it too was cancelled, on 24 February 1960. To extend the effectiveness and operational life of the V bombers, an Operational Requirement (OR1132), was issued on 3 September 1954 for an air-launched, rocket-propelled standoff missile with a range of that could be launched from a V bomber. This became Blue Steel. The Ministry of Supply placed a development contract with Avro in March 1956, and it entered service in December 1962. By this time, it was anticipated that even with Blue Steel, the air defences of the Soviet Union would soon improve to the extent that V bombers might find it difficult to attack their targets, and there were calls for the development of the Blue Steel Mark II with a range of at least . Despite the name, this was a whole new missile, and not a development of the Mark I. The Minister of Aviation, Duncan Sandys, insisted that priority be accorded to getting the Mark I into service, and the Mark II was cancelled at the end of 1959. Considerable modification was required to enable the Victors to carry Blue Steel. These included structural changes to the bomb bay. New Conway RCo.17 engines were installed, along with a combuster ignition system to allow all four engines to be started simultaneously and reduce scramble time to minutes per aircraft. A total of 23 Victor B.2 aircraft were upgraded to the new standard, known as B.2R (for retrofit), and two more were built as such. The British government then turned to Skybolt, an American missile that combined the range of Blue Streak with the mobile basing of the Blue Steel, and was small enough that two could be carried on the Vulcan bomber. Armed with a British Red Snow warhead, this would improve the capability of the UK's V bomber force, and extend its useful life into the late 1960s and early 1970s. Cabinet Defence Committee approved the acquisition of Skybolt in February 1960. The Vulcan B.2s were modified to carry a pair of Skybolt missiles. They were fitted with Bristol Olympus 301 engines, strengthened wings and two special attachment points. A British warhead was designed to fit in Skybolt's nose cone, and dummy test firings were carried out at RAF West Freugh commencing on 9 December 1961. It did not prove possible to modify the Victors. The project came to an abrupt halt when the US government cancelled Skybolt on 31 December 1962, but the vestigial attachment points were used for AN/ALQ-101 electronic countermeasure pods during the Falklands War. To replace Skybolt, the Prime Minister, Harold Macmillan, negotiated the Nassau Agreement with the President of the United States John F. Kennedy on 3 January 1963, under which the US agreed to supply the UK with Polaris submarine-launched ballistic missiles instead. This spelt the beginning of the end of the V bombers' nuclear deterrent, but six more years passed before the submarines were built and the Royal Navy was able to take over responsibility. Although originally part of the V force, three squadrons of Valiants were assigned to SACEUR as part of the TBF (Tactical Bomber Force), while remaining part of Bomber Command for training and administration. As the new Victors and Vulcans became available, Valiants became surplus to the planned V force of 144 aircraft. It was proposed that 24 Valiants could replace 64 Canberra bombers. This represented a numerical reduction in the force available to SACEUR, but an improvement in capability due to the Valiants' all-weather strike capacity. The decision was taken by the Air Council on 15 May 1958. The first squadron to be assigned was No. 207 Squadron, on 1 January 1960. It was followed by No. 49 Squadron on 1 July, and No. 148 on 13 July. No. 49 Squadron moved to RAF Marham so that all three squadrons were concentrated there. They were each equipped with two Mark 28 nuclear bombs provided by Project E. The three TBF squadrons eventually became the only Valiant bomber squadrons as all the others were disbanded or converted to tanker or strategic reconnaissance roles. They adopted SACEUR's Quick Reaction Alert, under which arrangements were made so that three armed aircraft were always ready to scramble within 15 minutes. They were also the first V bombers to adopt a low-level strike role, with their white paintwork replaced by green camouflage. During the Cuban Missile Crisis, each V force squadron kept one fully armed aircraft and crew at 15 minutes' readiness. By 1963, the RAF was convinced that, to have any chance of survival, the V bombers would have to attack at low level. At altitudes below , radar was less effective due to ground-generated clutter. The three Vulcan B.1A squadrons at RAF Waddington and the four Victor B.1A squadrons at RAF Honington and RAF Cottesmore were ordered to switch to low-level operations in March 1963. The Vulcan B.2 and Victor B.2 squadrons followed on 1 May 1964. A sign of the new doctrine was the replacement of their white paintwork with green camouflage on their upper surfaces, starting with Vulcan XH505 on 24 March 1964. They were also outfitted with new ECMs, ground positioning equipment and terrain-following radar. Tests performed in the UK and at Woomera demonstrated that Blue Steel could be launched from low level. The Yellow Sun Mark 2 free-fall bomb was a different story, and V bombers equipped with it would have had to climb to medium altitude to release it. A new bomb, the WE.177 was developed. Deliveries of the WE.177B commenced in September 1966. Through Project E and the introduction of the smaller, lighter Red Beard bomb, which entered service in 1960, by the mid-1960s Canberras and the Royal Navy's Fleet Air Arm were able to deliver nuclear weapons, but their power was insignificant compared with that of the 109 Victor and Vulcan bombers. The V bombers were formally relieved of their role as the deliverer of the UK strategic nuclear deterrent, which officially passed to the Polaris ballistic missile submarines of the Royal Navy on 1 July 1969. The last Blue Steel mission was flown on 21 December 1970. Five Vulcan squadrons continued to serve with the WE.177B weapon in a tactical role in Europe with SACEUR. Nos 9 and 35 Squadrons moved to RAF Akrotiri in Cyprus, where they replaced Canberra bombers in support of CENTO and operations on NATO's southern flank. They were withdrawn in 1975 in the wake of the Turkish invasion of Cyprus. Six squadrons of Vulcans were still assigned this role with the WE.177 weapon in 1981. The last four remaining squadrons were about to disband in 1982 when called upon to assist in the Falklands War. Conventional mission Suez crisis The first V bomber to see combat use with conventional bombs was the Valiant in Operation Musketeer, the Anglo-French military response in the Suez Crisis in 1956. It was the first and only time the Valiants dropped bombs in combat operations. RAF units began deploying to Malta in September 1956, and when Israel attacked Egypt on 29 October 1956, four Valiant squadrons—Nos 138, 148, 207 and 214 Squadrons—were based at RAF Luqa. No. 138 Squadron was the only one with a full complement of eight Valiants; Nos 148 and 207 each had six, and No. 214 had only four. The initial objective was to neutralise the Egyptian Air Force, which was believed to have about 100 Mikoyan-Gurevich MiG-15 jet fighters and 30 Ilyushin Il-28 twin-engine jet bombers. The Egyptian early-warning radar system was known to be non-operational due to lack of maintenance and spare parts, so the bombers were ordered to operate at night when the visually-controlled defences would be least effective. This meant a reversion to the tactics used by Bomber Command in the Second World War. The Valiants were neither trained nor equipped for such a mission. Not all of the Valiants were equipped with the Navigation and Bombing System (NBS) and it was not serviceable in all of those that were. This forced a reversion to the older, visual bomb sight. The Valiants and Canberras were equipped with the Gee-H radio navigation system, but it could not be used as there were no beacons in the Middle East. However, the Valiants were also equipped with Green Satin radar, which could still be used. The first mission was flown on 31 October, in co-operation with Canberra bombers from Malta and Cyprus. The target was five Egyptian airbases in the Cairo area, including Cairo West Air Base. At the last minute, it was discovered that fifteen US transport aircraft were at Cairo West evacuating civilians, and the target had to be altered while the bombers were already in the air. The Valiants dropped target markers, and then Canberras dropped flares to illuminate the target area. This allowed other Canberras to drop bombs on the runways. This pattern was repeated in attacks on four airfields in the Nile Delta and eight in the Suez Canal area over the next two nights. The Valiant's final mission was flown on 3 November against El Agami Island, which was believed to be a submarine repair depot. By the time operations ended, of bombs had been dropped, half of which had fallen within of their targets. The results were unimpressive. Three of the seven main Egyptian airbases remained fully operational, one had its runway shortened, and one had three craters that needed filling. The only airbase that was completely out of commission was Cairo West, and then only because of Egyptian demolitions. Far East operations On 29 October 1957, three Valiants from No. 214 Squadron flew to RAF Changi in Singapore for a fortnight to gain experience operating in the Far East. This was known as Exercise Profiteer. Subsequently, small detachments of Valiants and Vulcans deployed to the Far East for a fortnight every three months until June 1960. Although the Malayan Emergency was ongoing at this time, none of the Exercise Profiteer aircraft participated in combat operations. When the Valiants were assigned to SACEUR for operations in Europe, the conventional mission in the Middle East was assigned to the Vulcans at RAF Waddington, while that in the Far East was given to the Victors based at RAF Cottesmore and RAF Honington. When the Indonesian Confrontation heated up in December 1963, eight Victors from Nos 10 and 15 Squadrons were sent to the Far East, where they were based at RAF Tengah and RAAF Butterworth. The crews normally served 3-month tours. No. 10 Squadron was disbanded in March 1964, and No. 15 Squadron in October. No. 12(B) Squadron replaced them at RAAF Butterworth from October. The Vulcans were recalled to UK in December 1964 whilst the responsibility for the Far East fell on temporary detachments of Vulcans of Nos 9, 12 and 35 Squadrons with up to 16 aircraft for short periods. Tensions decreased after March 1965, and the size of the detachment was cut to four aircraft. As the Waddington Wing converted to the Mk2 Vulcan the responsibility was transferred to Nos 44, 50 and 101 Squadrons. Annual deployments in support of SEATO continued for some years. Falklands War During the 1982 Falklands War, Vulcan bombers from Nos 44, 50 and 101 Squadrons, supported by Victor tankers from Nos 55 and 57 Squadrons, carried out a series of seven extremely long-range ground attack missions against Argentine positions in the Falkland Islands. The operation was codenamed Black Buck. The objectives of the missions were to attack Port Stanley Airport and its associated defences. While the Vulcans were capable of carrying conventional munitions, this had not been done for a long time. To carry twenty-one bombs, the Vulcan required three sets of bomb carriers, each of which held seven bombs. Their release was controlled by a panel at the navigator's station known as a 90-way that monitored the electrical connections to each bomb, and was said to provide 90 different sequences for releasing the bombs. None of the Vulcans at RAF Waddington were fitted with the bomb racks or the 90-way. A search of the supply dumps at Waddington and RAF Scampton located the 90-way panels, which were fitted and tested, but finding enough septuple bomb carriers proved harder, and at least nine were required. Someone remembered that some had been sold to a scrapyard in Newark-on-Trent, and they were retrieved from there. Locating sufficient bombs also proved difficult, and only 167 could be found, and some had cast bomb cases instead of the preferable machined ones. Training of crews in conventional bombing and in-flight refuelling was carried out from 14 to 17 April 1982. The raids, at almost and 15 hours for the return journey, were the longest-ranged bombing raids in history at the time. The Black Buck raids were staged from RAF Ascension Island, close to the equator. The Vulcans lacked the range to fly to the Falklands without refuelling several times, as did the converted Victor tankers, so they too had to be refuelled in flight. Eleven tankers were required for two Vulcans, a huge logistical effort as all aircraft had to use the same runway. The aircraft carried either twenty-one bombs internally or two or four Shrike anti-radar missiles externally. Of the five Black Buck raids flown to completion, three were against Stanley Airfield's runway and operational facilities, and the other two were anti-radar missions using Shrike missiles against a Westinghouse AN/TPS-43 long-range 3D radar in the Port Stanley area. Shrikes hit two of the less valuable and rapidly replaced secondary fire control radars, causing minor damage. Withdrawal of the Valiants In July 1964, a Valiant of No. 543 Squadron (WZ394) on a deployment to Rhodesia was found to have cracks in the rear wing spar and was ferried back to the UK for repairs. The following month, a Valiant from No. 232 Operational Conversion Unit (WP217) suffered a wing spar failure during a training exercise over Wales. The whole Valiant fleet was checked, and many were found to have significant cracks in the wing spars. Those that were considered to have little or no damage were cleared to fly, but with a temporary restriction to a maximum speed of , maximum load of , and a maximum bank angle of 30 degrees. When Vickers commenced repairs, it was found that the damage was more severe than first thought, and the entire fleet was grounded on 9 December 1964, and withdrawn from service. At first it was thought that the switch to low-level flying was the cause, but cracks were also found in Valiants that were in service as tanker and strategic reconnaissance aircraft, and had not been flown at low level. Suspicion then fell on the aluminium alloy that had been used, DTD683. One Valiant (XD816) remained in service as a test aircraft, having been re-sparred. Electronic countermeasures and reconnaissance Valiants served in a photo-reconnaissance role with No. 543 Squadron, commencing in the second half of 1955. At least seven Valiants were configured to the ECM role, serving with No. 199 Squadron from 30 September 1957. These aircraft were ultimately fitted with APT-16A and ALT-7 jamming transmitters, Airborne Cigar and Carpet jammers, APR-4 and APR-9 "sniffing" receivers, and chaff dispensers. After the Valiants were grounded, the timetable for the development of a photo-reconnaissance version of the Victor, known as the SR.2, was accelerated. A prototype (XL165) was flown for the first time on 23 February 1965, and the first aircraft (XL230) was delivered to No. 543 Squadron on 18 May 1965. The Victor SR.2s carried out extensive photographic survey work, which assumed increased importance after the bombers switched to low-level operations. No. 543 Squadron was disbanded on 31 May 1974, but a flight of four remained until 30 March 1975 to participate in French nuclear weapons testing in the Pacific. Responsibility for the reconnaissance role passed to No. 27 Squadron, which had been re-formed in November 1973, and operated the Vulcan SR.2. No. 27 Squadron was disbanded in March 1982. Aerial refuelling In addition to the roles for which they were designed, all three V bombers served as aerial refuelling tankers at one time or another. The Valiant was the RAF's first large-scale tanker. The probe and drogue system for aerial refuelling was developed by Sir Alan Cobham, but the Air Ministry doubted its value so long as Britain maintained bases around the world. However, on 8 January 1954, the Air Staff decided that the V bombers should be capable of both aerial refuelling and acting as tankers, and an Operational Requirement (OR3580) was issued in 1956 for an electronic positioning system to facilitate aerial refuelling. Initially, there were no aircraft to perform the role, but two new types of Valiant were ordered. Fourteen B(PR)K.1 versions were produced. These were a tanker variant of the photo-reconnaissance model, with a hose drum unit (HDU) in the bomb bay. The final production model of the Valiant was the BK.1 version, which had a fuel tank in the front of the bomb bay and an HDU in the rear. Some 44 were built. No. 214 Squadron was selected to carry out tanker trials, while retaining its bombing role, in February 1958. The trials were successful. In August 1961, a second Valiant squadron, No. 90 Squadron, was ordered to begin training in the aerial refuelling role. Nos 90 and 214 Squadrons became full-time tanker squadrons on 1 April 1962. In a demonstration on 20/21 June 1962, a Vulcan B.1A from No. 617 Squadron flew non-stop from RAF Scampton to Sydney in 20 hours and 5 minutes, refuelled four times by tankers from No. 214 Squadron. They served in the role until the Valiants were abruptly withdrawn from service. Work was already under way to replace the Valiants with Victors. A proposal to convert Victor B.1s and B.1As was first considered by the Air Staff on 25 May 1961 and was endorsed by the Chief Scientific Adviser to the Ministry of Defence, Sir Solly Zuckerman, and the Chiefs of Staff in 1963. The Defence Research Policy Committee (DRPC) estimated that converting 27 aircraft would cost £7 million. This would provide sufficient aircraft for three tanker squadrons. The price tag soon increased to £8 million for 24 aircraft, and the Treasury was reluctant to spend that much money pending a review of Britain's overseas defence commitments, which would establish whether a third squadron was required. There were also doubts about the financial viability of Handley Page. Approval was given for the conversion of twelve aircraft on 12 June, three more on 9 July, and another nine on 15 September. The second production Victor B.1 (XA918) was converted into a prototype tanker. This involved the installation of Flight Refuelling Mark 20B pods on each wing to refuel fighter aircraft, two fuel tanks in the bomb bay, and a Flight Refuelling Mark 17 HDU in the bomb bay for bombers and transport aircraft. The grounding of the Valiant tankers injected some urgency into the situation, as the RAF lost its refuelling capability. Six Victor K.1A tankers were delivered to No. 55 Squadron at RAF Marham in May and June 1965, but these were not full conversions, as they had only the underwing refuelling pods, and retained their bombing capability. As Victor tankers became available, a second tanker squadron, No. 57 Squadron, was formed at RAF Marham on 14 February 1966, and a third was added on 1 July
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of Bangladesh Victoria University, Toronto, Canada Victoria University of Wellington, New Zealand Victoria University (United Kingdom), a former federal university in England Victoria University, Leeds, a former college of the federal Victoria University (United Kingdom), now
in March 1905. The circle, which largely came from the Cambridge Apostles, included writers (Saxon Sydney-Turner, Lytton Strachey) and critics (Clive Bell, Desmond MacCarthy) with Thursday evening "At Homes" that became known as the Thursday Club, a vision of recreating Trinity College ("Cambridge in London"). This circle formed the nucleus of the intellectual circle of writers and artists known as the Bloomsbury Group. Later, it would include John Maynard Keynes (1907), Duncan Grant (1908), E.M. Forster (1910), Roger Fry (1910), Leonard Woolf (1911), and David Garnett (1914). In 1905, Virginia and Adrian visited Portugal and Spain. Clive Bell proposed to Vanessa, but was declined, while Virginia began teaching evening classes at Morley College and Vanessa added another event to their calendar with the Friday Club, dedicated to the discussion of and later exhibition of the fine arts. This introduced some new people into their circle, including Vanessa's friends from the Royal Academy and Slade, such as Henry Lamb and Gwen Darwin (who became secretary), but also the eighteen-year-old Katherine Laird ("Ka") Cox (1887–1938), who was about to go up to Newnham. Although Virginia did not actually meet Ka until much later, Ka would come to play an important part in her life. Ka and others brought the Bloomsbury Group into contact with another, slightly younger, group of Cambridge intellectuals to whom the Stephen sisters gave the name "Neo-pagans". The Friday Club continued until 1913. The following year, 1906, Virginia suffered two further losses. Her cherished brother Thoby, who was only 26, died of typhoid, following a trip they had all taken to Greece, and immediately afterward Vanessa accepted Clive's third proposal. Vanessa and Clive were married in February 1907 and as a couple, their interest in avant-garde art would have an important influence on Woolf's further development as an author. With Vanessa's marriage, Virginia and Adrian needed to find a new home. Fitzroy Square (1907–1911) Virginia moved into 29 Fitzroy Square in April 1907, a house on the west side of the street, formerly occupied by George Bernard Shaw. It was in Fitzrovia, immediately to the west of Bloomsbury but still relatively close to her sister at Gordon Square. The two sisters continued to travel together, visiting Paris in March. Adrian was now to play a much larger part in Virginia's life, and they resumed the Thursday Club in October at their new home, while Gordon Square became the venue for the Play Reading Society in December. During this period, the group began to increasingly explore progressive ideas, first in speech, and then in conduct, Vanessa proclaiming in 1910 a libertarian society with sexual freedom for all. Meanwhile, Virginia began work on her first novel, Melymbrosia, that eventually became The Voyage Out (1915). Vanessa's first child, Julian was born in February 1908, and in September Virginia accompanied the Bells to Italy and France. It was during this time that Virginia's rivalry with her sister resurfaced, flirting with Clive, which he reciprocated, and which lasted on and off from 1908 to 1914, by which time her sister's marriage was breaking down. On 17 February 1909, Lytton Strachey proposed to Virginia and she accepted, but he then withdrew the offer. It was while she was at Fitzroy Square that the question arose of Virginia needing a quiet country retreat, and she required a six-week rest cure and sought the countryside away from London as much as possible. In December, she and Adrian stayed at Lewes and started exploring the area of Sussex around the town. She started to want a place of her own, like St Ives, but closer to London. She soon found a property in nearby Firle (see below), maintaining a relationship with that area for the rest of her life. Dreadnought hoax 1910 Several members of the group attained notoriety in 1910 with the Dreadnought hoax, which Virginia participated in disguised as a male Abyssinian royal. Her complete 1940 talk on the hoax was discovered and is published in the memoirs collected in the expanded edition of The Platform of Time (2008). Brunswick Square (1911–1912) In October 1911, the lease on Fitzroy Square was running out and Virginia and Adrian decided to give up their home on Fitzroy Square in favour of a different living arrangement, moving to a four-storied house at 38 Brunswick Square in Bloomsbury proper in November. Virginia saw it as a new opportunity: "We are going to try all kinds of experiments," she told Ottoline Morrell. Adrian occupied the second floor, with Maynard Keynes and Duncan Grant sharing the ground floor. This arrangement for a single woman was considered scandalous, and George Duckworth was horrified. The house was adjacent to the Foundling Hospital, much to Virginia's amusement as an unchaperoned single woman. Originally, Ka Cox was supposed to share in the arrangements, but opposition came from Rupert Brooke, who was involved with her and pressured her to abandon the idea. At the house, Duncan Grant decorated Adrian Stephen's rooms (see image). Marriage (1912–1941) Leonard Woolf was one of Thoby Stephen's friends at Trinity College, Cambridge, and noticed the Stephen sisters in Thoby's rooms there on their visits to the May Ball in 1900 and 1901. He recalls them in "white dresses and large hats, with parasols in their hands, their beauty literally took one's breath away". To him, they were silent, "formidable and alarming". Woolf did not meet Virginia formally till 17 November 1904 when he dined with the Stephens at Gordon Square, to say goodbye before leaving to take up a position with the civil service in Ceylon, although she was aware of him through Thoby's stories. At that visit he noted that she was perfectly silent throughout the meal, and looked ill. In 1909, Lytton Strachey suggested to Woolf he should make her an offer of marriage. He did so, but received no answer. In June 1911, he returned to London on a one-year leave, but did not go back to Ceylon. In England again, Leonard renewed his contacts with family and friends. Three weeks after arriving he dined with Vanessa and Clive Bell at Gordon Square on 3 July, where they were later joined by Virginia and other members of what would later be called "Bloomsbury", and Leonard dates the group's formation to that night. In September, Virginia asked Leonard to join her at Little Talland House at Firle in Sussex for a long weekend. After that weekend, they began seeing each other more frequently. On 4 December 1911, Leonard moved into the ménage on Brunswick Square, occupying a bedroom and sitting room on the fourth floor, and started to see Virginia constantly and by the end of the month had decided he was in love with her. On 11 January 1912, he proposed to her; she asked for time to consider, so he asked for an extension of his leave and, on being refused, offered his resignation on 25 April, effective 20 May. He continued to pursue Virginia, and in a letter of 1 May 1912 (which see) she explained why she did not favour a marriage. However, on 29 May, Virginia told Leonard that she wished to marry him, and they were married on 10 August at the St Pancras Register Office. It was during this time that Leonard first became aware of Virginia's precarious mental state. The Woolfs continued to live at Brunswick Square until October 1912, when they moved to a small flat at 13 Clifford's Inn, further to the east (subsequently demolished). Despite his low material status (Woolf referring to Leonard during their engagement as a "penniless Jew"), the couple shared a close bond. Indeed, in 1937, Woolf wrote in her diary: "Love-making—after 25 years can't bear to be separate ... you see it is enormous pleasure being wanted: a wife. And our marriage so complete." However, Virginia made a suicide attempt in 1913. In October 1914, Leonard and Virginia Woolf moved away from Bloomsbury and central London to Richmond, living at 17 The Green, a home discussed by Leonard in his autobiography Beginning Again (1964). In early March 1915, the couple moved again, to nearby Hogarth House, Paradise Road, after which they named their publishing house. Virginia's first novel, The Voyage Out was published in 1915, followed by another suicide attempt. Despite the introduction of conscription in 1916, Leonard was exempted on medical grounds. Between 1924 and 1940, the Woolfs returned to Bloomsbury, taking out a ten-year lease at 52 Tavistock Square, from where they ran the Hogarth Press from the basement, where Virginia also had her writing room, and is commemorated with a bust of her in the square (see illustration). 1925 saw the publication of Mrs Dalloway in May followed by her collapse while at Charleston in August. In 1927, her next novel, To the Lighthouse, was published, and the following year she lectured on Women & Fiction at Cambridge University and published Orlando in October. Her two Cambridge lectures then became the basis for her major essay A Room of One's Own in 1929. Virginia wrote only one drama, Freshwater, based on her great-aunt Julia Margaret Cameron, and produced at her sister's studio on Fitzroy Street in 1935. 1936 saw another collapse of her health following the completion of The Years. The Woolf's final residence in London was at 37 Mecklenburgh Square (1939–1940), destroyed during the Blitz in September 1940; a month later their previous home on Tavistock Square was also destroyed. After that, they made Sussex their permanent home. For descriptions and illustrations of all Virginia Woolf's London homes, see Jean Moorcroft Wilson's book Virginia Woolf, Life and London: A Biography of Place (pub. Cecil Woolf, 1987). Hogarth Press (1917–1938) Virginia had taken up book-binding as a pastime in October 1901, at the age of 19, and the Woolfs had been discussing setting up a publishing house for some time, and at the end of 1916 started making plans. Having discovered that they were not eligible to enroll in the St Bride School of Printing, they started purchasing supplies after seeking advice from the Excelsior Printing Supply Company on Farringdon Road in March 1917, and soon they had a printing press set up on their dining room table at Hogarth House, and the Hogarth Press was born. Their first publication was Two Stories in July 1917, inscribed Publication No. 1, and consisted of two short stories, "The Mark on the Wall" by Virginia Woolf and Three Jews by Leonard Woolf. The work consisted of 32 pages, hand bound and sewn, and illustrated by woodcuts designed by Dora Carrington. The illustrations were a success, leading Virginia to remark that the press was "specially good at printing pictures, and we see that we must make a practice of always having pictures." (13 July 1917) The process took two and a half months with a production run of 150 copies. Other short short stories followed, including Kew Gardens (1919) with a woodblock by Vanessa Bell as frontispiece. Subsequently, Bell added further illustrations, adorning each page of the text. The press subsequently published Virginia's novels along with works by T.S. Eliot, Laurens van der Post, and others. The Press also commissioned works by contemporary artists, including Dora Carrington and Vanessa Bell. Woolf believed that to break free of a patriarchal society women writers needed a "room of their own" to develop and often fantasised about an "Outsider's Society" where women writers would create a virtual private space for themselves via their writings to develop a feminist critique of society. Though Woolf never created the "Outsider's society", the Hogarth Press was the closest approximation as the Woolfs chose to publish books by writers that took unconventional points of view to form a reading community. Initially the press concentrated on small experimental publications, of little interest to large commercial publishers. Until 1930, Woolf often helped her husband print the Hogarth books as the money for employees was not there. Virginia relinquished her interest in 1938, following a third attempted suicide. After it was bombed in September 1940, the press was moved to Letchworth for the remainder of the war. Both the Woolfs were internationalists and pacifists who believed that promoting understanding between peoples was the best way to avoid another world war and chose quite consciously to publish works by foreign authors of whom the British reading public were unaware. The first non-British author to be published was the Soviet writer Maxim Gorky, the book Reminiscences of Leo Nikolaiovich Tolstoy in 1920, dealing with his friendship with Count Leo Tolstoy. Memoir Club (1920–1941) 1920 saw a postwar reconstitution of the Bloomsbury Group, under the title of the Memoir Club, which as the name suggests focussed on self-writing, in the manner of Proust's A La Recherche, and inspired some of the more influential books of the 20th century. The Group, which had been scattered by the war, was reconvened by Mary ('Molly') MacCarthy who called them "Bloomsberries", and operated under rules derived from the Cambridge Apostles, an elite university debating society that a number of them had been members of. These rules emphasised candour and openness. Among the 125 memoirs presented, Virginia contributed three that were published posthumously in 1976, in the autobiographical anthology Moments of Being. These were 22 Hyde Park Gate (1921), Old Bloomsbury (1922) and Am I a Snob? (1936). Vita Sackville-West (1922–1941) The ethos of the Bloomsbury group encouraged a liberal approach to sexuality, and on 14 December 1922 Woolf met the writer and gardener Vita Sackville-West, wife of Harold Nicolson, while dining with Clive Bell. Writing in her diary the next day, she referred to meeting "the lovely gifted aristocratic Sackville West". At the time, Sackville-West was the more successful writer as both poet and novelist, commercially and critically, and it was not until after Woolf's death that she became considered the better writer. After a tentative start, they began a sexual relationship, which, according to Sackville-West in a letter to her husband on 17 August 1926, was only twice consummated. The relationship reached its peak between 1925 and 1928, evolving into more of a friendship through the 1930s, though Woolf was also inclined to brag of her affairs with other women within her intimate circle, such as Sibyl Colefax and Comtesse de Polignac. This period of intimacy was to prove fruitful for both authors, Woolf producing three novels, To the Lighthouse (1927), Orlando (1928), and The Waves (1931) as well as a number of essays, including "Mr. Bennett and Mrs. Brown" (1924) and "A Letter to a Young Poet" (1932). Sackville-West worked tirelessly to lift Woolf's self-esteem, encouraging her not to view herself as a quasi-reclusive inclined to sickness who should hide herself away from the world, but rather offered praise for her liveliness and wit, her health, her intelligence and achievements as a writer. Sackville-West led Woolf to reappraise herself, developing a more positive self-image, and the feeling that her writings were the products of her strengths rather than her weakness. Starting at the age of 15, Woolf had believed the diagnosis by her father and his doctor that reading and writing were deleterious to her nervous condition, requiring a regime of physical labour such as gardening to prevent a total nervous collapse. This led Woolf to spend much time obsessively engaging in such physical labour. Sackville-West was the first to argue to Woolf she had been misdiagnosed, and that it was far better to engage in reading and writing to calm her nerves—advice that was taken. Under the influence of Sackville-West, Woolf learned to deal with her nervous ailments by switching between various forms of intellectual activities such as reading, writing and book reviews, instead of spending her time in physical activities that sapped her strength and worsened her nerves. Sackville-West chose the financially struggling Hogarth Press as her publisher to assist the Woolfs financially. Seducers in Ecuador, the first of the novels by Sackville-West published by Hogarth, was not a success, selling only 1500 copies in its first year, but the next Sackville-West novel they published, The Edwardians, was a best-seller that sold 30,000 copies in its first six months. Sackville-West's novels, though not typical of the Hogarth Press, saved Hogarth, taking them from the red into the black. However, Woolf was not always appreciative of the fact that it was Sackville-West's books that kept the Hogarth Press profitable, writing dismissively in 1933 of her "servant girl" novels. The financial security allowed by the good sales of Sackville-West's novels in turn allowed Woolf to engage in more experimental work, such as The Waves, as Woolf had to be cautious when she depended upon Hogarth entirely for her income. In 1928, Woolf presented Sackville-West with Orlando, a fantastical biography in which the eponymous hero's life spans three centuries and both sexes. It was published in October, shortly after the two women spent a week travelling together in France, that September. Nigel Nicolson, Vita Sackville-West's son, wrote, "The effect of Vita on Virginia is all contained in Orlando, the longest and most charming love letter in literature, in which she explores Vita, weaves her in and out of the centuries, tosses her from one sex to the other, plays with her, dresses her in furs, lace and emeralds, teases her, flirts with her, drops a veil of mist around her." After their affair ended, the two women remained friends until Woolf's death in 1941. Virginia Woolf also remained close to her surviving siblings, Adrian and Vanessa; Thoby had died of typhoid fever at the age of 26. Sussex (1911–1941) Virginia was needing a country retreat to escape to, and on 24 December 1910, she found a house for rent in Firle, Sussex, near Lewes (see Map). She obtained a lease and took possession of the house the following month, naming it 'Little Talland House', after their childhood home in Cornwall, although it was actually a new red gabled villa on the main street opposite the village hall. The lease was a short one, and in October, she and Leonard Woolf found Asham House at Asheham a few miles to the west, while walking along the Ouse from Firle. The house, at the end of a tree-lined road was a strange beautiful Regency-Gothic house in a lonely location. She described it as "flat, pale, serene, yellow-washed", without electricity or water and allegedly haunted. She took out a five-year lease jointly with Vanessa in the New Year, and they moved into it in February 1912, holding a house warming party on the 9th. It was at Asham that the Woolfs spent their wedding night later that year. At Asham, she recorded the events of the weekends and holidays they spent there in her Asham Diary, part of which was later published as A Writer's Diary in 1953. In terms of creative writing, The Voyage Out was completed there, and much of Night and Day. Asham provided Woolf with well needed relief from the pace of London life and was where she found a happiness that she expressed in her diary of 5 May 1919 "Oh, but how happy we've been at Asheham! It was a most melodious time. Everything went so freely; – but I can't analyse all the sources of my joy". Asham was also the inspiration for A Haunted House (1921–1944), and was painted by members of the Bloomsbury Group, including Vanessa Bell and Roger Fry. It was during these times at Asham that Ka Cox (seen here) started to devote herself to Virginia and become very useful. While at Asham Leonard and Virginia found a farmhouse in 1916, that was to let, about four miles away, which they thought would be ideal for her sister. Eventually, Vanessa came down to inspect it, and moved in in October of that year, taking it as a summer home for her family. The Charleston Farmhouse was to become the summer gathering place for the literary and artistic circle of the Bloomsbury Group. After the end of the war, in 1918, the Woolfs were given a year's notice by the landlord, who needed the house. In mid-1919, "in despair", they purchased "a very strange little house" for £300, the Round House in Pipe Passage, Lewes, a converted windmill. No sooner had they bought the Round House, than Monk's House in nearby Rodmell, came up for auction, a weatherboarded house with oak beamed rooms, said to be 15th or 16th century. The Leonards favoured the latter because of its orchard and garden, and sold the Round House, to purchase Monk's House for £700. Monk's House also lacked water and electricity, but came with an acre of garden, and had a view across the Ouse towards the hills of the South Downs. Leonard Woolf describes this view (and the amenities) as being unchanged since the days of Chaucer. From 1940, it became their permanent home after their London home was bombed, and Virginia continued to live there until her death. Meanwhile, Vanessa made Charleston her permanent home in 1936. It was at Monk's House that Virginia completed Between the Acts in early 1941, followed by a further breakdown directly resulting in her suicide on 28 March 1941, the novel being published posthumously later that year. The Neo-pagans (1911–1912) During her time in Firle, Virginia became better acquainted with Rupert Brooke and his group of Neo-Pagans, pursuing socialism, vegetarianism, exercising outdoors and alternative life styles, including social nudity. They were influenced by the ethos of Bedales, Fabianism and Shelley. The women wore sandals, socks, open neck shirts and head-scarves. Although she had some reservations, Woolf was involved with their activities for a while, fascinated by their bucolic innocence in contrast to the sceptical intellectualism of Bloomsbury, which earned her the nickname "The Goat" from her brother Adrian. While Woolf liked to make much of a weekend she spent with Brooke at the vicarage in Grantchester, including swimming in the pool there, it appears to have been principally a literary assignation. They also shared a psychiatrist in the name of Maurice Craig. Through the Neo-Pagans, she finally met Ka Cox on a weekend in Oxford in January 1911, who had been part of the Friday Club circle and now became her friend and played an important part in dealing with her illnesses. Virginia nicknamed her "Bruin". At the same time, she found herself dragged into a triangular relationship involving Ka, Jacques Raverat and Gwen Darwin. She became resentful of the other couple, Jacques and Gwen, who married later in 1911, not the outcome Virginia had predicted or desired. They would later be referred to in both To the Lighthouse and The Years. The exclusion she felt evoked memories of both Stella Duckworth's marriage and her triangular involvement with Vanessa and Clive. The two groups eventually fell out. Brooke pressured Ka into withdrawing from joining Virginia's ménage on Brunswick Square in late 1911, calling it a "bawdy-house" and by the end of 1912 he had vehemently turned against Bloomsbury. Later, she would write sardonically about Brooke, whose premature death resulted in his idealisation, and express regret about "the Neo-Paganism at that stage of my life". Virginia was deeply disappointed when Ka married William Edward Arnold-Forster in 1918, and became increasingly critical of her. Mental health Much examination has been made of Woolf's mental health (e.g., see Mental health bibliography). From the age of 13, following the death of her mother, Woolf suffered periodic mood swings from severe depression to manic excitement, including psychotic episodes, which the family referred to as her "madness". However, as Hermione Lee points out, Woolf was not "mad"; she was merely a woman who suffered from and struggled with illness for much of her relatively short life, a woman of "exceptional courage, intelligence and stoicism", who made the best use, and achieved the best understanding she could of that illness. Psychiatrists today contend that her illness constitutes bipolar disorder (manic-depressive illness). Her mother's death in 1895, "the greatest disaster that could happen", precipitated a crisis of alternating excitability and depression accompanied by irrational fears, for which their family doctor, Dr. Seton, prescribed rest, stopping lessons and writing, and regular walks supervised by Stella. Yet just two years later, Stella too was dead, bringing on her next crisis in 1897, and her first expressed wish for death at the age of fifteen, writing in her diary that October that "death would be shorter & less painful". She then stopped keeping a diary for some time. This was a scenario she would later recreate in "Time Passes" (To the Lighthouse, 1927). The death of her father in 1904 provoked her most alarming collapse, on 10 May, when she threw herself out a window and she was briefly institutionalised under the care of her father's friend, the eminent psychiatrist George Savage. Savage blamed her education—frowned on by many at the time as unsuitable for women—for her illness. She spent time recovering at the house of Stella's friend Violet Dickinson, and at her aunt Caroline's house in Cambridge, and by January 1905, Dr. Savage considered her "cured". Violet, seventeen years older than Virginia, became one of her closest friends and one of her more effective nurses. She characterised it as a "romantic friendship" (Letter to Violet 4 May 1903). Her brother Thoby's death in 1906 marked a "decade of deaths” that ended her childhood and adolescence. Gordon (2004) writes: "Ghostly voices spoke to her with increasing urgency, perhaps more real than the people who lived by her side. When voices of the dead urged her to impossible things, they drove her mad but, controlled, they became the material of fiction..." On Dr. Savage's recommendation, Virginia spent three short periods in 1910, 1912, and 1913 at Burley House at 15 Cambridge Park, Twickenham (see image), described as "a private nursing home for women with nervous disorder" run by Miss Jean Thomas. By the end of February 1910, she was becoming increasingly restless, and Dr. Savage suggested being away from London. Vanessa rented Moat House, outside Canterbury, in June, but there was no improvement, so Dr. Savage sent her to Burley for a "rest cure". This involved partial isolation, deprivation of literature, and force-feeding, and after six weeks she was able to convalesce in Cornwall and Dorset during the autumn. She loathed the experience; writing to her sister on 28 July, she described how she found the phony religious atmosphere stifling and the institution ugly, and informed Vanessa that to escape "I shall soon have to jump out of a window." The threat of being sent back would later lead to her contemplating suicide. Despite her protests, Savage would refer her back in 1912 for insomnia and in 1913 for depression. On emerging from Burley House in September 1913, she sought further opinions from two other physicians on the 13th: Maurice Wright, and Henry Head, who had been Henry James's physician. Both recommended she return to Burley House. Distraught, she returned home and attempted suicide by taking an overdose of 100 grains of veronal (a barbiturate) and nearly dying: she was found by Ka Cox, who summoned help. On recovery, she went to Dalingridge Hall, George Duckworth's home in East Grinstead, Sussex, to convalesce on 30 September, accompanied by Ka Cox and a nurse, returning to Asham on 18 November with Cox and Janet Case. She remained unstable over the next two years, with another incident involving veronal that she claimed was an "accident", and consulted another psychiatrist in April 1914, Maurice Craig, who explained that she was not sufficiently psychotic to be certified or committed to an institution. The rest of the summer of 1914 went better for her, and they moved to Richmond, but in February 1915, just as The Voyage Out was due to be published, she relapsed once more, and remained in poor health for most of that year. Then, despite Miss Thomas's gloomy prognosis, she began to recover, following 20 years of ill health. Nevertheless, there was a feeling among those around her that she was now permanently changed, and not for the better. Over the rest of her life, she suffered recurrent bouts of depression. In 1940, a number of factors appeared to overwhelm her. Her biography of Roger Fry had been published in July, and she had been disappointed in its reception. The horrors of war depressed her, and their London homes had been destroyed in the Blitz in September and October. Woolf had completed Between the Acts (published posthumously in 1941) in November, and completing a novel was frequently accompanied by exhaustion. Her health became increasingly a matter of concern, culminating in her decision to end her life on 28 March 1941. Though this instability would frequently affect her social life, she was able to continue her literary productivity with few interruptions throughout her life. Woolf herself provides not only a vivid picture of her symptoms in her diaries and letters, but also her response to the demons that haunted her and at times made her long for death: "But it is always a question whether I wish to avoid these glooms... These 9 weeks give one a plunge into deep waters... One goes down into the well & nothing protects one from the assault of truth." Psychiatry had little to offer Woolf, but she recognised that writing was one of the behaviours that enabled her to cope with her illness: "The only way I keep afloat... is by working... Directly I stop working I feel that I am sinking down, down. And as usual, I feel that if I sink further I shall reach the truth." Sinking under water was Woolf's metaphor for both the effects of depression and psychosis— but also for finding truth, and ultimately was her choice of death. Throughout her life, Woolf struggled, without success, to find meaning in her illness: on the one hand, an impediment, on the other, something she visualised as an essential part of who she was, and a necessary condition of her art. Her experiences informed her work, such as the character of Septimus Warren Smith in Mrs Dalloway (1925), who, like Woolf, was haunted by the dead, and ultimately takes his own life rather than be admitted to a sanitorium. Leonard Woolf relates how during the 30 years they were married, they consulted many doctors in the Harley Street area, and although they were given a diagnosis of neurasthenia, he felt they had little understanding of the causes or nature. The proposed solution was simple—as long as she lived a quiet life without any physical or mental exertion, she was well. On the other hand, any mental, emotional, or physical strain resulted in a reappearance of her symptoms, beginning with a headache, followed by insomnia and thoughts that started to race. Her remedy was simple: to retire to bed in a darkened room, eat, and drink plenty of milk, following which the symptoms slowly subsided. Modern scholars, including her nephew and biographer, Quentin Bell, have suggested her breakdowns and subsequent recurring depressive periods were influenced by the sexual abuse which she and her sister Vanessa were subjected to by their half-brothers George and Gerald Duckworth (which Woolf recalls in her autobiographical essays "A Sketch of the Past" and "22 Hyde Park Gate") (see Sexual abuse). Biographers point out that when Stella died in 1897, there was no counterbalance to control George's predation, and his nighttime prowling. Virginia describes him as her first lover, "The old ladies of Kensington and Belgravia never knew that George Duckworth was not only father and mother, brother and sister to those poor Stephen girls; he was their lover also." It is likely that other factors also played a part. It has been suggested that they include genetic predisposition, for both trauma and family history have been implicated in bipolar disorder. Virginia's father, Leslie Stephen, suffered from depression, and her half-sister Laura was institutionalised. Many of Virginia's symptoms, including persistent headache, insomnia, irritability, and anxiety, resembled of her father's. Another factor is the pressure she placed upon herself in her work; for instance, her breakdown of 1913 was at least partly triggered by the need to finish The Voyage Out. Virginia herself hinted that her illness was related to how she saw the repressed position of women in society, when she wrote in A Room of One's Own that had Shakespeare had a sister of equal genius, she "would certainly have gone crazed, shot herself, or ended her days in some lonely cottage outside the village, half witch, half wizard, feared and mocked at". These inspirations emerged from what Woolf referred to as her lava of madness, describing her time at Burley in a 1930 letter to Ethel Smyth: Thomas Caramagno and others, in discussing her illness, oppose the "neurotic-genius" way of looking at mental illness, where creativity and mental illness are conceptualised as linked rather than antithetical. Stephen Trombley describes Woolf as having a confrontational relationship with her doctors, and possibly being a woman who is a "victim of male medicine", referring to the lack of understanding, particularly at the time, about mental illness. Death After completing the manuscript of her last novel (posthumously published), Between the Acts (1941), Woolf fell into a depression similar to one which she had earlier experienced. The onset of World War II, the destruction of her London home during the Blitz, and the cool reception given to her biography of her late friend Roger Fry all worsened her condition until she was unable to work. When Leonard enlisted in the Home Guard, Virginia disapproved. She held fast to her pacifism and criticised her husband for wearing what she considered to be "the silly uniform of the Home Guard". After World War II began, Woolf's diary indicates that she was obsessed with death, which figured more and more as her mood darkened. On 28 March 1941, Woolf drowned herself by filling her overcoat pockets with stones and walking into the River Ouse near her home. Her body was not found until 18 April. Her husband buried her cremated remains beneath an elm tree in the garden of Monk's House, their home in Rodmell, Sussex. In her suicide note, addressed to her husband, she wrote: Work Woolf
and looked ill. In 1909, Lytton Strachey suggested to Woolf he should make her an offer of marriage. He did so, but received no answer. In June 1911, he returned to London on a one-year leave, but did not go back to Ceylon. In England again, Leonard renewed his contacts with family and friends. Three weeks after arriving he dined with Vanessa and Clive Bell at Gordon Square on 3 July, where they were later joined by Virginia and other members of what would later be called "Bloomsbury", and Leonard dates the group's formation to that night. In September, Virginia asked Leonard to join her at Little Talland House at Firle in Sussex for a long weekend. After that weekend, they began seeing each other more frequently. On 4 December 1911, Leonard moved into the ménage on Brunswick Square, occupying a bedroom and sitting room on the fourth floor, and started to see Virginia constantly and by the end of the month had decided he was in love with her. On 11 January 1912, he proposed to her; she asked for time to consider, so he asked for an extension of his leave and, on being refused, offered his resignation on 25 April, effective 20 May. He continued to pursue Virginia, and in a letter of 1 May 1912 (which see) she explained why she did not favour a marriage. However, on 29 May, Virginia told Leonard that she wished to marry him, and they were married on 10 August at the St Pancras Register Office. It was during this time that Leonard first became aware of Virginia's precarious mental state. The Woolfs continued to live at Brunswick Square until October 1912, when they moved to a small flat at 13 Clifford's Inn, further to the east (subsequently demolished). Despite his low material status (Woolf referring to Leonard during their engagement as a "penniless Jew"), the couple shared a close bond. Indeed, in 1937, Woolf wrote in her diary: "Love-making—after 25 years can't bear to be separate ... you see it is enormous pleasure being wanted: a wife. And our marriage so complete." However, Virginia made a suicide attempt in 1913. In October 1914, Leonard and Virginia Woolf moved away from Bloomsbury and central London to Richmond, living at 17 The Green, a home discussed by Leonard in his autobiography Beginning Again (1964). In early March 1915, the couple moved again, to nearby Hogarth House, Paradise Road, after which they named their publishing house. Virginia's first novel, The Voyage Out was published in 1915, followed by another suicide attempt. Despite the introduction of conscription in 1916, Leonard was exempted on medical grounds. Between 1924 and 1940, the Woolfs returned to Bloomsbury, taking out a ten-year lease at 52 Tavistock Square, from where they ran the Hogarth Press from the basement, where Virginia also had her writing room, and is commemorated with a bust of her in the square (see illustration). 1925 saw the publication of Mrs Dalloway in May followed by her collapse while at Charleston in August. In 1927, her next novel, To the Lighthouse, was published, and the following year she lectured on Women & Fiction at Cambridge University and published Orlando in October. Her two Cambridge lectures then became the basis for her major essay A Room of One's Own in 1929. Virginia wrote only one drama, Freshwater, based on her great-aunt Julia Margaret Cameron, and produced at her sister's studio on Fitzroy Street in 1935. 1936 saw another collapse of her health following the completion of The Years. The Woolf's final residence in London was at 37 Mecklenburgh Square (1939–1940), destroyed during the Blitz in September 1940; a month later their previous home on Tavistock Square was also destroyed. After that, they made Sussex their permanent home. For descriptions and illustrations of all Virginia Woolf's London homes, see Jean Moorcroft Wilson's book Virginia Woolf, Life and London: A Biography of Place (pub. Cecil Woolf, 1987). Hogarth Press (1917–1938) Virginia had taken up book-binding as a pastime in October 1901, at the age of 19, and the Woolfs had been discussing setting up a publishing house for some time, and at the end of 1916 started making plans. Having discovered that they were not eligible to enroll in the St Bride School of Printing, they started purchasing supplies after seeking advice from the Excelsior Printing Supply Company on Farringdon Road in March 1917, and soon they had a printing press set up on their dining room table at Hogarth House, and the Hogarth Press was born. Their first publication was Two Stories in July 1917, inscribed Publication No. 1, and consisted of two short stories, "The Mark on the Wall" by Virginia Woolf and Three Jews by Leonard Woolf. The work consisted of 32 pages, hand bound and sewn, and illustrated by woodcuts designed by Dora Carrington. The illustrations were a success, leading Virginia to remark that the press was "specially good at printing pictures, and we see that we must make a practice of always having pictures." (13 July 1917) The process took two and a half months with a production run of 150 copies. Other short short stories followed, including Kew Gardens (1919) with a woodblock by Vanessa Bell as frontispiece. Subsequently, Bell added further illustrations, adorning each page of the text. The press subsequently published Virginia's novels along with works by T.S. Eliot, Laurens van der Post, and others. The Press also commissioned works by contemporary artists, including Dora Carrington and Vanessa Bell. Woolf believed that to break free of a patriarchal society women writers needed a "room of their own" to develop and often fantasised about an "Outsider's Society" where women writers would create a virtual private space for themselves via their writings to develop a feminist critique of society. Though Woolf never created the "Outsider's society", the Hogarth Press was the closest approximation as the Woolfs chose to publish books by writers that took unconventional points of view to form a reading community. Initially the press concentrated on small experimental publications, of little interest to large commercial publishers. Until 1930, Woolf often helped her husband print the Hogarth books as the money for employees was not there. Virginia relinquished her interest in 1938, following a third attempted suicide. After it was bombed in September 1940, the press was moved to Letchworth for the remainder of the war. Both the Woolfs were internationalists and pacifists who believed that promoting understanding between peoples was the best way to avoid another world war and chose quite consciously to publish works by foreign authors of whom the British reading public were unaware. The first non-British author to be published was the Soviet writer Maxim Gorky, the book Reminiscences of Leo Nikolaiovich Tolstoy in 1920, dealing with his friendship with Count Leo Tolstoy. Memoir Club (1920–1941) 1920 saw a postwar reconstitution of the Bloomsbury Group, under the title of the Memoir Club, which as the name suggests focussed on self-writing, in the manner of Proust's A La Recherche, and inspired some of the more influential books of the 20th century. The Group, which had been scattered by the war, was reconvened by Mary ('Molly') MacCarthy who called them "Bloomsberries", and operated under rules derived from the Cambridge Apostles, an elite university debating society that a number of them had been members of. These rules emphasised candour and openness. Among the 125 memoirs presented, Virginia contributed three that were published posthumously in 1976, in the autobiographical anthology Moments of Being. These were 22 Hyde Park Gate (1921), Old Bloomsbury (1922) and Am I a Snob? (1936). Vita Sackville-West (1922–1941) The ethos of the Bloomsbury group encouraged a liberal approach to sexuality, and on 14 December 1922 Woolf met the writer and gardener Vita Sackville-West, wife of Harold Nicolson, while dining with Clive Bell. Writing in her diary the next day, she referred to meeting "the lovely gifted aristocratic Sackville West". At the time, Sackville-West was the more successful writer as both poet and novelist, commercially and critically, and it was not until after Woolf's death that she became considered the better writer. After a tentative start, they began a sexual relationship, which, according to Sackville-West in a letter to her husband on 17 August 1926, was only twice consummated. The relationship reached its peak between 1925 and 1928, evolving into more of a friendship through the 1930s, though Woolf was also inclined to brag of her affairs with other women within her intimate circle, such as Sibyl Colefax and Comtesse de Polignac. This period of intimacy was to prove fruitful for both authors, Woolf producing three novels, To the Lighthouse (1927), Orlando (1928), and The Waves (1931) as well as a number of essays, including "Mr. Bennett and Mrs. Brown" (1924) and "A Letter to a Young Poet" (1932). Sackville-West worked tirelessly to lift Woolf's self-esteem, encouraging her not to view herself as a quasi-reclusive inclined to sickness who should hide herself away from the world, but rather offered praise for her liveliness and wit, her health, her intelligence and achievements as a writer. Sackville-West led Woolf to reappraise herself, developing a more positive self-image, and the feeling that her writings were the products of her strengths rather than her weakness. Starting at the age of 15, Woolf had believed the diagnosis by her father and his doctor that reading and writing were deleterious to her nervous condition, requiring a regime of physical labour such as gardening to prevent a total nervous collapse. This led Woolf to spend much time obsessively engaging in such physical labour. Sackville-West was the first to argue to Woolf she had been misdiagnosed, and that it was far better to engage in reading and writing to calm her nerves—advice that was taken. Under the influence of Sackville-West, Woolf learned to deal with her nervous ailments by switching between various forms of intellectual activities such as reading, writing and book reviews, instead of spending her time in physical activities that sapped her strength and worsened her nerves. Sackville-West chose the financially struggling Hogarth Press as her publisher to assist the Woolfs financially. Seducers in Ecuador, the first of the novels by Sackville-West published by Hogarth, was not a success, selling only 1500 copies in its first year, but the next Sackville-West novel they published, The Edwardians, was a best-seller that sold 30,000 copies in its first six months. Sackville-West's novels, though not typical of the Hogarth Press, saved Hogarth, taking them from the red into the black. However, Woolf was not always appreciative of the fact that it was Sackville-West's books that kept the Hogarth Press profitable, writing dismissively in 1933 of her "servant girl" novels. The financial security allowed by the good sales of Sackville-West's novels in turn allowed Woolf to engage in more experimental work, such as The Waves, as Woolf had to be cautious when she depended upon Hogarth entirely for her income. In 1928, Woolf presented Sackville-West with Orlando, a fantastical biography in which the eponymous hero's life spans three centuries and both sexes. It was published in October, shortly after the two women spent a week travelling together in France, that September. Nigel Nicolson, Vita Sackville-West's son, wrote, "The effect of Vita on Virginia is all contained in Orlando, the longest and most charming love letter in literature, in which she explores Vita, weaves her in and out of the centuries, tosses her from one sex to the other, plays with her, dresses her in furs, lace and emeralds, teases her, flirts with her, drops a veil of mist around her." After their affair ended, the two women remained friends until Woolf's death in 1941. Virginia Woolf also remained close to her surviving siblings, Adrian and Vanessa; Thoby had died of typhoid fever at the age of 26. Sussex (1911–1941) Virginia was needing a country retreat to escape to, and on 24 December 1910, she found a house for rent in Firle, Sussex, near Lewes (see Map). She obtained a lease and took possession of the house the following month, naming it 'Little Talland House', after their childhood home in Cornwall, although it was actually a new red gabled villa on the main street opposite the village hall. The lease was a short one, and in October, she and Leonard Woolf found Asham House at Asheham a few miles to the west, while walking along the Ouse from Firle. The house, at the end of a tree-lined road was a strange beautiful Regency-Gothic house in a lonely location. She described it as "flat, pale, serene, yellow-washed", without electricity or water and allegedly haunted. She took out a five-year lease jointly with Vanessa in the New Year, and they moved into it in February 1912, holding a house warming party on the 9th. It was at Asham that the Woolfs spent their wedding night later that year. At Asham, she recorded the events of the weekends and holidays they spent there in her Asham Diary, part of which was later published as A Writer's Diary in 1953. In terms of creative writing, The Voyage Out was completed there, and much of Night and Day. Asham provided Woolf with well needed relief from the pace of London life and was where she found a happiness that she expressed in her diary of 5 May 1919 "Oh, but how happy we've been at Asheham! It was a most melodious time. Everything went so freely; – but I can't analyse all the sources of my joy". Asham was also the inspiration for A Haunted House (1921–1944), and was painted by members of the Bloomsbury Group, including Vanessa Bell and Roger Fry. It was during these times at Asham that Ka Cox (seen here) started to devote herself to Virginia and become very useful. While at Asham Leonard and Virginia found a farmhouse in 1916, that was to let, about four miles away, which they thought would be ideal for her sister. Eventually, Vanessa came down to inspect it, and moved in in October of that year, taking it as a summer home for her family. The Charleston Farmhouse was to become the summer gathering place for the literary and artistic circle of the Bloomsbury Group. After the end of the war, in 1918, the Woolfs were given a year's notice by the landlord, who needed the house. In mid-1919, "in despair", they purchased "a very strange little house" for £300, the Round House in Pipe Passage, Lewes, a converted windmill. No sooner had they bought the Round House, than Monk's House in nearby Rodmell, came up for auction, a weatherboarded house with oak beamed rooms, said to be 15th or 16th century. The Leonards favoured the latter because of its orchard and garden, and sold the Round House, to purchase Monk's House for £700. Monk's House also lacked water and electricity, but came with an acre of garden, and had a view across the Ouse towards the hills of the South Downs. Leonard Woolf describes this view (and the amenities) as being unchanged since the days of Chaucer. From 1940, it became their permanent home after their London home was bombed, and Virginia continued to live there until her death. Meanwhile, Vanessa made Charleston her permanent home in 1936. It was at Monk's House that Virginia completed Between the Acts in early 1941, followed by a further breakdown directly resulting in her suicide on 28 March 1941, the novel being published posthumously later that year. The Neo-pagans (1911–1912) During her time in Firle, Virginia became better acquainted with Rupert Brooke and his group of Neo-Pagans, pursuing socialism, vegetarianism, exercising outdoors and alternative life styles, including social nudity. They were influenced by the ethos of Bedales, Fabianism and Shelley. The women wore sandals, socks, open neck shirts and head-scarves. Although she had some reservations, Woolf was involved with their activities for a while, fascinated by their bucolic innocence in contrast to the sceptical intellectualism of Bloomsbury, which earned her the nickname "The Goat" from her brother Adrian. While Woolf liked to make much of a weekend she spent with Brooke at the vicarage in Grantchester, including swimming in the pool there, it appears to have been principally a literary assignation. They also shared a psychiatrist in the name of Maurice Craig. Through the Neo-Pagans, she finally met Ka Cox on a weekend in Oxford in January 1911, who had been part of the Friday Club circle and now became her friend and played an important part in dealing with her illnesses. Virginia nicknamed her "Bruin". At the same time, she found herself dragged into a triangular relationship involving Ka, Jacques Raverat and Gwen Darwin. She became resentful of the other couple, Jacques and Gwen, who married later in 1911, not the outcome Virginia had predicted or desired. They would later be referred to in both To the Lighthouse and The Years. The exclusion she felt evoked memories of both Stella Duckworth's marriage and her triangular involvement with Vanessa and Clive. The two groups eventually fell out. Brooke pressured Ka into withdrawing from joining Virginia's ménage on Brunswick Square in late 1911, calling it a "bawdy-house" and by the end of 1912 he had vehemently turned against Bloomsbury. Later, she would write sardonically about Brooke, whose premature death resulted in his idealisation, and express regret about "the Neo-Paganism at that stage of my life". Virginia was deeply disappointed when Ka married William Edward Arnold-Forster in 1918, and became increasingly critical of her. Mental health Much examination has been made of Woolf's mental health (e.g., see Mental health bibliography). From the age of 13, following the death of her mother, Woolf suffered periodic mood swings from severe depression to manic excitement, including psychotic episodes, which the family referred to as her "madness". However, as Hermione Lee points out, Woolf was not "mad"; she was merely a woman who suffered from and struggled with illness for much of her relatively short life, a woman of "exceptional courage, intelligence and stoicism", who made the best use, and achieved the best understanding she could of that illness. Psychiatrists today contend that her illness constitutes bipolar disorder (manic-depressive illness). Her mother's death in 1895, "the greatest disaster that could happen", precipitated a crisis of alternating excitability and depression accompanied by irrational fears, for which their family doctor, Dr. Seton, prescribed rest, stopping lessons and writing, and regular walks supervised by Stella. Yet just two years later, Stella too was dead, bringing on her next crisis in 1897, and her first expressed wish for death at the age of fifteen, writing in her diary that October that "death would be shorter & less painful". She then stopped keeping a diary for some time. This was a scenario she would later recreate in "Time Passes" (To the Lighthouse, 1927). The death of her father in 1904 provoked her most alarming collapse, on 10 May, when she threw herself out a window and she was briefly institutionalised under the care of her father's friend, the eminent psychiatrist George Savage. Savage blamed her education—frowned on by many at the time as unsuitable for women—for her illness. She spent time recovering at the house of Stella's friend Violet Dickinson, and at her aunt Caroline's house in Cambridge, and by January 1905, Dr. Savage considered her "cured". Violet, seventeen years older than Virginia, became one of her closest friends and one of her more effective nurses. She characterised it as a "romantic friendship" (Letter to Violet 4 May 1903). Her brother Thoby's death in 1906 marked a "decade of deaths” that ended her childhood and adolescence. Gordon (2004) writes: "Ghostly voices spoke to her with increasing urgency, perhaps more real than the people who lived by her side. When voices of the dead urged her to impossible things, they drove her mad but, controlled, they became the material of fiction..." On Dr. Savage's recommendation, Virginia spent three short periods in 1910, 1912, and 1913 at Burley House at 15 Cambridge Park, Twickenham (see image), described as "a private nursing home for women with nervous disorder" run by Miss Jean Thomas. By the end of February 1910, she was becoming increasingly restless, and Dr. Savage suggested being away from London. Vanessa rented Moat House, outside Canterbury, in June, but there was no improvement, so Dr. Savage sent her to Burley for a "rest cure". This involved partial isolation, deprivation of literature, and force-feeding, and after six weeks she was able to convalesce in Cornwall and Dorset during the autumn. She loathed the experience; writing to her sister on 28 July, she described how she found the phony religious atmosphere stifling and the institution ugly, and informed Vanessa that to escape "I shall soon have to jump out of a window." The threat of being sent back would later lead to her contemplating suicide. Despite her protests, Savage would refer her back in 1912 for insomnia and in 1913 for depression. On emerging from Burley House in September 1913, she sought further opinions from two other physicians on the 13th: Maurice Wright, and Henry Head, who had been Henry James's physician. Both recommended she return to Burley House. Distraught, she returned home and attempted suicide by taking an overdose of 100 grains of veronal (a barbiturate) and nearly dying: she was found by Ka Cox, who summoned help. On recovery, she went to Dalingridge Hall, George Duckworth's home in East Grinstead, Sussex, to convalesce on 30 September, accompanied by Ka Cox and a nurse, returning to Asham on 18 November with Cox and Janet Case. She remained unstable over the next two years, with another incident involving veronal that she claimed was an "accident", and consulted another psychiatrist in April 1914, Maurice Craig, who explained that she was not sufficiently psychotic to be certified or committed to an institution. The rest of the summer of 1914 went better for her, and they moved to Richmond, but in February 1915, just as The Voyage Out was due to be published, she relapsed once more, and remained in poor health for most of that year. Then, despite Miss Thomas's gloomy prognosis, she began to recover, following 20 years of ill health. Nevertheless, there was a feeling among those around her that she was now permanently changed, and not for the better. Over the rest of her life, she suffered recurrent bouts of depression. In 1940, a number of factors appeared to overwhelm her. Her biography of Roger Fry had been published in July, and she had been disappointed in its reception. The horrors of war depressed her, and their London homes had been destroyed in the Blitz in September and October. Woolf had completed Between the Acts (published posthumously in 1941) in November, and completing a novel was frequently accompanied by exhaustion. Her health became increasingly a matter of concern, culminating in her decision to end her life on 28 March 1941. Though this instability would frequently affect her social life, she was able to continue her literary productivity with few interruptions throughout her life. Woolf herself provides not only a vivid picture of her symptoms in her diaries and letters, but also her response to the demons that haunted her and at times made her long for death: "But it is always a question whether I wish to avoid these glooms... These 9 weeks give one a plunge into deep waters... One goes down into the well & nothing protects one from the assault of truth." Psychiatry had little to offer Woolf, but she recognised that writing was one of the behaviours that enabled her to cope with her illness: "The only way I keep afloat... is by working... Directly I stop working I feel that I am sinking down, down. And as usual, I feel that if I sink further I shall reach the truth." Sinking under water was Woolf's metaphor for both the effects of depression and psychosis— but also for finding truth, and ultimately was her choice of death. Throughout her life, Woolf struggled, without success, to find meaning in her illness: on the one hand, an impediment, on the other, something she visualised as an essential part of who she was, and a necessary condition of her art. Her experiences informed her work, such as the character of Septimus Warren Smith in Mrs Dalloway (1925), who, like Woolf, was haunted by the dead, and ultimately takes his own life rather than be admitted to a sanitorium. Leonard Woolf relates how during the 30 years they were married, they consulted many doctors in the Harley Street area, and although they were given a diagnosis of neurasthenia, he felt they had little understanding of the causes or nature. The proposed solution was simple—as long as she lived a quiet life without any physical or mental exertion, she was well. On the other hand, any mental, emotional, or physical strain resulted in a reappearance of her symptoms, beginning with a headache, followed by insomnia and thoughts that started to race. Her remedy was simple: to retire to bed in a darkened room, eat, and drink plenty of milk, following which the symptoms slowly subsided. Modern scholars, including her nephew and biographer, Quentin Bell, have suggested her breakdowns and subsequent recurring depressive periods were influenced by the sexual abuse which she and her sister Vanessa were subjected to by their half-brothers George and Gerald Duckworth (which Woolf recalls in her autobiographical essays "A Sketch of the Past" and "22 Hyde Park Gate") (see Sexual abuse). Biographers point out that when Stella died in 1897, there was no counterbalance to control George's predation, and his nighttime prowling. Virginia describes him as her first lover, "The old ladies of Kensington and Belgravia never knew that George Duckworth was not only father and mother, brother and sister to those poor Stephen girls; he was their lover also." It is likely that other factors also played a part. It has been suggested that they include genetic predisposition, for both trauma and family history have been implicated in bipolar disorder. Virginia's father, Leslie Stephen, suffered from depression, and her half-sister Laura was institutionalised. Many of Virginia's symptoms, including persistent headache, insomnia, irritability, and anxiety, resembled of her father's. Another factor is the pressure she placed upon herself in her work; for instance, her breakdown of 1913 was at least partly triggered by the need to finish The Voyage Out. Virginia herself hinted that her illness was related to how she saw the repressed position of women in society, when she wrote in A Room of One's Own that had Shakespeare had a sister of equal genius, she "would certainly have gone crazed, shot herself, or ended her days in some lonely cottage outside the village, half witch, half wizard, feared and mocked at". These inspirations emerged from what Woolf referred to as her lava of madness, describing her time at Burley in a 1930 letter to Ethel Smyth: Thomas Caramagno and others, in discussing her illness, oppose the "neurotic-genius" way of looking at mental illness, where creativity and mental illness are conceptualised as linked rather than antithetical. Stephen Trombley describes Woolf as having a confrontational relationship with her doctors, and possibly being a woman who is a "victim of male medicine", referring to the lack of understanding, particularly at the time, about mental illness. Death After completing the manuscript of her last novel (posthumously published), Between the Acts (1941), Woolf fell into a depression similar to one which she had earlier experienced. The onset of World War II, the destruction of her London home during the Blitz, and the cool reception given to her biography of her late friend Roger Fry all worsened her condition until she was unable to work. When Leonard enlisted in the Home Guard, Virginia disapproved. She held fast to her pacifism and criticised her husband for wearing what she considered to be "the silly uniform of the Home Guard". After World War II began, Woolf's diary indicates that she was obsessed with death, which figured more and more as her mood darkened. On 28 March 1941, Woolf
million. Part of the problem of making an accurate voltmeter is that of calibration to check its accuracy. In laboratories, the Weston cell is used as a standard voltage for precision work. Precision voltage references are available based on electronic circuits. Schematic symbol In circuit diagrams, a voltmeter is represented by the letter V in a circle, with two emerging lines representing the two points of measurement. Analog voltmeter A moving coil galvanometer can be used as a voltmeter by inserting a resistor in series with the instrument. The galvanometer has a coil of fine wire suspended in a strong magnetic field. When an electric current is applied, the interaction of the magnetic field of the coil and of the stationary magnet creates a torque, tending to make the coil rotate. The torque is proportional to the current through the coil. The coil rotates, compressing a spring that opposes the rotation. The deflection of the coil is thus proportional to the current, which in turn is proportional to the applied voltage, which is indicated by a pointer on a scale. One of the design objectives of the instrument is to disturb the circuit as little as possible and so the instrument should draw a minimum of current to operate. This is achieved by using a sensitive galvanometer in series with a high resistance, and then the entire instrument is connected in parallel with the circuit examined. The sensitivity of such a meter can be expressed as "ohms per volt", the number of ohms resistance in the meter circuit divided by the full scale measured value. For example, a meter with a sensitivity of 1000 ohms per volt would draw 1 milliampere at full scale voltage; if the full scale was 200 volts, the resistance at the instrument's terminals would be ohms and at full scale, the meter would draw 1 milliampere from the circuit under test. For multi-range instruments, the input resistance varies as the instrument is switched to different ranges. Moving-coil instruments with a permanent-magnet field respond only to direct current. Measurement of AC voltage requires a rectifier in the circuit so that the coil deflects in only one direction. Some moving-coil instruments are also made with the zero position in the middle of the scale instead of at one end; these are useful if the voltage reverses its polarity. Voltmeters operating on the electrostatic principle use the mutual repulsion between two charged plates to deflect a pointer attached to a spring. Meters of this type draw negligible current but are sensitive to voltages over about 100 volts and work with either alternating or direct current. Amplified voltmeter The sensitivity and input resistance of a voltmeter can be increased if the current required to deflect the meter pointer is supplied by an amplifier and power supply instead of by the circuit under test. The electronic amplifier between input and meter gives two benefits; a rugged moving coil instrument can be used, since its sensitivity need not be high, and the input resistance can be made high, reducing the current drawn from the circuit under test. Amplified voltmeters often have an input resistance of 1, 10,
temperature, flow or level in a chemical process plant. General-purpose analog voltmeters may have an accuracy of a few percent of full scale and are used with voltages from a fraction of a volt to several thousand volts. Digital meters can be made with high accuracy, typically better than 1%. Specially calibrated test instruments have higher accuracies, with laboratory instruments capable of measuring to accuracies of a few parts per million. Part of the problem of making an accurate voltmeter is that of calibration to check its accuracy. In laboratories, the Weston cell is used as a standard voltage for precision work. Precision voltage references are available based on electronic circuits. Schematic symbol In circuit diagrams, a voltmeter is represented by the letter V in a circle, with two emerging lines representing the two points of measurement. Analog voltmeter A moving coil galvanometer can be used as a voltmeter by inserting a resistor in series with the instrument. The galvanometer has a coil of fine wire suspended in a strong magnetic field. When an electric current is applied, the interaction of the magnetic field of the coil and of the stationary magnet creates a torque, tending to make the coil rotate. The torque is proportional to the current through the coil. The coil rotates, compressing a spring that opposes the rotation. The deflection of the coil is thus proportional to the current, which in turn is proportional to the applied voltage, which is indicated by a pointer on a scale. One of the design objectives of the instrument is to disturb the circuit as little as possible and so the instrument should draw a minimum of current to operate. This is achieved by using a sensitive galvanometer in series with a high resistance, and then the entire instrument is connected in parallel with the circuit examined. The sensitivity of such a meter can be expressed as "ohms per volt", the number of ohms resistance in the meter circuit divided by the full scale measured value. For example, a meter with a sensitivity of 1000 ohms per volt would draw 1 milliampere at full scale voltage; if the full scale was 200 volts, the resistance at the instrument's terminals would be ohms and at full scale, the meter would draw 1 milliampere from the circuit under test. For multi-range instruments, the input resistance varies as the instrument is switched to different ranges. Moving-coil instruments with a permanent-magnet field respond only to direct current. Measurement of AC voltage requires a rectifier in the circuit so that the coil deflects in only one direction. Some moving-coil instruments are also made with the zero position in the middle of the scale instead of at one end; these are useful if the voltage reverses its polarity. Voltmeters operating on the electrostatic principle use the mutual repulsion between two charged plates to deflect a pointer attached to a spring. Meters of this type draw negligible current but are sensitive to voltages over about 100 volts and work with either alternating or direct current. Amplified voltmeter The sensitivity and input resistance of a voltmeter can be increased if the current required to deflect the meter pointer is supplied by an amplifier and power supply instead of by the circuit under test. The electronic amplifier between input and meter gives two benefits; a rugged moving coil instrument can be used, since its sensitivity need not be high, and the input resistance can be made high, reducing the current drawn from the circuit under test. Amplified voltmeters often have an input resistance of 1, 10, or 20 megohms which is independent of the range selected. A once-popular form of this instrument used a vacuum tube in the amplifier circuit and so was called the vacuum
hindered by Venus's hostile surface conditions. The possibility of life on Venus has long been a topic of speculation, and in recent years has received active research. Physical characteristics Venus is one of the four terrestrial planets in the Solar System, meaning that it is a rocky body like Earth. It is similar to Earth in size and mass, and is often described as Earth's "sister" or "twin". The diameter of Venus is —only less than Earth's—and its mass is 81.5% of Earth's. Conditions on the Venusian surface differ radically from those on Earth because its dense atmosphere is 96.5% carbon dioxide, with most of the remaining 3.5% being nitrogen. The surface pressure is and the average surface temperature is , above the critical points of both major constituents and making the surface atmosphere a supercritical fluid. Atmosphere and climate Venus has an extremely dense atmosphere composed of 96.5% carbon dioxide, 3.5% nitrogen—both exist as supercritical fluids at the planet's surface—and traces of other gases including sulfur dioxide. The mass of its atmosphere is 92 times that of Earth's, whereas the pressure at its surface is about 93 times that at Earth's—a pressure equivalent to that at a depth of nearly under Earth's oceans. The density at the surface is 65 kg/m3, 6.5% that of water or 50 times as dense as Earth's atmosphere at at sea level. The -rich atmosphere generates the strongest greenhouse effect in the Solar System, creating surface temperatures of at least . This makes the Venusian surface hotter than Mercury's, which has a minimum surface temperature of and maximum surface temperature of , even though Venus is nearly twice Mercury's distance from the Sun and thus receives only 25% of Mercury's solar irradiance. Because of its runaway greenhouse effect, Venus has been identified by scientists such as Carl Sagan as a warning and research object linked to climate change on Earth. Venus's atmosphere is extremely rich in primordial noble gases compared to that of Earth. This enrichment indicates an early divergence from Earth in evolution. An unusually large comet impact or accretion of a more massive primary atmosphere from solar nebula have been proposed to explain the enrichment. However, the atmosphere is also depleted of radiogenic argon, a proxy to mantle degassing, suggesting an early shutdown of major magmatism. Studies have suggested that billions of years ago, Venus's atmosphere could have been much more like the one surrounding the early Earth, and that there may have been substantial quantities of liquid water on the surface. After a period of 600 million to several billion years, solar forcing from rising luminosity of the Sun caused the evaporation of the original water. A runaway greenhouse effect was created once a critical level of greenhouse gases (including water) was added to its atmosphere. Although the surface conditions on Venus are no longer hospitable to any Earth-like life that may have formed before this event, there is speculation on the possibility that life exists in the upper cloud layers of Venus, up from the surface, where the temperature ranges between but the environment is acidic. The putative detection of an absorption line of phosphine in Venus's atmosphere, with no known pathway for abiotic production, led to speculation in September 2020 that there could be extant life currently present in the atmosphere. Later research attributed the spectroscopic signal that was interpreted as phosphine to sulfur dioxide, or found that in fact there was no absorption line. Thermal inertia and the transfer of heat by winds in the lower atmosphere mean that the temperature of Venus's surface does not vary significantly between the planet's two hemispheres, those facing and not facing the Sun, despite Venus's extremely slow rotation. Winds at the surface are slow, moving at a few kilometres per hour, but because of the high density of the atmosphere at the surface, they exert a significant amount of force against obstructions, and transport dust and small stones across the surface. This alone would make it difficult for a human to walk through, even without the heat, pressure, and lack of oxygen. Above the dense layer are thick clouds, consisting mainly of sulfuric acid, which is formed by sulfur dioxide and water through a chemical reaction resulting in sulfuric acid hydrate. Additionally, the atmosphere consists of approximately 1% ferric chloride. Other possible constituents of the cloud particles are ferric sulfate, aluminium chloride and phosphoric anhydride. Clouds at different levels have different compositions and particle size distributions. These clouds reflect and scatter about 90% of the sunlight that falls on them back into space, and prevent visual observation of Venus's surface. The permanent cloud cover means that although Venus is closer than Earth to the Sun, it receives less sunlight on the ground. Strong winds at the cloud tops go around Venus about every four to five Earth days. Winds on Venus move at up to 60 times the speed of its rotation, whereas Earth's fastest winds are only 10–20% rotation speed. The surface of Venus is effectively isothermal; it retains a constant temperature not only between the two hemispheres but between the equator and the poles. Venus's minute axial tilt—less than 3°, compared to 23° on Earth—also minimises seasonal temperature variation. Altitude is one of the few factors that affect Venusian temperature. The highest point on Venus, Maxwell Montes, is therefore the coolest point on Venus, with a temperature of about and an atmospheric pressure of about . In 1995, the Magellan spacecraft imaged a highly reflective substance at the tops of the highest mountain peaks that bore a strong resemblance to terrestrial snow. This substance likely formed from a similar process to snow, albeit at a far higher temperature. Too volatile to condense on the surface, it rose in gaseous form to higher elevations, where it is cooler and could precipitate. The identity of this substance is not known with certainty, but speculation has ranged from elemental tellurium to lead sulfide (galena). Although Venus has no seasons as such, in 2019 astronomers identified a cyclical variation in sunlight absorption by the atmosphere, possibly caused by opaque, absorbing particles suspended in the upper clouds. The variation causes observed changes in the speed of Venus's zonal winds and appears to rise and fall in time with the Sun's 11-year sunspot cycle. The existence of lightning in the atmosphere of Venus has been controversial since the first suspected bursts were detected by the Soviet Venera probes. In 2006–07, Venus Express clearly detected whistler mode waves, the signatures of lightning. Their intermittent appearance indicates a pattern associated with weather activity. According to these measurements, the lightning rate is at least half of that on Earth, however other instruments have not detected lightning at all. The origin of any lightning remains unclear, but could originate from the clouds or volcanoes. In 2007, Venus Express discovered that a huge double atmospheric vortex exists at the south pole. Venus Express also discovered, in 2011, that an ozone layer exists high in the atmosphere of Venus. On 29 January 2013, ESA scientists reported that the ionosphere of Venus streams outwards in a manner similar to "the ion tail seen streaming from a comet under similar conditions." In December 2015, and to a lesser extent in April and May 2016, researchers working on Japan's Akatsuki mission observed bow shapes in the atmosphere of Venus. This was considered direct evidence of the existence of perhaps the largest stationary gravity waves in the solar system. Geography The Venusian surface was a subject of speculation until some of its secrets were revealed by planetary science in the 20th century. Venera landers in 1975 and 1982 returned images of a surface covered in sediment and relatively angular rocks. The surface was mapped in detail by Magellan in 1990–91. The ground shows evidence of extensive volcanism, and the sulfur in the atmosphere may indicate that there have been recent eruptions. About 80% of the Venusian surface is covered by smooth, volcanic plains, consisting of 70% plains with wrinkle ridges and 10% smooth or lobate plains. Two highland "continents" make up the rest of its surface area, one lying in the planet's northern hemisphere and the other just south of the equator. The northern continent is called Ishtar Terra after Ishtar, the Babylonian goddess of love, and is about the size of Australia. Maxwell Montes, the highest mountain on Venus, lies on Ishtar Terra. Its peak is above the Venusian average surface elevation. The southern continent is called Aphrodite Terra, after the Greek goddess of love, and is the larger of the two highland regions at roughly the size of South America. A network of fractures and faults covers much of this area. The absence of evidence of lava flow accompanying any of the visible calderas remains an enigma. The planet has few impact craters, demonstrating that the surface is relatively young, at 300–600million years old. Venus has some unique surface features in addition to the impact craters, mountains, and valleys commonly found on rocky planets. Among these are flat-topped volcanic features called "farra", which look somewhat like pancakes and range in size from across, and from high; radial, star-like fracture systems called "novae"; features with both radial and concentric fractures resembling spider webs, known as "arachnoids"; and "coronae", circular rings of fractures sometimes surrounded by a depression. These features are volcanic in origin. Most Venusian surface features are named after historical and mythological women. Exceptions are Maxwell Montes, named after James Clerk Maxwell, and highland regions Alpha Regio, Beta Regio, and Ovda Regio. The last three features were named before the current system was adopted by the International Astronomical Union, the body which oversees planetary nomenclature. The longitude of physical features on Venus are expressed relative to its prime meridian. The original prime meridian passed through the radar-bright spot at the centre of the oval feature Eve, located south of Alpha Regio. After the Venera missions were completed, the prime meridian was redefined to pass through the central peak in the crater Ariadne on Sedna Planitia. The stratigraphically oldest tessera terrains have consistently lower thermal emissivity than the surrounding basaltic plains measured by Venus Express and Magellan, indicating a different, possibly a more felsic, mineral assemblage. The mechanism to generate a large amount of felsic crust usually requires the presence of water ocean and plate tectonics, implying that habitable condition had existed on early Venus. However, the nature of tessera terrains is far from certain. Volcanism Much of the Venusian surface appears to have been shaped by volcanic activity. Venus has several times as many volcanoes as Earth, and it has 167 large volcanoes that are over across. The only volcanic complex of this size on Earth is the Big Island of Hawaii. This is not because Venus is more volcanically active than Earth, but because its crust is older and is not subject to the same erosion process. Earth's oceanic crust is continually recycled by subduction at the boundaries of tectonic plates, and has an average age of about a hundred million years, whereas the Venusian surface is estimated to be 300–600million years old. Several lines of evidence point to ongoing volcanic activity on Venus. Sulfur dioxide concentrations in the atmosphere dropped by a factor of 10 between 1978 and 1986, jumped in 2006, and again declined 10-fold. This may mean that levels had been boosted several times by large volcanic eruptions. It has also been suggested that Venusian lightning (discussed below) could originate from volcanic activity (i.e. volcanic lightning). In January 2020, astronomers reported evidence that suggests that Venus is currently volcanically active, specifically the detection of olivine, a volcanic product that would weather quickly on the planet's surface. In 2008 and 2009, the first direct evidence for ongoing volcanism was observed by Venus Express, in the form of four transient localized infrared hot spots within the rift zone Ganis Chasma, near the shield volcano Maat Mons. Three of the spots were observed in more than one successive orbit. These spots are thought to represent lava freshly released by volcanic eruptions. The actual temperatures are not known, because the size of the hot spots could not be measured, but are likely to have been in the range, relative to a normal temperature of . Craters Almost a thousand impact craters on Venus are evenly distributed across its surface. On other cratered bodies, such as Earth and the Moon, craters show a range of states of degradation. On the Moon, degradation is caused by subsequent impacts, whereas on Earth it is caused by wind and rain erosion. On Venus, about 85% of the craters are in pristine condition. The number of craters, together with their well-preserved condition, indicates the planet underwent a global resurfacing event 300–600million years ago, followed by a decay in volcanism. Whereas Earth's crust is in continuous motion, Venus is thought to be unable to sustain such a process. Without plate tectonics to dissipate heat from its mantle, Venus instead undergoes a cyclical process in which mantle temperatures rise until they reach a critical level that weakens the crust. Then, over a period of about 100million years, subduction occurs on an enormous scale, completely recycling the crust. Venusian craters range from in diameter. No craters are smaller than 3km, because of the effects of the dense atmosphere on incoming objects. Objects with less than a certain kinetic energy are slowed so much by the atmosphere that they do not create an impact crater. Incoming projectiles less than in diameter will fragment and burn up in the atmosphere before reaching the ground. Internal structure Without seismic data or knowledge of its moment of inertia, little direct information is available about the internal structure and geochemistry of Venus. The similarity in size and density between Venus and Earth suggests they share a similar internal structure: a core, mantle, and crust. Like that of Earth, the Venusian core is most likely at least partially liquid because the two planets have been cooling at about the same rate, although a completely solid core cannot be ruled out. The slightly smaller size of Venus means pressures are 24% lower in its deep interior than Earth's. The predicted values for the moment of inertia based on planetary models suggest a core radius of 2,900–3,450 km. This is in line with the first observation-based estimate of 3,500 km. The principal difference between the two planets is the lack of evidence for plate tectonics on Venus, possibly because its crust is too strong to subduct without water to make it less viscous. This results in reduced heat loss from the planet, preventing it from cooling and providing a likely explanation for its lack of an internally generated magnetic field. Instead, Venus may lose its internal heat in periodic major resurfacing events. Magnetic field and core In 1967, Venera 4 found Venus's magnetic field to be much weaker than that of Earth. This magnetic field is induced by an interaction between the ionosphere and the solar wind, rather than by an internal dynamo as in the Earth's core. Venus's small induced magnetosphere provides negligible protection to the atmosphere against cosmic radiation. The lack of an intrinsic magnetic field at Venus was surprising, given that it is similar to Earth in size and was expected also to contain a dynamo at its core. A dynamo requires three things: a conducting liquid, rotation, and convection. The core is thought to be electrically conductive and, although its rotation is often thought to be too slow, simulations show it is adequate to produce a dynamo. This implies that the dynamo is missing because of a lack of convection in Venus's core. On Earth, convection occurs in the liquid outer layer of the core because the bottom of the liquid layer is much higher in temperature than the top. On Venus, a global resurfacing event may have shut down plate tectonics and led to a reduced heat flux through the crust. This insulating effect would cause the mantle temperature to increase, thereby reducing the heat flux out of the core. As a result, no internal geodynamo is available to drive a magnetic field. Instead, the heat from the core is reheating the crust. One possibility is that Venus has no solid inner core, or that its core is not cooling, so that the entire liquid part of the core is at approximately the same temperature. Another possibility is that its core has already completely solidified. The state of the core is highly dependent on the concentration of sulfur, which is unknown at present. The weak magnetosphere around Venus means that the solar wind is interacting directly with its outer atmosphere. Here, ions of hydrogen and oxygen are being created by the dissociation of water molecules from ultraviolet radiation. The solar wind then supplies energy that gives some of these ions sufficient velocity to escape Venus's gravity field. This erosion process results in a steady loss of low-mass hydrogen, helium, and oxygen ions, whereas higher-mass molecules, such as carbon dioxide, are more likely to be retained. Atmospheric erosion by the solar wind could have led to the loss of most of Venus's water during the first billion years after it formed. However, the planet may have retained a dynamo for its first 2–3 billion years, so the water loss may have occurred more recently. The erosion has increased the ratio of higher-mass deuterium to lower-mass hydrogen in the atmosphere 100 times compared to the rest of the solar system. Orbit and rotation Venus orbits the Sun at an average distance of about , and completes an orbit every 224.7 days. Although all planetary orbits are elliptical, Venus's orbit is currently the closest to circular, with an eccentricity of less than 0.01. Simulations of the early solar system orbital dynamics have shown that the eccentricity of the Venus orbit may have been substantially larger in the past, reaching values as high as 0.31 and possibly impacting the early climate evolution. The current near-circular orbit of Venus means that when Venus lies between Earth and the Sun in inferior conjunction, it makes the closest approach to Earth of any planet at an average distance of . The planet reaches inferior conjunction every 584 days, on average. Because of the decreasing eccentricity of Earth's orbit, the minimum distances will become greater over tens of thousands of years. From the year1 to 5383, there are 526 approaches less than 40millionkm; then there are none for about 60,158 years. All the planets in the Solar System orbit the Sun in an anticlockwise direction as viewed from above Earth's north pole. Most planets also rotate on their axes in an anti-clockwise direction, but Venus rotates clockwise in retrograde rotation once every 243 Earth days—the slowest rotation of any planet. Because its rotation is so slow, Venus is very close to spherical. A Venusian sidereal day thus lasts longer than a Venusian year (243 versus 224.7 Earth days). Venus's equator rotates at , whereas Earth's rotates at . Venus's rotation period measured with Magellan spacecraft data over a 500-day period is smaller than the rotation period measured during the 16-year period between the Magellan spacecraft and Venus Express visits, with a difference of about 6.5minutes. Because of the retrograde rotation, the length of a solar day on Venus is significantly shorter than the sidereal day, at 116.75 Earth days (making the Venusian solar day shorter than Mercury's 176 Earth days — the 116-day figure is extremely close to the average number of days it takes Mercury to slip underneath the Earth in its orbit). One Venusian year is about 1.92Venusian solar days. To an observer on the surface of Venus, the Sun would rise in the west and set in the east, although Venus's opaque clouds prevent observing the Sun from the planet's surface. Venus may have formed from the solar nebula with a different rotation period and obliquity, reaching its current state because of chaotic spin changes caused by planetary perturbations and tidal effects on its dense atmosphere, a change that would have occurred over the course of billions of years. The rotation period of Venus may represent an equilibrium state between tidal locking to the Sun's gravitation, which tends to slow rotation, and an atmospheric tide created by solar heating of the thick Venusian atmosphere. The 584-day average interval between successive close approaches to Earth is almost exactly equal to 5Venusian solar days (5.001444 to be precise), but the hypothesis of a spin-orbit resonance with Earth has been discounted. Venus has no natural satellites. It has several trojan asteroids: the quasi-satellite and two other temporary trojans, and . In the 17th century, Giovanni Cassini reported a moon orbiting Venus, which was named Neith and numerous sightings were reported over the following , but most were determined to be stars in the vicinity. Alex Alemi's and David Stevenson's 2006 study of models of the early Solar System at the California Institute of Technology shows Venus likely had at least one moon created by a huge impact event billions of years ago. About 10millionyears later, according to the study, another impact reversed the planet's spin direction and caused the Venusian moon gradually to spiral inward until it collided with Venus. If later impacts created moons, these were removed in the same way. An alternative explanation for the lack of satellites is the effect of strong solar tides, which can destabilize large satellites orbiting the inner terrestrial planets. Observability To the naked eye, Venus appears as a white point of light brighter than any other planet or star (apart from the Sun). The planet's mean apparent magnitude is −4.14 with a standard deviation of 0.31. The brightest magnitude occurs during crescent phase about one month before or after inferior conjunction. Venus fades to about magnitude −3 when it is backlit by the Sun. The planet is bright enough to be seen in broad daylight, but is more easily visible when the Sun is low on the horizon or setting. As an inferior planet, it always lies within about 47° of the Sun. Venus "overtakes" Earth every 584 days as it orbits the Sun. As it does so, it changes from the "Evening Star", visible after sunset, to the "Morning Star", visible before sunrise. Although Mercury, the other inferior planet, reaches a maximum elongation of only 28° and is often difficult to discern in twilight, Venus is hard to miss when it is at its brightest. Its greater maximum elongation means it is visible in dark skies long after sunset. As the brightest point-like object in the sky, Venus is a commonly misreported "unidentified flying object". Phases As it orbits the Sun, Venus displays phases like those of the Moon in a telescopic view. The planet appears as a small and "full" disc when it is on the opposite side of the Sun (at superior conjunction). Venus shows a larger disc and "quarter phase" at its maximum elongations from the Sun, and appears its brightest in the night sky. The planet presents a much larger thin "crescent" in telescopic views as it passes along the near side between Earth and the Sun. Venus displays its largest size and "new phase" when it is between Earth and the Sun (at inferior conjunction). Its atmosphere is visible through telescopes by the halo of sunlight refracted around it. The phases are clearly visible in a 4" telescope. Transits The Venusian orbit is slightly inclined relative to Earth's orbit; thus, when the planet passes between Earth and the Sun, it usually does not cross the face of the Sun. Transits of Venus occur when the planet's inferior conjunction coincides with its presence in the plane of Earth's orbit. Transits of Venus occur in cycles of with the current pattern of transits being pairs of transits separated by eight years, at intervals of about or —a pattern first discovered in 1639 by the English astronomer Jeremiah Horrocks. The latest pair was June 8, 2004 and June 5–6, 2012. The transit could be
Venus. This was considered direct evidence of the existence of perhaps the largest stationary gravity waves in the solar system. Geography The Venusian surface was a subject of speculation until some of its secrets were revealed by planetary science in the 20th century. Venera landers in 1975 and 1982 returned images of a surface covered in sediment and relatively angular rocks. The surface was mapped in detail by Magellan in 1990–91. The ground shows evidence of extensive volcanism, and the sulfur in the atmosphere may indicate that there have been recent eruptions. About 80% of the Venusian surface is covered by smooth, volcanic plains, consisting of 70% plains with wrinkle ridges and 10% smooth or lobate plains. Two highland "continents" make up the rest of its surface area, one lying in the planet's northern hemisphere and the other just south of the equator. The northern continent is called Ishtar Terra after Ishtar, the Babylonian goddess of love, and is about the size of Australia. Maxwell Montes, the highest mountain on Venus, lies on Ishtar Terra. Its peak is above the Venusian average surface elevation. The southern continent is called Aphrodite Terra, after the Greek goddess of love, and is the larger of the two highland regions at roughly the size of South America. A network of fractures and faults covers much of this area. The absence of evidence of lava flow accompanying any of the visible calderas remains an enigma. The planet has few impact craters, demonstrating that the surface is relatively young, at 300–600million years old. Venus has some unique surface features in addition to the impact craters, mountains, and valleys commonly found on rocky planets. Among these are flat-topped volcanic features called "farra", which look somewhat like pancakes and range in size from across, and from high; radial, star-like fracture systems called "novae"; features with both radial and concentric fractures resembling spider webs, known as "arachnoids"; and "coronae", circular rings of fractures sometimes surrounded by a depression. These features are volcanic in origin. Most Venusian surface features are named after historical and mythological women. Exceptions are Maxwell Montes, named after James Clerk Maxwell, and highland regions Alpha Regio, Beta Regio, and Ovda Regio. The last three features were named before the current system was adopted by the International Astronomical Union, the body which oversees planetary nomenclature. The longitude of physical features on Venus are expressed relative to its prime meridian. The original prime meridian passed through the radar-bright spot at the centre of the oval feature Eve, located south of Alpha Regio. After the Venera missions were completed, the prime meridian was redefined to pass through the central peak in the crater Ariadne on Sedna Planitia. The stratigraphically oldest tessera terrains have consistently lower thermal emissivity than the surrounding basaltic plains measured by Venus Express and Magellan, indicating a different, possibly a more felsic, mineral assemblage. The mechanism to generate a large amount of felsic crust usually requires the presence of water ocean and plate tectonics, implying that habitable condition had existed on early Venus. However, the nature of tessera terrains is far from certain. Volcanism Much of the Venusian surface appears to have been shaped by volcanic activity. Venus has several times as many volcanoes as Earth, and it has 167 large volcanoes that are over across. The only volcanic complex of this size on Earth is the Big Island of Hawaii. This is not because Venus is more volcanically active than Earth, but because its crust is older and is not subject to the same erosion process. Earth's oceanic crust is continually recycled by subduction at the boundaries of tectonic plates, and has an average age of about a hundred million years, whereas the Venusian surface is estimated to be 300–600million years old. Several lines of evidence point to ongoing volcanic activity on Venus. Sulfur dioxide concentrations in the atmosphere dropped by a factor of 10 between 1978 and 1986, jumped in 2006, and again declined 10-fold. This may mean that levels had been boosted several times by large volcanic eruptions. It has also been suggested that Venusian lightning (discussed below) could originate from volcanic activity (i.e. volcanic lightning). In January 2020, astronomers reported evidence that suggests that Venus is currently volcanically active, specifically the detection of olivine, a volcanic product that would weather quickly on the planet's surface. In 2008 and 2009, the first direct evidence for ongoing volcanism was observed by Venus Express, in the form of four transient localized infrared hot spots within the rift zone Ganis Chasma, near the shield volcano Maat Mons. Three of the spots were observed in more than one successive orbit. These spots are thought to represent lava freshly released by volcanic eruptions. The actual temperatures are not known, because the size of the hot spots could not be measured, but are likely to have been in the range, relative to a normal temperature of . Craters Almost a thousand impact craters on Venus are evenly distributed across its surface. On other cratered bodies, such as Earth and the Moon, craters show a range of states of degradation. On the Moon, degradation is caused by subsequent impacts, whereas on Earth it is caused by wind and rain erosion. On Venus, about 85% of the craters are in pristine condition. The number of craters, together with their well-preserved condition, indicates the planet underwent a global resurfacing event 300–600million years ago, followed by a decay in volcanism. Whereas Earth's crust is in continuous motion, Venus is thought to be unable to sustain such a process. Without plate tectonics to dissipate heat from its mantle, Venus instead undergoes a cyclical process in which mantle temperatures rise until they reach a critical level that weakens the crust. Then, over a period of about 100million years, subduction occurs on an enormous scale, completely recycling the crust. Venusian craters range from in diameter. No craters are smaller than 3km, because of the effects of the dense atmosphere on incoming objects. Objects with less than a certain kinetic energy are slowed so much by the atmosphere that they do not create an impact crater. Incoming projectiles less than in diameter will fragment and burn up in the atmosphere before reaching the ground. Internal structure Without seismic data or knowledge of its moment of inertia, little direct information is available about the internal structure and geochemistry of Venus. The similarity in size and density between Venus and Earth suggests they share a similar internal structure: a core, mantle, and crust. Like that of Earth, the Venusian core is most likely at least partially liquid because the two planets have been cooling at about the same rate, although a completely solid core cannot be ruled out. The slightly smaller size of Venus means pressures are 24% lower in its deep interior than Earth's. The predicted values for the moment of inertia based on planetary models suggest a core radius of 2,900–3,450 km. This is in line with the first observation-based estimate of 3,500 km. The principal difference between the two planets is the lack of evidence for plate tectonics on Venus, possibly because its crust is too strong to subduct without water to make it less viscous. This results in reduced heat loss from the planet, preventing it from cooling and providing a likely explanation for its lack of an internally generated magnetic field. Instead, Venus may lose its internal heat in periodic major resurfacing events. Magnetic field and core In 1967, Venera 4 found Venus's magnetic field to be much weaker than that of Earth. This magnetic field is induced by an interaction between the ionosphere and the solar wind, rather than by an internal dynamo as in the Earth's core. Venus's small induced magnetosphere provides negligible protection to the atmosphere against cosmic radiation. The lack of an intrinsic magnetic field at Venus was surprising, given that it is similar to Earth in size and was expected also to contain a dynamo at its core. A dynamo requires three things: a conducting liquid, rotation, and convection. The core is thought to be electrically conductive and, although its rotation is often thought to be too slow, simulations show it is adequate to produce a dynamo. This implies that the dynamo is missing because of a lack of convection in Venus's core. On Earth, convection occurs in the liquid outer layer of the core because the bottom of the liquid layer is much higher in temperature than the top. On Venus, a global resurfacing event may have shut down plate tectonics and led to a reduced heat flux through the crust. This insulating effect would cause the mantle temperature to increase, thereby reducing the heat flux out of the core. As a result, no internal geodynamo is available to drive a magnetic field. Instead, the heat from the core is reheating the crust. One possibility is that Venus has no solid inner core, or that its core is not cooling, so that the entire liquid part of the core is at approximately the same temperature. Another possibility is that its core has already completely solidified. The state of the core is highly dependent on the concentration of sulfur, which is unknown at present. The weak magnetosphere around Venus means that the solar wind is interacting directly with its outer atmosphere. Here, ions of hydrogen and oxygen are being created by the dissociation of water molecules from ultraviolet radiation. The solar wind then supplies energy that gives some of these ions sufficient velocity to escape Venus's gravity field. This erosion process results in a steady loss of low-mass hydrogen, helium, and oxygen ions, whereas higher-mass molecules, such as carbon dioxide, are more likely to be retained. Atmospheric erosion by the solar wind could have led to the loss of most of Venus's water during the first billion years after it formed. However, the planet may have retained a dynamo for its first 2–3 billion years, so the water loss may have occurred more recently. The erosion has increased the ratio of higher-mass deuterium to lower-mass hydrogen in the atmosphere 100 times compared to the rest of the solar system. Orbit and rotation Venus orbits the Sun at an average distance of about , and completes an orbit every 224.7 days. Although all planetary orbits are elliptical, Venus's orbit is currently the closest to circular, with an eccentricity of less than 0.01. Simulations of the early solar system orbital dynamics have shown that the eccentricity of the Venus orbit may have been substantially larger in the past, reaching values as high as 0.31 and possibly impacting the early climate evolution. The current near-circular orbit of Venus means that when Venus lies between Earth and the Sun in inferior conjunction, it makes the closest approach to Earth of any planet at an average distance of . The planet reaches inferior conjunction every 584 days, on average. Because of the decreasing eccentricity of Earth's orbit, the minimum distances will become greater over tens of thousands of years. From the year1 to 5383, there are 526 approaches less than 40millionkm; then there are none for about 60,158 years. All the planets in the Solar System orbit the Sun in an anticlockwise direction as viewed from above Earth's north pole. Most planets also rotate on their axes in an anti-clockwise direction, but Venus rotates clockwise in retrograde rotation once every 243 Earth days—the slowest rotation of any planet. Because its rotation is so slow, Venus is very close to spherical. A Venusian sidereal day thus lasts longer than a Venusian year (243 versus 224.7 Earth days). Venus's equator rotates at , whereas Earth's rotates at . Venus's rotation period measured with Magellan spacecraft data over a 500-day period is smaller than the rotation period measured during the 16-year period between the Magellan spacecraft and Venus Express visits, with a difference of about 6.5minutes. Because of the retrograde rotation, the length of a solar day on Venus is significantly shorter than the sidereal day, at 116.75 Earth days (making the Venusian solar day shorter than Mercury's 176 Earth days — the 116-day figure is extremely close to the average number of days it takes Mercury to slip underneath the Earth in its orbit). One Venusian year is about 1.92Venusian solar days. To an observer on the surface of Venus, the Sun would rise in the west and set in the east, although Venus's opaque clouds prevent observing the Sun from the planet's surface. Venus may have formed from the solar nebula with a different rotation period and obliquity, reaching its current state because of chaotic spin changes caused by planetary perturbations and tidal effects on its dense atmosphere, a change that would have occurred over the course of billions of years. The rotation period of Venus may represent an equilibrium state between tidal locking to the Sun's gravitation, which tends to slow rotation, and an atmospheric tide created by solar heating of the thick Venusian atmosphere. The 584-day average interval between successive close approaches to Earth is almost exactly equal to 5Venusian solar days (5.001444 to be precise), but the hypothesis of a spin-orbit resonance with Earth has been discounted. Venus has no natural satellites. It has several trojan asteroids: the quasi-satellite and two other temporary trojans, and . In the 17th century, Giovanni Cassini reported a moon orbiting Venus, which was named Neith and numerous sightings were reported over the following , but most were determined to be stars in the vicinity. Alex Alemi's and David Stevenson's 2006 study of models of the early Solar System at the California Institute of Technology shows Venus likely had at least one moon created by a huge impact event billions of years ago. About 10millionyears later, according to the study, another impact reversed the planet's spin direction and caused the Venusian moon gradually to spiral inward until it collided with Venus. If later impacts created moons, these were removed in the same way. An alternative explanation for the lack of satellites is the effect of strong solar tides, which can destabilize large satellites orbiting the inner terrestrial planets. Observability To the naked eye, Venus appears as a white point of light brighter than any other planet or star (apart from the Sun). The planet's mean apparent magnitude is −4.14 with a standard deviation of 0.31. The brightest magnitude occurs during crescent phase about one month before or after inferior conjunction. Venus fades to about magnitude −3 when it is backlit by the Sun. The planet is bright enough to be seen in broad daylight, but is more easily visible when the Sun is low on the horizon or setting. As an inferior planet, it always lies within about 47° of the Sun. Venus "overtakes" Earth every 584 days as it orbits the Sun. As it does so, it changes from the "Evening Star", visible after sunset, to the "Morning Star", visible before sunrise. Although Mercury, the other inferior planet, reaches a maximum elongation of only 28° and is often difficult to discern in twilight, Venus is hard to miss when it is at its brightest. Its greater maximum elongation means it is visible in dark skies long after sunset. As the brightest point-like object in the sky, Venus is a commonly misreported "unidentified flying object". Phases As it orbits the Sun, Venus displays phases like those of the Moon in a telescopic view. The planet appears as a small and "full" disc when it is on the opposite side of the Sun (at superior conjunction). Venus shows a larger disc and "quarter phase" at its maximum elongations from the Sun, and appears its brightest in the night sky. The planet presents a much larger thin "crescent" in telescopic views as it passes along the near side between Earth and the Sun. Venus displays its largest size and "new phase" when it is between Earth and the Sun (at inferior conjunction). Its atmosphere is visible through telescopes by the halo of sunlight refracted around it. The phases are clearly visible in a 4" telescope. Transits The Venusian orbit is slightly inclined relative to Earth's orbit; thus, when the planet passes between Earth and the Sun, it usually does not cross the face of the Sun. Transits of Venus occur when the planet's inferior conjunction coincides with its presence in the plane of Earth's orbit. Transits of Venus occur in cycles of with the current pattern of transits being pairs of transits separated by eight years, at intervals of about or —a pattern first discovered in 1639 by the English astronomer Jeremiah Horrocks. The latest pair was June 8, 2004 and June 5–6, 2012. The transit could be watched live from many online outlets or observed locally with the right equipment and conditions. The preceding pair of transits occurred in December 1874 and December 1882; the following pair will occur in December 2117 and December 2125. The 1874 transit is the subject of the oldest film known, the 1874 Passage de Venus. Historically, transits of Venus were important, because they allowed astronomers to determine the size of the astronomical unit, and hence the size of the Solar System as shown by Horrocks in 1639. Captain Cook's exploration of the east coast of Australia came after he had sailed to Tahiti in 1768 to observe a transit of Venus. Pentagram of Venus The pentagram of Venus is the path that Venus makes as observed from Earth. Successive inferior conjunctions of Venus repeat very near a 13:8 ratio (Earth orbits eight times for every 13 orbits of Venus), shifting 144° upon sequential inferior conjunctions. The 13:8 ratio is approximate. 8/13 is approximately 0.61538 while Venus orbits the Sun in 0.61519 years. Daylight apparitions Naked-eye observations of Venus during daylight hours exist in several anecdotes and records. Astronomer Edmund Halley calculated its maximum naked eye brightness in 1716, when many Londoners were alarmed by its appearance in the daytime. French emperor Napoleon Bonaparte once witnessed a daytime apparition of the planet while at a reception in Luxembourg. Another historical daytime observation of the planet took place during the inauguration of the American president Abraham Lincoln in Washington, D.C., on 4March 1865. Although naked eye visibility of Venus's phases is disputed, records exist of observations of its crescent. Ashen light A long-standing mystery of Venus observations is the so-called ashen light—an apparent weak illumination of its dark side, seen when the planet is in the crescent phase. The first claimed observation of ashen light was made in 1643, but the existence of the illumination has never been reliably confirmed. Observers have speculated it may result from electrical activity in the Venusian atmosphere, but it could be illusory, resulting from the physiological effect of observing a bright, crescent-shaped object. Observation and exploration Early observation Because the movements of Venus appear to be discontinuous (it disappears due to its proximity to the sun, for many days at a time, and then reappears on the other horizon), some cultures did not recognize Venus as a single entity; instead, they assumed it to be two separate stars on each horizon: the morning and evening star. Nonetheless, a cylinder seal from the Jemdet Nasr period and the Venus tablet of Ammisaduqa from the First Babylonian dynasty indicate that the ancient Sumerians already knew that the morning and evening stars were the same celestial object. In the Old Babylonian period, the planet Venus was known as Ninsi'anna, and later as Dilbat. The name "Ninsi'anna" translates to "divine lady, illumination of heaven", which refers to Venus as the brightest visible "star". Earlier spellings of the name were written with the cuneiform sign si4 (= SU, meaning "to be red"), and the original meaning may have been "divine lady of the redness of heaven", in reference to the colour of the morning and evening sky. The Chinese historically referred to the morning Venus as "the Great White" ( ) or "the Opener (Starter) of Brightness" ( ), and the evening Venus as "the Excellent West One" ( ). The ancient Greeks also initially believed Venus to be two separate stars: Phosphorus, the morning star, and Hesperus, the evening star. Pliny the Elder credited the realization that they were a single object to Pythagoras in the sixth century BC, while Diogenes Laërtius argued that Parmenides was probably responsible for this discovery. Though they recognized Venus as a single object, the ancient Romans continued to designate the morning aspect of Venus as Lucifer, literally "Light-Bringer", and the evening aspect as Vesper, both of which are literal translations of their traditional Greek names. In the second century, in his astronomical treatise Almagest, Ptolemy theorized that both Mercury and Venus are located between the Sun and the Earth. The 11th-century Persian astronomer Avicenna claimed to have observed the transit of Venus, which later astronomers took as confirmation of Ptolemy's theory. In the 12th century, the Andalusian astronomer Ibn Bajjah observed "two planets as black spots on the face of the Sun"; these were thought to be the transits of Venus and Mercury by 13th-century Maragha astronomer Qotb al-Din Shirazi, though this cannot be true as there were no
Küste der Grenzpolizei (GBK) (Coastal Border Brigade of the Border Police) was incorporated into the Volksmarine. With the reorganization of 1965 all attack forces, i.e., the fast torpedo boats, were combined into a single flotilla (the 6th Flotilla) and stationed on the Bug peninsula of the island of Rügen. In the 1970s, the Volksmarine had grown to about 18,000 men. In the 1980s some of the ships were replaced and the Volksmarine acquired Soviet-built fighter-bombers. During 19851989, the Volksmarine caused about 180 reported incidents due to a maritime border dispute with Poland in the Pomeranian bay; in subsequent negotiations about two thirds of the disputed maritime area were allocated to the GDR. The Volksmarine was dissolved, like all other branches of the former National People's Army, on 2 October 1990 – the day before the official reunification of Germany. Some of its staff was absorbed into the Bundesmarine (which was henceforth called the Deutsche Marine), some by the German Border Police. Most of the ships and other equipment were scrapped or sold, and few if any former Volksmarine vessels remain in service with the modern-day German Navy. The last commander of the Volksmarine, Vizeadmiral Hendrik Born, wrote a multi-paragraph commentary for Dieter Flohr and Peter Seemann's 2009 book, Die Volksmarine, a comprehensive and picture-oriented history of the Volksmarine. Operative tasks The Volksmarine was first and foremost a coastal defence force, but offensive action and amphibious assaults against NATO were also included in its training and plans. It was operationally incorporated into the United Baltic Sea Fleets of the Warsaw Pact states, intended to serve alongside them in the event of war. Its designated area of operations was the Baltic Sea and the entrances to the Baltic Sea. If open warfare had erupted between the Warsaw Pact and NATO, the primary mission of the Volksmarine was to keep the sea lanes open for Soviet reinforcements and to participate in offensive actions against the coasts of hostile nations in the Baltic Sea. For these purposes, it was equipped with light forces such as anti-submarine ships, fast torpedo boats, minesweepers as well as landing craft. Routine duty was heavily focused on extensive reconnaissance activities, carried out mainly by the minesweepers and specialized electronic surveillance boats. The 6th Border Brigade (Coast) had a special responsibility for the prevention of "Republikflucht" (people leaving the GDR without official permission). With effect from 1 November 1961, it was subordinated to the Volksmarine. It had a substantial number of small patrol boats and surveillance posts along the coast. Commanders Konteradmiral Felix Scheffler (1 March 1956 – 31 December 1956) Vizeadmiral Waldemar Verner (1 January 1957 – 31 July 1959) Konteradmiral Wilhelm Ehm (1 August 1959 – 31
(VP–See) (People's Police – Sea) on 1 July 1952. At the same time parts of the erstwhile maritime police were reorganized into the new Grenzpolizei–See (Border Police –– Sea), to guard the sea frontiers, and incorporated into the Deutsche Grenzpolizei (German Border Police) that had been set up in 1946. By 1952 the VP–See is estimated to have numbered some 8,000 personnel. On 1 March 1956, the GDR formally created its armed forces, the National People's Army (Nationale Volksarmee, NVA), and the VP–See became the Verwaltung Seestreitkräfte der NVA (Maritime Forces Administration of the NVA) with about 10,000 men. In November 1960, these maritime forces of the National People's Army were officially designated Volksmarine (People's Navy). Over the next years the navy gradually received a number of new ships, mostly built in the GDR. Only the coastal protection ships and some of the fast torpedo boats were provided by the Soviet Union, as were all helicopters, and some auxiliary craft were purchased from Poland. Following the erection of the Berlin Wall on 13 August 1961, the Grenzbrigade Küste der Grenzpolizei (GBK) (Coastal Border Brigade of the Border Police) was incorporated into the Volksmarine. With the reorganization of 1965 all attack forces, i.e., the fast torpedo boats, were combined into a single flotilla (the 6th Flotilla) and stationed on the Bug peninsula of the island of Rügen. In the 1970s, the Volksmarine had grown to about 18,000 men. In the 1980s some of the ships were replaced and the Volksmarine acquired Soviet-built fighter-bombers. During 19851989, the Volksmarine caused about 180 reported incidents due to a maritime border dispute with Poland in the Pomeranian bay; in subsequent negotiations about two thirds of the disputed maritime area were allocated to the GDR. The Volksmarine was dissolved, like all other branches of the former National People's Army, on 2 October 1990 – the day before the official reunification of Germany. Some of its staff was absorbed into the Bundesmarine (which was henceforth called the Deutsche Marine), some by the German Border Police. Most of the ships and other equipment were scrapped or sold, and few if any former Volksmarine vessels remain in service with the modern-day German Navy. The last commander of the Volksmarine, Vizeadmiral Hendrik
Convention on Consular Relations (1963) Vienna Convention on Road Traffic (1968) Vienna Convention on Road Signs and Signals (1968) Vienna Convention on the Law of Treaties (1969) Convention on the Issue of Multilingual Extracts from Civil Status Records (1976) Vienna Convention on Succession of States in respect of Treaties (1978) United Nations Convention on Contracts for the International Sale of Goods (1980), a uniform international sales law Vienna Convention for the Protection of the Ozone Layer (1985) Vienna
Convention can mean any of a number of treaties signed in Vienna. Most are related to the harmonization or formalization of the procedures of international diplomacy, but some are not. several treaties and conventions resulted from the Congress of Vienna (1814–15) which redrew the map of Europe, only partially restoring the pre-Napoleonic situation, and drafted new rules for international relations Vienna Convention on Money (1857) Vienna Convention on Diplomatic Relations (1961) Vienna Convention on Civil Liability for Nuclear Damage (1963) Vienna Convention on Consular Relations (1963) Vienna Convention on Road
Diplomats must not be liable to any form of arrest or detention, and the receiving state must make all efforts to protect their person and dignity (Article 29). Diplomats are immune from the civil and criminal jurisdiction of the host state, with exceptions for professional activities outside the diplomat's official functions (Article 31). Article 32 permits sending states to waive this immunity. Diplomatic missions are exempt from taxes (Article 34) and customs duties (Article 36). Family members of diplomats living in the host country enjoy most of the same protections as the diplomats themselves (Article 37). Optional protocols The same year the treaty was adopted, two protocols were added as amendments; countries may ratify the main treaty without necessarily ratifying these optional agreements. Concerning acquisition of nationality. The head of the mission, the staff of the mission, and their families, shall not acquire the nationality of the receiving country. Concerning compulsory settlement of disputes. Disputes arising from the interpretation of this treaty may be brought before the International Court of Justice. countries can choose to recognize their embassies as sovereign territory States parties to the convention , there are 193 state parties to the Vienna Convention, including all UN member states — with the exceptions of Palau and South Sudan — and the UN observer states of the Holy See and State of Palestine. The Republic of China signed and ratified the convention on 18 April 1961 and 19 December 1969, respectively, prior to the UN granting China's seat to the People's Republic of China. There are no states that have signed the treaty but not ratified it. See also Vienna Convention on Consular Relations (1963) Vienna Convention on the Law of Treaties (1969) Vienna Convention on the Law of Treaties between States and International Organizations or between International Organizations (1986) Vienna Conventions for a list of other conventions Diplomatic immunity Protection of Diplomats Convention Precedence among European monarchies References Acta Universitatis Danubius. Relationes Internationales, Vol 9, No 1 (2016) External links Original text related to this article Diplomatic Relations Protocols The Vienna Convention on Diplomatic Relations 50th Anniversary Website Created by the 2011 VCDR 50th Anniversary Project Introductory note by Eileen Denza, procedural history note and audiovisual material on the Vienna Convention on Diplomatic Relations in the Historic Archives of the United Nations Audiovisual Library of International Law Lecture by Eileen Denza entitled Diplomatic and Consular Law – Topical Issues in the Lecture Series of the United Nations Audiovisual Library of International Law Lecture by John Dugard entitled Diplomatic Protection in the Lecture Series of the United Nations Audiovisual Library of International Law Diplomatic immunity and protection treaties Cold War treaties Treaties drafted by the International Law Commission Treaties concluded in 1961 Treaties entered into force in 1964 Treaties of the Kingdom of Afghanistan Treaties of the People's Socialist Republic of Albania Treaties of Algeria Treaties of Andorra Treaties of the People's Republic of Angola Treaties of Argentina Treaties of Armenia Treaties of Australia Treaties of Austria Treaties of Azerbaijan Treaties of the Bahamas Treaties of Bahrain Treaties of Bangladesh Treaties of Barbados Treaties of the Byelorussian Soviet
law occurred with the Congress of Vienna in 1815. This was followed much later by the Convention regarding Diplomatic Officers (Havana, 1928). The present treaty on the treatment of diplomats was the outcome of a draft by the International Law Commission. The treaty was adopted on 18 April 1961, by the United Nations Conference on Diplomatic Intercourse and Immunities held in Vienna, Austria, and first implemented on 24 April 1964. The same Conference also adopted the Optional Protocol concerning Acquisition of Nationality, the Optional Protocol concerning the Compulsory Settlement of Disputes, the Final Act and four resolutions annexed to that Act. One notable aspect which came out of the 1961 treaty was the establishment of the Holy See's diplomatic immunity status with other nations. Two years later, the United Nations adopted a closely related treaty, the Vienna Convention on Consular Relations. Summary of provisions The Vienna Convention is an extensive document, containing 53 articles. The following is a basic overview of its key provisions. The host nation at any time and for any reason can declare a particular member of the diplomatic staff to be persona non grata. The sending state must recall this person within a reasonable period of time, or otherwise this person may lose their diplomatic immunity (Article 9). The premises of a diplomatic mission, diplomatic premiers are the houses of ambassadors and are inviolable and must not be entered by the host country except by permission of the head of the mission; likewise, the host country must never search the premises, may not seize its documents or property, and must protect the mission from intrusion or damage (Article 20). Article 30 extends this provision to the private residence of the diplomats. The archives and documents of a diplomatic mission are inviolable and shall not be seized or opened by the host government (Article 24). The host country must permit and protect free communication between the diplomats of the mission and their home country. A diplomatic bag must never be opened, even on suspicion of abuse, and a diplomatic courier must never be arrested or detained (Article 27). Diplomats must not be liable to any form of arrest or detention, and the receiving state must make all efforts to protect their person and dignity (Article 29). Diplomats are immune from the civil and criminal jurisdiction of the host state, with exceptions for professional activities outside the diplomat's official functions (Article 31). Article 32 permits sending states to waive this immunity. Diplomatic missions are exempt from taxes (Article 34) and customs duties (Article 36). Family members of diplomats living in the host country enjoy most of the same protections as the diplomats themselves (Article 37). Optional protocols The same year the treaty was adopted, two protocols were added as amendments; countries may ratify the main treaty without necessarily ratifying these optional agreements. Concerning acquisition of nationality. The head of the mission, the staff of the mission, and their families, shall not acquire the nationality of the receiving country. Concerning compulsory settlement of disputes. Disputes arising from the interpretation of this treaty may be brought before the International Court of Justice. countries can choose to recognize their embassies as sovereign territory States parties to the convention , there are 193 state parties to the Vienna Convention, including all UN member states — with the exceptions of Palau and South Sudan — and the UN observer states of the Holy See and State of Palestine. The Republic of China signed and ratified the convention on 18 April 1961 and 19 December 1969, respectively, prior to the UN granting China's seat to the People's Republic of China. There are no states that have signed the treaty but not ratified it. See also Vienna Convention on Consular Relations (1963) Vienna Convention on the Law of Treaties (1969) Vienna Convention on the Law of Treaties between States and International Organizations or between International Organizations (1986) Vienna Conventions for a list of other conventions Diplomatic immunity Protection of Diplomats Convention Precedence among European monarchies References Acta Universitatis Danubius. Relationes Internationales, Vol 9, No 1 (2016) External links Original text related to this article Diplomatic Relations Protocols The Vienna Convention on Diplomatic Relations 50th Anniversary Website Created by the 2011 VCDR 50th Anniversary Project Introductory note by Eileen Denza, procedural history note and audiovisual material on the Vienna Convention on Diplomatic Relations in the Historic Archives of the United Nations Audiovisual Library of International Law Lecture by Eileen Denza entitled Diplomatic and Consular Law – Topical Issues in the Lecture Series of the United Nations Audiovisual Library of International Law Lecture by John Dugard entitled Diplomatic Protection in the Lecture Series of the United Nations Audiovisual Library of International Law Diplomatic immunity and protection treaties Cold War treaties Treaties drafted by the International Law Commission Treaties concluded in 1961 Treaties entered into force in 1964 Treaties of the Kingdom of Afghanistan Treaties of the People's Socialist Republic of Albania Treaties of Algeria Treaties of Andorra Treaties of the People's Republic of Angola Treaties of Argentina Treaties of Armenia Treaties of Australia Treaties of Austria Treaties of Azerbaijan Treaties of the Bahamas Treaties of Bahrain Treaties of Bangladesh Treaties of Barbados Treaties of the Byelorussian Soviet Socialist Republic Treaties of Belgium Treaties of Belize Treaties of the Republic of Dahomey Treaties of Bhutan Treaties of Bolivia Treaties of Bosnia and Herzegovina Treaties of Botswana Treaties of the military dictatorship in Brazil Treaties of Brunei Treaties
a gradual change between two or more positions. Return valves and non-return valves allow fluid to move in 2 or 1 directions respectively. Two-port valves Operating positions for 2-port valves can be either shut (closed) so that no flow at all goes through, fully open for maximum flow, or sometimes partially open to any degree in between. Many valves are not designed to precisely control intermediate degree of flow; such valves are considered to be either open or shut. Some valves are specially designed to regulate varying amounts of flow. Such valves have been called by various names such as regulating, throttling, metering, or needle valves. For example, needle valves have elongated conically-tapered discs and matching seats for fine flow control. For some valves, there may be a mechanism to indicate by how much the valve is open, but in many cases other indications of flow rate are used, such as separate flow meters. In plants with remote-controlled process operation, such as oil refineries and petrochemical plants, some 2-way valves can be designated as normally closed (NC) or normally open (NO) during regular operation. Examples of normally-closed valves are sampling valves, which are only opened while a sample is taken. Other examples of normally-closed valves are emergency shut-down valves, which are kept open when the system is in operation and will automatically shut by taking away the power supply. This happens when there is a problem with a unit or a section of a fluid system such as a leak in order to isolate the problem from the rest of the system. Examples of normally-open valves are purge-gas supply valves or emergency-relief valves. When there is a problem these valves open (by switching them 'off') causing the unit to be flushed and emptied. Although many 2-way valves are made in which the flow can go in either direction between the two ports, when a valve is placed into a certain application, flow is often expected to go from one certain port on the upstream side of the valve, to the other port on the downstream side. Pressure regulators are variations of valves in which flow is controlled to produce a certain downstream pressure, if possible. They are often used to control flow of gas from a gas cylinder. A back-pressure regulator is a variation of a valve in which flow is controlled to maintain a certain upstream pressure, if possible. Three-port valves Valves with three ports serve many different functions. A few of the possibilities are listed here. Three-way ball valves come with a T- or L- shaped fluid passageways inside the rotor. The T valve might be used to permit connection of one inlet to either or both outlets or connection of the two outlets. The L valve could be used to permit disconnection of both or connection of either but not both of two inlets to one outlet. Shuttle valves automatically connect the higher pressure inlet to the outlet while (in some configurations) preventing flow from one inlet to the other. Single handle mixer valves produce a variable mixture of hot and cold water at a variable flow rate under control of a single handle. Thermostatic mixing valves mix hot and cold water to produce a constant temperature in the presence of variable pressures and temperatures on the two input ports. Four-port valves A 4-port valve is a valve whose body has four ports equally spaced round the body and the disc has two passages to connect adjacent ports. It is operated with two positions. It can be used to isolate and to simultaneously bypass a sampling cylinder installed on a pressurized water line. It is useful to take a fluid sample without affecting the pressure of a hydraulic system and to avoid degassing (no leak, no gas loss or air entry, no external contamination).... Control Many valves are controlled manually with a handle attached to the stem. If the handle is turned ninety degrees between operating positions, the valve is called a quarter-turn valve. Butterfly, ball valves, and plug valves are often quarter-turn valves. If the handle is circular with the stem as the axis of rotation in the center of the circle, then the handle is called a handwheel. Valves can also be controlled by actuators attached to the stem. They can be electromechanical actuators such as an electric motor or solenoid, pneumatic actuators which are controlled by air pressure, or hydraulic actuators which are controlled by the pressure of a liquid such as oil or water. Actuators can be used for the purposes of automatic control such as in washing machine cycles, remote control such as the use of a centralised control room, or because manual control is too difficult such as when the valve is very large. Pneumatic actuators and hydraulic actuators need pressurised air or liquid lines to supply the actuator: an inlet line and an outlet line. Pilot valves are valves which are used to control other valves. Pilot valves in the actuator lines control the supply of air or liquid going to the actuators. The fill valve in a toilet water tank is a liquid level-actuated valve. When a high water level is reached, a mechanism shuts the valve which fills the tank. In some valve designs, the pressure of the flow fluid itself or pressure difference of the flow fluid between the ports automatically controls flow through the valve. Other considerations Valves are typically rated for maximum temperature and pressure by the
body. Nearly all hard seated metal valves have a small amount of leakage. Soft seats are fitted to the valve body and made of softer materials such as PTFE or various elastomers such as NBR, EPDM, or FKM depending on the maximum operating temperature. A closed soft seated valve is much less liable to leak when shut while hard seated valves are more durable. Gate, globe, and check valves are usually hard seated while butterfly, ball, plug, and diaphragm valves are usually soft seated. Stem The stem transmits motion from the handle or controlling device to the disc. The stem typically passes through the bonnet when present. In some cases, the stem and the disc can be combined in one piece, or the stem and the handle are combined in one piece. The motion transmitted by the stem may be a linear force, a rotational torque, or some combination of these (Angle valve using torque reactor pin and Hub Assembly). The valve and stem can be threaded such that the stem can be screwed into or out of the valve by turning it in one direction or the other, thus moving the disc back or forth inside the body. Packing is often used between the stem and the bonnet to maintain a seal. Some valves have no external control and do not need a stem as in most check valves. Valves whose disc is between the seat and the stem and where the stem moves in a direction into the valve to shut it are normally-seated or front seated. Valves whose seat is between the disc and the stem and where the stem moves in a direction out of the valve to shut it are reverse-seated or back seated. These terms don't apply to valves with no stem or valves using rotors. Gaskets Gaskets are the mechanical seals, or packings, used to prevent the leakage of a gas or fluids from valves. Valve balls A valve ball is also used for severe duty, high-pressure, high-tolerance applications. They are typically made of stainless steel, titanium, Stellite, Hastelloy, brass, or nickel. They can also be made of different types of plastic, such as ABS, PVC, PP or PVDF. Spring Many valves have a spring for spring-loading, to normally shift the disc into some position by default but allow control to reposition the disc. Relief valves commonly use a spring to keep the valve shut, but allow excessive pressure to force the valve open against the spring-loading. Coil springs are normally used. Typical spring materials include zinc plated steel, stainless steel, and for high temperature applications Inconel X750. Trim The internal elements of a valve are collectively referred to as a valve's trim. According to API Standards 600, "Steel Gate Valve-Flanged and Butt-welding Ends, Bolted Bonnets", the trim consists of stem, seating surface in the body, gate seating surface, bushing or a deposited weld for the backseat and stem hole guide, and small internal parts that normally contact the service fluid, excluding the pin that is used to make a stem-to-gate connection (this pin shall be made of an austenitic stainless steel material). Valve operating positions Valve positions are operating conditions determined by the position of the disc or rotor in the valve. Some valves are made to be operated in a gradual change between two or more positions. Return valves and non-return valves allow fluid to move in 2 or 1 directions respectively. Two-port valves Operating positions for 2-port valves can be either shut (closed) so that no flow at all goes through, fully open for maximum flow, or sometimes partially open to any degree in between. Many valves are not designed to precisely control intermediate degree of flow; such valves are considered to be either open or shut. Some valves are specially designed to regulate varying amounts of flow. Such valves have been called by various names such as regulating, throttling, metering, or needle valves. For example, needle valves have elongated conically-tapered discs and matching seats for fine flow control. For some valves, there may be a mechanism to indicate by how much the valve is open, but in many cases other indications of flow rate are used, such as separate flow meters. In plants with remote-controlled process operation, such as oil refineries and petrochemical plants, some 2-way valves can be designated as normally closed (NC) or normally open (NO) during regular operation. Examples of normally-closed valves are sampling valves, which are only opened while a sample is taken. Other examples of normally-closed valves are emergency shut-down valves, which are kept open when the system is in operation and will automatically shut by taking away the power supply. This happens when there is a problem with a unit or a section of a fluid system such as a leak in order to isolate the problem from the rest of the system. Examples of normally-open valves are purge-gas supply valves or emergency-relief valves. When there is a problem these valves open (by switching them 'off') causing the unit to be flushed and emptied. Although many 2-way valves are made in which the flow can go in either direction between the two ports, when a valve is placed into a certain application, flow is often expected to go from one certain port on the upstream side of the valve, to the other port on the downstream side. Pressure regulators are variations of valves in which flow is controlled to produce a certain downstream pressure, if possible. They are often used to control flow of gas from a gas cylinder. A back-pressure regulator is a variation of a valve in which flow is controlled to maintain a certain upstream pressure, if possible. Three-port valves Valves with three ports serve many different functions. A few of the possibilities are listed here. Three-way ball valves come with a T- or L- shaped fluid passageways inside the rotor. The T valve might be used to permit connection of one inlet to either or both outlets or connection of the two outlets. The L valve could be used to permit disconnection of both or connection of either but not both of two inlets to one outlet. Shuttle valves automatically connect the higher pressure inlet to the outlet while (in some configurations) preventing flow from one inlet to the other. Single handle mixer valves produce a variable mixture of hot and cold water at a variable flow rate under control of a single handle. Thermostatic mixing valves mix hot and cold water to produce a constant temperature in the presence of variable pressures and temperatures on the two input ports. Four-port valves A 4-port valve is a valve whose body has four ports equally spaced round the body and the disc has two passages to connect adjacent ports. It is operated with two positions. It can be used to isolate and to simultaneously bypass a sampling cylinder installed on a pressurized water line. It is useful to take a fluid sample without affecting the pressure of a hydraulic system and to avoid degassing (no leak, no gas loss or air entry, no external contamination).... Control Many valves are controlled manually with a handle attached to the stem. If the handle is turned ninety degrees between operating positions, the valve is called a quarter-turn valve. Butterfly, ball valves, and plug valves are often quarter-turn valves. If the handle is circular with the stem as the axis of rotation in the center of the circle, then the handle is called a handwheel. Valves can also be controlled by actuators attached to the stem. They can be electromechanical actuators such as an electric motor or solenoid, pneumatic actuators which are controlled by air pressure, or hydraulic actuators which are controlled by the pressure of a liquid such as oil or water. Actuators can be used for the purposes of automatic control such as in washing machine cycles, remote control such as the use of a centralised control room, or because manual control is too difficult such as when the valve is very large. Pneumatic actuators and hydraulic actuators need pressurised air or liquid lines to supply the actuator: an inlet line and an outlet line. Pilot valves are valves which are
stated that the tape was captured by U.S. forces in Afghanistan during a raid on a house in Jalalabad. The tape was aired with an accompanying English translation. In this translation, Osama bin Laden displays knowledge of the timing of the actual attack a few days in advance; the translation attributes the following lines to bin Laden: "we calculated in advance the number of casualties from the enemy, who would be killed based on the position of the tower. We calculated that the floors that would be hit would be three or four floors. I was the most optimistic of them all.... We had notification since the previous Thursday that the event would take place that day. We had finished our work that day and had the radio on.... Muhammad (Atta) from the Egyptian family (meaning the Al Qaida Egyptian group), was in charge of the group.... The brothers, who conducted the operation, all they knew was that they have a martyrdom operation and we asked each of them to go to America but they didn't know anything about the operation, not even one letter. But they were trained and we did not reveal the operation to them until they are there and just before they boarded the planes." On December 20, 2001, German TV channel "Das Erste" broadcast an analysis of the White House's translation of the videotape. On the program "Monitor", two independent translators and an expert on oriental studies found the White House's translation to be both inaccurate and manipulative stating "At the most important places where it is held to prove the guilt of bin Laden, it is not identical with the Arabic" and that the words used that indicate foreknowledge can not be heard at all in the original. Prof. Gernot Rotter, professor of Islamic and Arabic Studies at the Asia-Africa Institute at the University of Hamburg said "The American translators who listened to the tapes and transcribed them apparently wrote a lot of things in that they wanted to hear but that cannot be heard on the tape no matter how many times you listen to it." In the recording, bin Laden describes attacks by the United States against Islamic people. He describes his message as a review of events following 9/11, and in this statement, he neither admits nor denies responsibility for the attacks. February 11, 2003 Colin Powell told a United States Senate panel that he'd reviewed a transcript of a message from bin Laden stating that he was in "a partnership with Iraq", which was to be broadcast on al Jazeera. Al Jazeera initially said they did not have the tape, but then said they received it the same day and broadcast it that evening at 8pm GMT. The quality of the recording was said to sound like bin Laden and to be "quite good" by The Guardian but "poor quality" by the BBC. October 29, 2004 Shortly before the U.S. presidential election on October 29, 2004, Arab television network al Jazeera broadcast an 18-minute video tape of Osama bin Laden, addressed to citizens of the United States. According to the English translation distributed by the BBC and other media outlets, he tells viewers he personally directed the 19 hijackers, and describes his motivation: I will explain to you the reasons behind these events, and I will tell you the truth about the moments when this decision was taken, so that you can reflect on it. God knows that the plan of striking the towers had not occurred to us, but the idea came to me when things went just too far with the American-Israeli alliance's oppression and atrocities against our people in Palestine and Lebanon. Bin Laden claimed he was inspired to destroy the World Trade Center after watching the destruction of towers in Lebanon by Israel during the 1982 Lebanon War. November 3, 2004 Bin Laden released another video tape, excoriating the West, the United Nations, and Israel, and explaining all of the unfolding events as fundamentally a religious war. January 19, 2006 Al Jazeera broadcast an audiotape of bin Laden addressing citizens of the United States again. April 23, 2006 Al Jazeera broadcast parts of an audiotape. On this tape, bin Laden accuses the Western world of waging a Zionist crusade against Islam. He comments on Hamas, Darfur and the situation in Iraq. May 23, 2006 Al Jazeera broadcast a 5-minute audiotape from bin Laden, where he claims he, alone, assigned the hijackers to perform the September 11 attacks. bin Laden comments on the trial of Zacarias Moussaoui, the prisoners in Guantanamo Bay, and the imprisoned journalists Sami al-Hajj and Tayssir Alouni, denying that any of them (apart from a few Guantanamo Bay prisoners) were connected with al-Qaeda. bin Laden tells viewers that Zacarias Moussaoui "had no connection at all with September 11. I am the one in charge of the 19
the September 11 attacks on the US. Bin Laden did not claim responsibility for the attacks in the recording. December 13, 2001 On November 10, 2001, U.S. military forces in Jalalabad found a video tape of bin Laden. On December 13, 2001, the United States State Department released a video tape apparently showing bin Laden speaking with Khaled al-Harbi and other associates, somewhere in Afghanistan, before the U.S. invasion had driven the Taliban regime from Kandahar. The State Department stated that the tape was captured by U.S. forces in Afghanistan during a raid on a house in Jalalabad. The tape was aired with an accompanying English translation. In this translation, Osama bin Laden displays knowledge of the timing of the actual attack a few days in advance; the translation attributes the following lines to bin Laden: "we calculated in advance the number of casualties from the enemy, who would be killed based on the position of the tower. We calculated that the floors that would be hit would be three or four floors. I was the most optimistic of them all.... We had notification since the previous Thursday that the event would take place that day. We had finished our work that day and had the radio on.... Muhammad (Atta) from the Egyptian family (meaning the Al Qaida Egyptian group), was in charge of the group.... The brothers, who conducted the operation, all they knew was that they have a martyrdom operation and we asked each of them to go to America but they didn't know anything about the operation, not even one letter. But they were trained and we did not reveal the operation to them until they are there and just before they boarded the planes." On December 20, 2001, German TV channel "Das Erste" broadcast an analysis of the White House's translation of the videotape. On the program "Monitor", two independent translators and an expert on oriental studies found the White House's translation to be both inaccurate and manipulative stating "At the most important places where it is held to prove the guilt of bin Laden, it is not identical with the Arabic" and that the words used that indicate foreknowledge can not be heard at all in the original. Prof. Gernot Rotter, professor of Islamic and Arabic Studies at the Asia-Africa Institute at the University of Hamburg said "The American translators who listened to the tapes and transcribed them apparently wrote a lot of things in that they wanted to hear but that cannot be heard on the tape no matter how many times you listen to it." In the recording, bin Laden describes attacks by the United States against Islamic people. He describes his message as a review of events following 9/11, and in this statement, he neither admits nor denies responsibility for the attacks. February 11, 2003 Colin Powell told a United States Senate panel that he'd reviewed a transcript of a message from bin Laden stating that he was in "a partnership with Iraq", which was to be broadcast on al Jazeera. Al Jazeera initially said they did not have the tape, but then said they received it the same day and broadcast it that evening at 8pm GMT. The quality of the recording was said to sound like bin Laden and to be "quite good" by The Guardian but "poor quality" by the BBC. October 29, 2004 Shortly before the U.S. presidential election on October 29, 2004, Arab television network al Jazeera broadcast an 18-minute video tape of Osama bin Laden, addressed to citizens of the United States. According to the English translation distributed by the BBC and other media outlets, he tells viewers he personally directed the 19 hijackers, and describes his motivation: I will explain to you the reasons behind these events, and I will tell you the truth about the moments when this decision was taken, so that you can reflect on it. God knows that the plan of striking the towers had not occurred to us, but the idea came to me when things went just too far with the American-Israeli alliance's oppression and atrocities against our people in Palestine and Lebanon. Bin Laden claimed he was inspired to destroy the World Trade Center after watching the destruction of towers in Lebanon by Israel during the 1982 Lebanon War. November 3, 2004 Bin Laden released another video tape, excoriating the West, the United Nations, and Israel, and explaining all of the unfolding events as fundamentally a religious war. January 19, 2006 Al Jazeera broadcast an audiotape of bin Laden addressing citizens of the United States again. April 23, 2006 Al Jazeera broadcast parts of an audiotape. On this tape, bin Laden accuses the Western world of waging a Zionist crusade against Islam. He comments on Hamas, Darfur and the situation in Iraq. May 23, 2006 Al Jazeera broadcast a 5-minute audiotape from bin Laden, where he claims he, alone, assigned the hijackers to perform the September 11 attacks. bin Laden comments on the trial of Zacarias Moussaoui, the prisoners in Guantanamo Bay, and the imprisoned journalists Sami al-Hajj and Tayssir Alouni, denying that any of them (apart from a few Guantanamo Bay prisoners) were connected with al-Qaeda. bin Laden tells viewers that Zacarias Moussaoui "had no connection at all with September 11. I am the one in charge of the 19 brothers and I never assigned brother Zacarias to be with them in that mission. I am certain of what I say because I was responsible for entrusting the 19 brothers... with the raids." June 30, 2006 An Islamist website posted a recording, in which bin Laden praised Abu Musab al-Zarqawi as a "lion of Jihad". The 19-minute video shows a still picture of bin Laden next to video celebrating al-Zarqawi. US officials said that the tape was authentic. July 14, 2007 A few days after the Lal Masjid siege by the Pakistani government (and after a video released by al-Zawahiri), bin Laden released a tape. He was shown with a fatigued expression. He came out in a video clip less than a minute long on a militant website. BBC News reports that it was "undated and correspondents say it may be re-run footage. Its authenticity also cannot be independently verified." September 11, 2007 A second video appeared purportedly featuring a eulogy by bin Laden to 9/11 hijacker Waleed al-Shehri. In the video, a voice identified as bin Laden's delivers the 14-minute introduction. The voice is
"superfluous" and dangerous. Garret Hobart, the first vice president under William McKinley, was one of the very few vice presidents at this time who played an important role in the administration. A close confidant and adviser of the president, Hobart was called "Assistant President". However, until 1919, vice presidents were not included in meetings of the President's Cabinet. This precedent was broken by President Woodrow Wilson when he asked Thomas R. Marshall to preside over Cabinet meetings while Wilson was in France negotiating the Treaty of Versailles. President Warren G. Harding also invited his vice president, Calvin Coolidge, to meetings. The next vice president, Charles G. Dawes, did not seek to attend Cabinet meetings under President Coolidge, declaring that "the precedent might prove injurious to the country." Vice President Charles Curtis was also precluded from attending by President Herbert Hoover. Thomas R. Marshall, the 28th vice president, lamented: "Once there were two brothers. One ran away to sea; the other was elected Vice President of the United States. And nothing was heard of either of them again." His successor, Calvin Coolidge, was so obscure that Major League Baseball sent him free passes that misspelled his name, and a fire marshal failed to recognize him when Coolidge's Washington residence was evacuated. Emergence of the modern vice presidency In 1933, Franklin D. Roosevelt raised the stature of the office by renewing the practice of inviting the vice president to cabinet meetings, which every president since has maintained. Roosevelt's first vice president, John Nance Garner, broke with him over the "court-packing" issue early in his second term, and became Roosevelt's leading critic. At the start of that term, on January 20, 1937, Garner had been the first vice president to be sworn into office on the Capitol steps in the same ceremony with the president, a tradition that continues. Prior to that time, vice presidents were traditionally inaugurated at a separate ceremony in the Senate chamber. Gerald Ford and Nelson Rockefeller, who were each appointed to the office under the terms of the 25th Amendment, were inaugurated in the House and Senate chambers respectively. At the 1940 Democratic National Convention, Roosevelt selected his own running mate, Henry Wallace, instead of leaving the nomination to the convention, when he wanted Garner replaced. He then gave Wallace major responsibilities during World War II. However, after numerous policy disputes between Wallace and other Roosevelt Administration and Democratic Party officials, he was denied renomination to office at the 1944 Democratic National Convention. Harry Truman was selected instead. During his -day vice presidency, Truman was not informed about any war or post-war plans, including the Manhattan Project, leading Truman to remark, wryly, that the job of the vice president was to "go to weddings and funerals". As a result of this experience, Truman, after succeeding to the presidency upon Roosevelt's death, recognized the need to keep the vice president informed on national security issues. Congress made the vice president one of four statutory members of the National Security Council in 1949. The stature of the vice presidency grew again while Richard Nixon was in office (1953–1961). He attracted the attention of the media and the Republican Party, when Dwight Eisenhower authorized him to preside at Cabinet meetings in his absence. Nixon was also the first vice president to formally assume temporary control of the executive branch, which he did after Eisenhower suffered a heart attack on September 24, 1955, ileitis in June 1956, and a stroke in November 1957. Until 1961, vice presidents had their offices on Capitol Hill, a formal office in the Capitol itself and a working office in the Russell Senate Office Building. Lyndon B. Johnson was the first vice president to be given an office in the White House complex, in the Old Executive Office Building. The former Navy Secretary's office in the OEOB has since been designated the "Ceremonial Office of the Vice President" and is today used for formal events and press interviews. President Jimmy Carter was the first president to give his vice president, Walter Mondale, an office in the West Wing of the White House, which all vice presidents have since retained. Because of their function as President of the Senate, vice presidents still maintain offices and staff members on Capitol Hill. Another factor behind the rise in prestige of the vice presidency was the expanded use of presidential preference primaries for choosing party nominees during the 20th century. By adopting primary voting, the field of candidates for vice president was expanded by both the increased quantity and quality of presidential candidates successful in some primaries, yet who ultimately failed to capture the presidential nomination at the convention. At the start of the 21st century, Dick Cheney (2001–2009) held a tremendous amount of power and frequently made policy decisions on his own, without the knowledge of the president. During the 2008 presidential campaign, both vice presidential candidates, Sarah Palin and Joe Biden, said the office had expanded too much under Cheney's tenure; both said they would reduce the role to simply being an adviser to the president. This rapid growth led to calls for abolition of the vice presidency from various constitutional scholars and political commentators such as Matthew Yglesias and Bruce Ackerman. Constitutional roles Although delegates to the constitutional convention approved establishing the office, with both its executive and senatorial functions, not many understood the office, and so they gave the vice president few duties and little power. Only a few states had an analogous position. Among those that did, New York's constitution provided that "the lieutenant-governor shall, by virtue of his office, be president of the Senate, and, upon an equal division, have a casting voice in their decisions, but not vote on any other occasion." As a result, the vice presidency originally had authority in only a few areas, although constitutional amendments have added or clarified some matters. President of the United States Senate Article I, Section 3, Clause 4 confers upon the vice president the title president of the Senate and authorizes them to preside over Senate meetings. In this capacity, the vice president is responsible for maintaining order and decorum, recognizing members to speak, and interpreting the Senate's rules, practices, and precedent. With this position also comes the authority to cast a tie-breaking vote. In practice, the number of times vice presidents have exercised this right has varied greatly. John C. Calhoun holds the record at 31 votes, followed closely by John Adams with 29. Nine vice presidents, most recently Joe Biden, did not cast a single tie-breaking vote. As the framers of the Constitution anticipated that the vice president would not always be available to fulfill this responsibility, the Constitution provides that the Senate may elect a president pro tempore (or "president for a time") in order to maintain the proper ordering of the legislative process. In practice, since the early 20th century, the president of the Senate rarely presides, nor does the president pro tempore. Instead, the president pro tempore regularly delegates the task to other Senate members. Rule XIX, which governs debate, does not authorize the vice president to participate in debate, and grants only to members of the Senate (and, upon appropriate notice, former presidents of the United States) the privilege of addressing the Senate, without granting a similar privilege to the sitting vice president. Thus, Time magazine wrote in 1925, during the tenure of Vice President Charles G. Dawes, "once in four years the Vice President can make a little speech, and then he is done. For four years he then has to sit in the seat of the silent, attending to speeches ponderous or otherwise, of deliberation or humor." President of impeachment trials In their capacity as president of the Senate, the vice president may preside over most impeachment trials of federal officers, although the Constitution does not specifically require it. However, whenever the president of the United States is on trial, the Constitution requires that the chief justice of the United States must preside. This stipulation was designed to avoid the possible conflict of interest in having the vice president preside over the trial for the removal of the one official standing between them and the presidency. In contrast, it is not stipulated which federal official presides when the vice president is tried; thus leaving it unclear whether an impeached vice president could, as President of the Senate, preside at his or her own impeachment trial. The Constitution is silent on the issue. President of electoral vote counts The Twelfth Amendment provides that the vice president, in their capacity as President of the Senate, receives the Electoral College votes, and then, in the presence of the Senate and House of Representatives, opens the sealed votes. The votes are counted during a joint session of Congress as prescribed by the Electoral Count Act, which also specifies that the president of the Senate presides over the joint session. The next such joint session will next take place following the 2024 presidential election, on January 6, 2025 (unless Congress sets a different date by law). In this capacity, four vice presidents have been able to announce their own election to the presidency: John Adams, Thomas Jefferson, Martin Van Buren, and George H. W. Bush. Conversely, John C. Breckinridge, in 1861, Richard Nixon, in 1961, and Al Gore, in 2001, all had to announce their opponent's election. In 1969, Vice President Hubert Humphrey would have done so as well, following his 1968 loss to Richard Nixon; however, on the date of the Congressional joint session, Humphrey was in Norway attending the funeral of Trygve Lie, the first elected Secretary-General of the United Nations. The president pro tempore, Richard Russell, presided in his absence. On February 8, 1933, Vice President Charles Curtis announced the election of his successor, House Speaker John Nance Garner, while Garner was seated next to him on the House . Most recently, on January 6, 2021, Vice President Mike Pence announced the election of his successor, Kamala Harris. Successor to the U.S. president Article II, Section 1, Clause 6 stipulates that the vice president takes over the "powers and duties" of the presidency in the event of a president's removal, death, resignation, or inability. Even so, it does not clearly state whether the vice president became the president of the United States or simply acted as president in a case of succession. Debate records from the 1787 Constitutional Convention, along with various participants' later writings on the subject, show that the framers of the Constitution intended that the vice president would temporarily exercise the powers and duties of the office in the event of a president's death, disability or removal, but not actually become the president of the United States in their own right. This understanding was first tested in 1841, following the death of President William Henry Harrison, only days into his term. Harrison's vice president, John Tyler, asserted that he had succeeded to the office of president, not just to its powers and duties. He took the presidential oath of office, and declined to acknowledge documents referring to him as "Acting President". Although some in Congress denounced Tyler's claim as a violation of the Constitution, he adhered to his position. His view ultimately prevailed as both the Senate and House voted to acknowledge him as president. The "Tyler Precedent" that a vice president assumes the full title and role of president upon the death of their predecessor was made part of the Constitution through the Twenty-fifth Amendment in 1967. Altogether, nine vice presidents have succeeded to the presidency intra-term. In addition to Tyler, they are Millard Fillmore, Andrew Johnson, Chester A. Arthur, Theodore Roosevelt, Calvin Coolidge, Harry S. Truman, Lyndon B. Johnson, and Gerald Ford. Four sitting vice presidents have been elected president, most recently George H. W. Bush in 1988. Likewise, two former vice presidents have won the presidency, Richard Nixon
the Vice President's Room at the United States Capitol, Joe Biden played a key role in bipartisan budget negotiations, and Mike Pence often met with House and Senate Republicans. Kamala Harris, the current vice president, presides over a 50–50 split Senate, potentially providing her with a key role in passing bills. Representative at events Under the American system of government the president is both head of state and head of government, and the ceremonial duties of the former position are often delegated to the vice president. The vice president will on occasion represent the president and the U.S. government at state funerals abroad, or at various events in the United States. This often is the most visible role of the vice president. The vice president may also meet with other heads of state at times when the administration wishes to demonstrate concern or support but cannot send the president personally. National Security Council member Since 1949, the vice president has legally been a member of the National Security Council. Harry Truman, having not been told about any war or post-war plans during his vice presidency (notably the Manhattan Project), recognized that upon assuming the presidency a vice president needed to be already informed on such issues. Modern vice presidents have also been included in the president's daily intelligence briefings and frequently participate in meetings in the Situation Room with the president. Selection process Eligibility To be constitutionally eligible to serve as the nation's vice president, a person must, according to the Twelfth Amendment, meet the eligibility requirements to become president (which are stated in ArticleII, Section1, Clause5). Thus, to serve as vice president, an individual must: be a natural-born U.S. citizen; be at least 35 years old; be a resident in the U.S. for at least 14 years. A person who meets the above qualifications is still disqualified from holding the office of vice president under the following conditions: Under ArticleI, Section3, Clause7, upon conviction in impeachment cases, the Senate has the option of disqualifying convicted individuals from holding federal office, including that of vice president; Under Section 3 of the Fourteenth Amendment, no person who has sworn an oath to support the Constitution, who has later gone to war against the United States, or given aid and comfort to the nation's enemies can serve in a state or federal office—including as vice president. This disqualification, originally aimed at former supporters of the Confederacy, may be removed by a two-thirds vote of each house of the Congress. Under the Twelfth Amendment to the United States Constitution, "...no person constitutionally ineligible to the office of President shall be eligible to that of Vice President of the United States." Nomination The vice presidential candidates of the major national political parties are formally selected by each party's quadrennial nominating convention, following the selection of the party's presidential candidate. The official process is identical to the one by which the presidential candidates are chosen, with delegates placing the names of candidates into nomination, followed by a ballot in which candidates must receive a majority to secure the party's nomination. In modern practice, the presidential nominee has considerable influence on the decision, and since the mid 20th century it became customary for that person to select a preferred running mate, who is then nominated and accepted by the convention. Prior to Franklin D. Roosevelt in 1940, only two presidents—Andrew Jackson in 1832 and Abraham Lincoln in 1864—had done so. In recent years, with the presidential nomination usually being a foregone conclusion as the result of the primary process, the selection of a vice presidential candidate is often announced prior to the actual balloting for the presidential candidate, and sometimes before the beginning of the convention itself. The most recent presidential nominee not to name a vice presidential choice, leaving the matter up to the convention, was Democrat Adlai Stevenson in 1956. The convention chose Tennessee Senator Estes Kefauver over Massachusetts Senator (and later president) John F. Kennedy. At the tumultuous 1972 Democratic convention, presidential nominee George McGovern selected Missouri Senator Thomas Eagleton as his running mate, but numerous other candidates were either nominated from the floor or received votes during the balloting. Eagleton nevertheless received a majority of the votes and the nomination, though he later resigned from the ticket, resulting in Sargent Shriver of Maryland becoming McGovern's final running mate; both lost to the Nixon–Agnew ticket by a wide margin, carrying only Massachusetts and the District of Columbia. During times in a presidential election cycle before the identity of the presidential nominee is clear, including cases where the presidential nomination is still in doubt as the convention approaches, campaigns for the two positions may become intertwined. In 1976, Ronald Reagan, who was trailing President Gerald Ford in the presidential delegate count, announced prior to the Republican National Convention that, if nominated, he would select Pennsylvania Senator Richard Schweiker as his running mate. Reagan was the first presidential aspirant to announce his selection for vice president before the beginning of the convention. Reagan's supporters then unsuccessfully sought to amend the convention rules so that Gerald Ford would be required to name his vice presidential running mate in advance as well. This move backfired to a degree, as Schweiker's relatively liberal voting record alienated many of the more conservative delegates who were considering a challenge to party delegate selection rules to improve Reagan's chances. In the end, Ford narrowly won the presidential nomination and Reagan's selection of Schweiker became moot. In the 2008 Democratic presidential primaries which pitted Hillary Clinton against Barack Obama, Clinton suggested a Clinton–Obama ticket with Obama in the vice president slot as it would be "unstoppable" against the presumptive Republican nominee. Obama rejected the offer outright, saying, "I want everybody to be absolutely clear. I'm not running for vice president. I'm running for president of the United States of America" while noting "With all due respect. I won twice as many states as Senator Clinton. I've won more of the popular vote than Senator Clinton. I have more delegates than Senator Clinton. So, I don't know how somebody who's in second place is offering vice presidency to the person who's in first place." Obama said the nomination process would have to be a choice between himself and Clinton, saying "I don't want anybody here thinking that 'Somehow, maybe I can get both,'" by nominating Clinton and assuming he would be her running mate. Some suggested that it was a ploy by the Clinton campaign to denigrate Obama as less qualified for the presidency. Later, when Obama became the presumptive Democratic presidential nominee, former president Jimmy Carter cautioned against Clinton being picked as the vice presidential nominee on the ticket, saying "I think it would be the worst mistake that could be made. That would just accumulate the negative aspects of both candidates," citing opinion polls showing 50% of US voters with a negative view of Hillary Clinton. Selection criteria Though the vice president does not need to have any political experience, most major-party vice presidential nominees are current or former United States senators or representatives, with the occasional nominee being a current or former governor, a high-ranking military officer, or a holder of a major post within the Executive Department. In addition, the vice presidential nominee has always been an official resident of a different state than the presidential nominee. While nothing in the Constitution prohibits a presidential candidate and his or her running mate being from the same state, the "inhabitant clause" of the Twelfth Amendment does mandate that every presidential elector must cast a ballot for at least one candidate who is not from their own state. Prior to the 2000 election, both George W. Bush and Dick Cheney lived in and voted in Texas. To avoid creating a potential problem for Texas's electors, Cheney changed his residency back to Wyoming prior to the campaign. Often, the presidential nominee will name a vice presidential candidate who will bring geographic or ideological balance to the ticket or appeal to a particular constituency. The vice presidential candidate might also be chosen on the basis of traits the presidential candidate is perceived to lack, or on the basis of name recognition. To foster party unity, popular runners-up in the presidential nomination process are commonly considered. While this selection process may enhance the chances of success for a national ticket, in the past it often resulted in the vice presidential nominee representing regions, constituencies, or ideologies at odds with those of the presidential candidate. As a result, vice presidents were often excluded from the policy-making process of the new administration. Many times their relationships with the president and his staff were aloof, non-existent, or even adversarial. Historically, the vice presidential nominee was usually a second-tier politician, chosen either to appease the party's minority faction, satisfy party bosses, or to secure a key state. Factors playing a role in the selection included: geographic and ideological balance, widening a presidential candidate's appeal to voters from outside their regional base or wing of the party. Candidates from electoral-vote rich states were usually preferred. However, in 1992, moderate Democrat Bill Clinton (of Arkansas) chose moderate Democrat Al Gore (of Tennessee) as his running mate. Despite the two candidates' near-identical ideological and regional backgrounds, Gore's extensive experience in national affairs enhanced the appeal of a ticket headed by Clinton, whose political career had been spent entirely at the state level of government. In 2000, George W. Bush chose Dick Cheney of Wyoming, a reliably Republican state with only three electoral votes, and in 2008, Barack Obama mirrored Bush's strategy when he chose Joe Biden of Delaware, a reliably Democratic state, likewise one with only three electoral votes. Cheney and Biden were each chosen for their experience in national politics (experience lacked by both Bush and Obama) rather than the ideological balance or electoral vote advantage they would provide. The ultimate goal of vice presidential candidate selection is to help and not hurt the party's chances of getting elected; nonetheless, several vice presidential selections have been controversial. In 1984, Democratic presidential nominee Walter Mondale's groundbreaking choice of Geraldine Ferraro as his running mate (the first woman in U.S. history nominated for vice president by a major political party), became a drag on the ticket due to repeated questions about her husband's finances. A selection whose positive traits make the presidential candidate look less favorable in comparison or which can cause the presidential candidate's judgment to be questioned often backfire, such as in 1988 when Democratic candidate Michael Dukakis chose experienced Texas Senator Lloyd Bentsen; Bentsen was considered a more seasoned statesman in federal politics and somewhat overshadowed Dukakis. Questions about Dan Quayle's experience were raised in the 1988 presidential campaign of George H. W. Bush, but the Bush–Quayle ticket still won handily. James Stockdale, the choice of third-party candidate Ross Perot in 1992, was seen as unqualified by many and Stockdale had little preparation for the vice presidential debate, but the Perot–Stockdale ticket still won about 19% of the vote. In 2008, Republican John McCain chose Sarah Palin as his running mate over his primary rivals and/or campaign surrogates such as Mitt Romney, Tim Pawlenty or Tom Ridge. This surprise move would, it was hoped, draw women voters disappointed by Hillary Clinton's defeat in the Democratic presidential primaries into the McCain camp. Palin's selection soon came to be seen as a negative for McCain, due to her several controversies during her gubernatorial tenure which were highlighted by the press, and her feuding with McCain campaign chairman Steve Schmidt. This perception continued to grow throughout the campaign, especially after her interviews with Katie Couric led to concerns about her fitness for the presidency. Election The vice president is elected indirectly by the voters of each state and the District of Columbia through the Electoral College, a body of electors formed every four years for the sole purpose of electing the president and vice president to concurrent four-year terms. Each state is entitled to a number of electors equal to the size of its total delegation in both houses of Congress. Additionally, the Twenty-third Amendment provides that the District of Columbia is entitled to the number it would have if it were a state, but in no case more than that of the least populous state. Currently, all states and D.C. select their electors based on a popular election held on Election Day. In all but two states, the party whose presidential-vice presidential ticket receives a plurality of popular votes in the state has its entire slate of elector nominees chosen as the state's electors. Maine and Nebraska deviate from this practice, awarding two electors to the statewide winner and one to the winner in each congressional district. On the first Monday after the second Wednesday in December, about six weeks after the election, the electors convene in their respective states (and in Washington D.C.) to vote for president and, on a separate ballot, for vice president. The certified results are opened and counted during a joint session of Congress, held in the first week of January. A candidate who receives an absolute majority of electoral votes for vice president (currently 270 of 538) is declared the winner. If no candidate has a majority, the Senate must meet to elect a vice president using a contingent election procedure in which senators, casting votes individually, choose between the two candidates who received the most electoral votes for vice president. For a candidate to win the contingent election, they must receive votes from an absolute majority of senators (currently 51 of 100). There has been only one vice presidential contingent election since the process was created by the Twelfth Amendment. It occurred on February 8, 1837, after no candidate received a majority of the electoral votes cast for vice president in the 1836 election. By a 33–17 vote, Richard M. Johnson (Martin Van Buren's running mate) was elected the nation's ninth vice president over Francis Granger (William Henry Harrison's and Daniel Webster's running mate). Tenure Inauguration Pursuant to the Twentieth Amendment, the vice president's term of office begins at noon on January 20, as does the president's. The first presidential and vice presidential terms to begin on this date, known as Inauguration Day, were the second terms of President Franklin D. Roosevelt and Vice President John Nance Garner in 1937. Previously, Inauguration Day was on March 4. As a result of the date change, both men's first terms (1933–37) were short of four years by days. Also in 1937, the vice president's swearing-in ceremony was held on the Inaugural platform on the Capitol's east front immediately before the president's swearing in. Up until then, most vice presidents took the oath of office in the Senate chamber, prior to the president's swearing-in ceremony. Although the Constitution contains the specific wording of the presidential oath, it contains only a general requirement, in ArticleVI, that the vice president and other government officers shall take an oath or affirmation to support the Constitution. The current form, which has been used since 1884 reads: Term of office The term of office for both the vice president and the president is four years. While the Twenty-Second Amendment sets a limit
the original fruits remain in the final product. Most fruit vinegars are produced in Europe, where a market exists for high-priced vinegars made solely from specific fruits (as opposed to nonfruit vinegars that are infused with fruits or fruit flavors). Several varieties are produced in Asia. Persimmon vinegar, called gam sikcho, is common in South Korea. Jujube vinegar, called zaocu or hongzaocu, and wolfberry vinegar are produced in China.Apple cider vinegar is made from cider or apple must, and has a brownish-gold color. It is sometimes sold unfiltered and unpasteurized with the mother of vinegar present. It can be diluted with fruit juice or water or sweetened (usually with honey) for consumption. A byproduct of commercial kiwifruit growing is a large amount of waste in the form of misshapen or otherwise-rejected fruit (which may constitute up to 30% of the crop) and kiwifruit pomace. One of the uses for pomace is the production of kiwifruit vinegar, produced commercially in New Zealand since at least the early 1990s, and in China in 2008. Vinegar made from raisins is used in cuisines of the Middle East. It is cloudy and medium brown in color, with a mild flavor. Vinegar made from dates is a traditional product of the Middle East, and used in Eastern Arabia. Palm Coconut vinegar, made from fermented coconut water or sap, is used extensively in Southeast Asian cuisine (notably the Philippines, where it is known as sukang tuba), as well as in some cuisines of India and Sri Lanka, especially Goan cuisine. A cloudy, white liquid, it has a particularly sharp, acidic taste with a slightly yeasty note. In the Philippines, other types of vinegar are made from palm sap. Like coconut vinegar, they are by-products of tubâ (palm wine) production. The two of the most widely produced are nipa palm vinegar (sukang nipa or sukang sasa) and kaong palm vinegar (sukang kaong or sukang irok). Along with coconut and cane vinegar, they are the four main traditional vinegar types in the Philippines and are an important part of Filipino cuisine. Nipa palm vinegar is made from the sap of the leaf stalks of nipa palm. It has a citrusy flavor note to it and imparts a distinctly musky aroma. Kaong palm vinegar is made from the sap of flower stalks of the kaong palm. It is sweeter than all the other Philippine vinegar types and is commonly used in salad dressing. Vinegar from the buri palm sap is also produced, but not the same prevalence as coconut, nipa, and kaong vinegars. Kaong palm vinegar is also produced in Indonesia and Malaysia, though it is not as prevalent as in the Philippines because the palm wine industry is not as widespread in these Muslim-majority countries. Balsamic Balsamic vinegar is an aromatic, aged vinegar produced in the Modena and Reggio Emilia provinces of Italy. The original product — traditional balsamic vinegar — is made from the concentrated juice, or must, of white Trebbiano grapes. It is dark brown, rich, sweet, and complex, with the finest grades being aged in successive casks made variously of oak, mulberry, chestnut, cherry, juniper, and ash wood. Originally a costly product available to only the Italian upper classes, traditional balsamic vinegar is marked tradizionale or "DOC" to denote its protected designation of origin status, and is aged for 12 to 25 years. A cheaper non-DOC commercial form described as aceto balsamico di Modena (balsamic vinegar of Modena) became widely known and available around the world in the late 20th century, typically made with concentrated grape juice mixed with a strong vinegar, then coloured and slightly sweetened with caramel and sugar. Balsamic vinegar is made from a grape product. It contains no balsam, though was traditionally aged in balsam as one of the steps. A high acidity level is somewhat hidden by the sweetness of the other ingredients, making it mellow. In terms of its nutrition content, balsamic vinegar contains the carbohydrates of grape sugars (some 17% of total composition), making it some five times higher in caloric content than typical distilled or wine vinegar. Cane Vinegar made from sugarcane juice is traditional to and is most popular in the Philippines, in particular in the northern Ilocos Region (where it is called sukang Iloko or sukang basi). It ranges from dark yellow to golden brown in color, and has a mellow flavor, similar in some respects to rice vinegar, though with a somewhat "fresher" taste. Because it contains no residual sugar, it is no sweeter than any other vinegar. In the Philippines, it often is labeled as sukang maasim (Tagalog for "sour vinegar"). Cane vinegars from Ilocos are made in two different ways. One way is to simply place sugar cane juice in large jars; it becomes sour by the direct action of bacteria on the sugar. The other way is through fermentation to produce a traditional wine known as basi. Low-quality basi is then allowed to undergo acetic acid fermentation that converts alcohol into acetic acid. Contaminated basi also becomes vinegar. Cane vinegar is also produced in other countries, like France and the United States. A white variation has become quite popular in Brazil in recent years, where it is the cheapest type of vinegar sold. It is now common for other types of vinegar (made from wine, rice, and apple cider) to be sold mixed with cane vinegar to lower the cost. Sugarcane sirka is made from sugarcane juice in Punjab, India. During summer, people put cane juice in earthenware pots with iron nails. The fermentation takes place due to the action of wild yeast. The cane juice is converted to vinegar having a blackish color (from ferrous oxide and acetate). The sirka is used to preserve pickles and for flavoring curries. Grains vinegar made from ale, also called "alegar", is made by malting barley, causing the starch in the grain to turn to maltose. Then an ale is brewed from the maltose
weeks. This process also facilitated the rise of vinegar made from pure alcohol called spirit vinegar or distilled white vinegar. Japan also began industrializing vinegar production during the last days of the Tokugawa shogunate, when Matazaemon Nakano, a man from a traditional sake brewing family, discovered sake lees could be used to make rice vinegar. This helped provide an ample supply of vinegar for the burgeoning popularity of sushi in Japan. The company he founded, now known as Mizkan, is headquartered in Kyoto, and is the largest vinegar producer in the world. Likewise, vinegar fermentation became understood as a natural and biological process. Louis Pasteur made the decisive discovery that a special type of bacteria, later known as acetic acid bacteria, were the agents of fermentation for vinegar production. In the 20th century, vinegar production again was revolutionized by the invention of the submerged fermentation process that cut production times down to 1–2 days. This allowed the mass production of cheap vinegar around the world. Production Commercial vinegar is produced either by a fast or a slow fermentation process. In general, slow methods are used in traditional vinegars, where fermentation proceeds over the course of a few months to a year. The longer fermentation period allows for the accumulation of a nontoxic slime composed of acetic acid bacteria. Fast methods add mother of vinegar (bacterial culture) to the source liquid before adding air to oxygenate and promote the fastest fermentation. In fast production processes, vinegar may be produced in 1-3 days. Varieties The source materials for making vinegar are varied - different fruits, grains, alcoholic beverages, and other fermentable materials are used. Fruit Fruit vinegars are made from fruit wines, usually without any additional flavoring. Common flavors of fruit vinegar include apple, blackcurrant, raspberry, quince, and tomato. Typically, the flavors of the original fruits remain in the final product. Most fruit vinegars are produced in Europe, where a market exists for high-priced vinegars made solely from specific fruits (as opposed to nonfruit vinegars that are infused with fruits or fruit flavors). Several varieties are produced in Asia. Persimmon vinegar, called gam sikcho, is common in South Korea. Jujube vinegar, called zaocu or hongzaocu, and wolfberry vinegar are produced in China.Apple cider vinegar is made from cider or apple must, and has a brownish-gold color. It is sometimes sold unfiltered and unpasteurized with the mother of vinegar present. It can be diluted with fruit juice or water or sweetened (usually with honey) for consumption. A byproduct of commercial kiwifruit growing is a large amount of waste in the form of misshapen or otherwise-rejected fruit (which may constitute up to 30% of the crop) and kiwifruit pomace. One of the uses for pomace is the production of kiwifruit vinegar, produced commercially in New Zealand since at least the early 1990s, and in China in 2008. Vinegar made from raisins is used in cuisines of the Middle East. It is cloudy and medium brown in color, with a mild flavor. Vinegar made from dates is a traditional product of the Middle East, and used in Eastern Arabia. Palm Coconut vinegar, made from fermented coconut water or sap, is used extensively in Southeast Asian cuisine (notably the Philippines, where it is known as sukang tuba), as well as in some cuisines of India and Sri Lanka, especially Goan cuisine. A cloudy, white liquid, it has a particularly sharp, acidic taste with a slightly yeasty note. In the Philippines, other types of vinegar are made from palm sap. Like coconut vinegar, they are by-products of tubâ (palm wine) production. The two of the most widely produced are nipa palm vinegar (sukang nipa or sukang sasa) and kaong palm vinegar (sukang kaong or sukang irok). Along with coconut and cane vinegar, they are the four main traditional vinegar types in the Philippines and are an important part of Filipino cuisine. Nipa palm vinegar is made from the sap of the leaf stalks of nipa palm. It has a citrusy flavor note to it and imparts a distinctly musky aroma. Kaong palm vinegar is made from the sap of flower stalks of the kaong palm. It is sweeter than all the other Philippine vinegar types and is commonly used in salad dressing. Vinegar from the buri palm sap is also produced, but not the same prevalence as coconut, nipa, and kaong vinegars. Kaong palm vinegar is also produced in Indonesia and Malaysia, though it is not as prevalent as in the Philippines because the palm wine industry is not as widespread in these Muslim-majority countries. Balsamic Balsamic vinegar is an aromatic, aged vinegar produced in the Modena and Reggio Emilia provinces of Italy. The original product — traditional balsamic vinegar — is made from the concentrated juice, or must, of white Trebbiano grapes. It is dark brown, rich, sweet, and complex, with the finest grades being aged in successive casks made variously of oak, mulberry, chestnut, cherry, juniper, and ash wood. Originally a costly product available to only the Italian upper classes, traditional balsamic vinegar is marked tradizionale or "DOC" to denote its protected designation of origin status, and is aged for 12 to 25 years. A cheaper non-DOC commercial form described as aceto balsamico di Modena (balsamic vinegar of Modena) became widely known and available around the world in the late 20th century, typically made with concentrated grape juice mixed with a strong vinegar, then coloured and slightly sweetened with caramel and sugar. Balsamic vinegar is made from a grape product. It contains no balsam, though was traditionally aged in balsam as one of the steps. A high acidity level is somewhat hidden by the sweetness of the other ingredients, making it mellow. In terms of its nutrition content, balsamic vinegar contains the carbohydrates of grape sugars (some 17% of total composition), making it some five times higher in caloric content than typical distilled or wine vinegar. Cane Vinegar made from sugarcane juice is traditional to and is most popular in the Philippines, in particular in the northern Ilocos Region (where it is called sukang Iloko or sukang basi). It ranges from dark yellow to golden brown in color, and has a mellow flavor, similar in some respects to rice vinegar, though with a somewhat "fresher" taste. Because it contains no residual sugar, it is no sweeter than any other vinegar. In the Philippines, it often is labeled as sukang maasim (Tagalog for "sour vinegar"). Cane vinegars from Ilocos are made in two different ways. One way is to simply place sugar cane juice in large jars; it becomes sour by the direct action of bacteria on the sugar. The other way is through fermentation to produce a traditional wine known as basi. Low-quality basi is then allowed to undergo acetic acid fermentation that converts alcohol into acetic acid. Contaminated basi also becomes vinegar. Cane vinegar is also produced in other countries, like France and the United States. A white variation has become quite popular in Brazil in recent years, where it is the cheapest type of vinegar sold. It is now common for other types of vinegar (made from wine, rice, and apple cider) to be sold mixed with cane vinegar to lower the cost. Sugarcane sirka is made from sugarcane juice in Punjab, India. During summer, people put cane juice in earthenware pots with iron nails. The fermentation takes place due to the action of wild yeast. The cane juice is converted to vinegar having a blackish color (from ferrous oxide and acetate). The sirka is used to preserve pickles and for flavoring curries. Grains vinegar made from ale, also called "alegar", is made by malting barley, causing the starch in the grain to turn to maltose. Then an ale is brewed from the maltose and allowed to turn into vinegar, which is then aged. It is typically light-brown in color. In the United Kingdom and Canada, malt vinegar (along with salt) is a traditional seasoning for fish and chips. Some fish and chip shops replace it with non-brewed condiment. Salt and vinegar are combined as a common, traditional flavouring for potato crisps; in some varieties this involves the conversion of the vinegar to sodium acetate or sodium diacetate, to avoid dampening the product in manufacture. Chinese black vinegar is an aged product made from rice, wheat, millet, sorghum, or
K. Marshall and Richard S. Aldrich to create the Spencer Thermostat Company, which hired Bush as a consultant. The new company soon had revenues in excess of a million dollars. It merged with General Plate Company to form Metals & Controls Corporation in 1931, and with Texas Instruments in 1959. Texas Instruments sold it to Bain Capital in 2006, and it became a separate company again as Sensata Technologies in 2010. In 1924, Bush and Marshall teamed up with physicist Charles G. Smith, who had invented a voltage-regulator tube called the S-tube. The device enabled radios, which had previously required two different types of batteries, to operate from mains power. Marshall had raised $25,000 to set up the American Appliance Company on July 7, 1922, to build silent refrigerators, with Bush and Smith among its five directors, but changed course and renamed it the Raytheon Company, to make and market the S-tube. The venture made Bush wealthy, and Raytheon ultimately became a large electronics company and defense contractor. Starting in 1927, Bush constructed a differential analyzer, an analog computer that could solve differential equations with as many as 18 independent variables. This invention arose from previous work performed by Herbert R. Stewart, one of Bush's masters students, who at Bush's suggestion created the integraph, a device for solving first-order differential equations, in 1925. Another student, Harold Hazen, proposed extending the device to handle second-order differential equations. Bush immediately realized the potential of such an invention, for these were much more difficult to solve, but also quite common in physics. Under Bush's supervision, Hazen was able to construct the differential analyzer, a table-like array of shafts and pens that mechanically simulated and plotted the desired equation. Unlike earlier designs that were purely mechanical, the differential analyzer had both electrical and mechanical components. Among the engineers who made use of the differential analyzer was General Electric's Edith Clarke, who used it to solve problems relating to electric power transmission. For developing the differential analyzer, Bush was awarded the Franklin Institute's Louis E. Levy Medal in 1928. Bush taught boolean algebra, circuit theory, and operational calculus according to the methods of Oliver Heaviside while Samuel Wesley Stratton was President of MIT. When Harold Jeffreys in Cambridge, England, offered his mathematical treatment in Operational Methods in Mathematical Physics (1927), Bush responded with his seminal textbook Operational Circuit Analysis (1929) for instructing electrical engineering students. In the preface he wrote: Parry Moon and Stratton were acknowledged, as was M.S. Vallarta who "wrote the first set of class notes which I used." An offshoot of the work at MIT was the beginning of digital circuit design theory by one of Bush's graduate students, Claude Shannon. Working on the analytical engine, Shannon described the application of Boolean algebra to electronic circuits in his landmark master's thesis, A Symbolic Analysis of Relay and Switching Circuits. In 1935, Bush was approached by OP-20-G, which was searching for an electronic device to aid in codebreaking. Bush was paid a $10,000 fee to design the Rapid Analytical Machine (RAM). The project went over budget and was not delivered until 1938, when it was found to be unreliable in service. Nonetheless, it was an important step toward creating such a device. The reform of MIT's administration began in 1930, with the appointment of Karl T. Compton as president. Bush and Compton soon clashed over the issue of limiting the amount of outside consultancy by professors, a battle Bush quickly lost, but the two men soon built a solid professional relationship. Compton appointed Bush to the newly created post of vice president in 1932. That year Bush also became the dean of the MIT School of Engineering. The two positions came with a salary of $12,000 plus $6,000 for expenses per annum. The companies Bush helped to found and the technologies he brought to the market made him financially secure, so he was able to pursue academic and scientific studies that he felt made the world better in the years before and after World War II. World War II Carnegie Institution for Science In May 1938, Bush accepted a prestigious appointment as president of the Carnegie Institution of Washington (CIW), which had been founded in Washington, D.C. Also known as the Carnegie Institution for Science, it had an endowment of $33 million, and annually spent $1.5 million in research, most of which was carried out at its eight major laboratories. Bush became its president on January 1, 1939, with a salary of $25,000. He was now able to influence research policy in the United States at the highest level, and could informally advise the government on scientific matters. Bush soon discovered that the CIW had serious financial problems, and he had to ask the Carnegie Corporation for additional funding. Bush clashed over leadership of the institute with Cameron Forbes, CIW's chairman of the board, and with his predecessor, John Merriam, who continued to offer unwanted advice. A major embarrassment to them all was Harry H. Laughlin, the head of the Eugenics Record Office, whose activities Merriam had attempted to curtail without success. Bush made it a priority to remove him, regarding him as a scientific fraud, and one of his first acts was to ask for a review of Laughlin's work. In June 1938, Bush asked Laughlin to retire, offering him an annuity, which Laughlin reluctantly accepted. The Eugenics Record Office was renamed the Genetics Record Office, its funding was drastically cut, and it was closed completely in 1944. Senator Robert Reynolds attempted to get Laughlin reinstated, but Bush informed the trustees that an inquiry into Laughlin would "show him to be physically incapable of directing an office, and an investigation of his scientific standing would be equally conclusive." Bush wanted the institute to concentrate on hard science. He gutted Carnegie's archeology program, setting the field back many years in the United States. He saw little value in the humanities and social sciences, and slashed funding for Isis, a journal dedicated to the history of science and technology and its cultural influence. Bush later explained that "I have a great reservation about these studies where somebody goes out and interviews a bunch of people and reads a lot of stuff and writes a book and puts it on a shelf and nobody ever reads it." National Advisory Committee for Aeronautics On August 23, 1938, Bush was appointed to the National Advisory Committee for Aeronautics (NACA), the predecessor of NASA. Its chairman Joseph Sweetman Ames became ill, and Bush, as vice chairman, soon had to act in his place. In December 1938, NACA asked for $11 million to establish a new aeronautical research laboratory in Sunnyvale, California, to supplement the existing Langley Memorial Aeronautical Laboratory. The California location was chosen for its proximity to some of the largest aviation corporations. This decision was supported by the chief of the United States Army Air Corps, Major General Henry H. Arnold, and by the head of the navy's Bureau of Aeronautics, Rear Admiral Arthur B. Cook, who between them were planning to spend $225 million on new aircraft in the year ahead. However, Congress was not convinced of its value, and Bush had to appear before the Senate Appropriations Committee on April 5, 1939. It was a frustrating experience for Bush, since he had never appeared before Congress before, and the senators were not swayed by his arguments. Further lobbying was required before funding for the new center, now known as the Ames Research Center, was finally approved. By this time, war had broken out in Europe, and the inferiority of American aircraft engines was apparent, in particular the Allison V-1710 which performed poorly at high altitudes and had to be removed from the P-51 Mustang in favor of the British Rolls-Royce Merlin engine. The NACA asked for funding to build a third center in Ohio, which became the Glenn Research Center. Following Ames's retirement in October 1939, Bush became chairman of the NACA, with George J. Mead as his deputy. Bush remained a member of the NACA until November 1948. National Defense Research Committee During World War I, Bush had become aware of poor cooperation between civilian scientists and the military. Concerned about the lack of coordination in scientific research and the requirements of defense mobilization, Bush proposed the creation of a general directive agency in the federal government, which he discussed with his colleagues. He had the secretary of NACA prepare a draft of the proposed National Defense Research Committee (NDRC) to be presented to Congress, but after the Germans invaded France in May 1940, Bush decided speed was important and approached President Franklin D. Roosevelt directly. Through the President's uncle, Frederic Delano, Bush managed to set up a meeting with Roosevelt on June 12, 1940, to which he brought a single sheet of paper describing the agency. Roosevelt approved the proposal in 15 minutes, writing "OK – FDR" on the sheet. With Bush as chairman, the NDRC was functioning even before the agency was officially established by order of the Council of National Defense on June 27, 1940. The organization operated financially on a hand-to-mouth basis with monetary support from the president's emergency fund. Bush appointed four leading scientists to the NDRC: Karl Taylor Compton (president of MIT), James B. Conant (president of Harvard University), Frank B. Jewett (president of the National Academy of Sciences and chairman of the Board of Directors of Bell Laboratories), and Richard C. Tolman (dean of the graduate school at Caltech); Rear Admiral Harold G. Bowen, Sr. and Brigadier General George V. Strong represented the military. The civilians already knew each other well, which allowed the organization to begin functioning immediately. The NDRC established itself in the administration building at the Carnegie Institution of Washington. Each member of the committee was assigned an area of responsibility, while Bush handled coordination. A small number of projects reported to him directly, such as the S-1 Section. Compton's deputy, Alfred Loomis, said that "of the men whose death in the Summer of 1940 would have been the greatest calamity for America, the President is first, and Dr. Bush would be second or third." Bush was fond of saying that "if he made any important contribution to the war effort at all, it would be to get the Army and Navy to tell each other what they were doing." He established a cordial relationship with Secretary of War Henry L. Stimson, and Stimson's assistant, Harvey H. Bundy, who found Bush "impatient" and "vain", but said he was "one of the most important, able men I ever knew". Bush's relationship with the navy was more turbulent. Bowen, the director of the Naval Research Laboratory (NRL), saw the NDRC as a bureaucratic rival, and recommended abolishing it. A series of bureaucratic battles ended with the NRL placed under the Bureau of Ships, and Secretary of the Navy Frank Knox placing an unsatisfactory fitness report in Bowen's personnel file. After the war, Bowen would again try to create a rival to the NDRC inside the navy. On August 31, 1940, Bush met with Henry Tizard, and arranged a series of meetings between the NDRC and the Tizard Mission, a British scientific delegation. At a meeting On September 19, 1940, the Americans described Loomis and Compton's microwave research. They had an experimental 10 cm wavelength short wave radar, but admitted that it did not have enough power and that they were at a dead end. Taffy Bowen and John Cockcroft of the Tizard Mission then produced a cavity magnetron, a device more advanced than anything the Americans had seen, with a power output of around 10 kW at 10 cm, enough to spot the periscope of a surfaced submarine at night from an aircraft. To exploit the invention, Bush decided to create a special laboratory. The NDRC allocated the new laboratory a budget of $455,000 for its first year. Loomis suggested that the lab should be run by the Carnegie Institution, but Bush convinced him that it would best be run by MIT. The Radiation Laboratory, as it came to be known, tested its airborne radar from an Army B-18 on March 27, 1941. By mid-1941, it had developed SCR-584 radar, a mobile radar fire control system for antiaircraft guns. In September 1940, Norbert Wiener approached Bush with a proposal to build a digital computer. Bush declined to provide NDRC funding for it on the grounds that he did not believe that it could be completed before the end of the war. The supporters of digital computers were disappointed at the decision, which they attributed to a preference for outmoded analog technology. In June 1943, the Army provided $500,000 to build the computer, which became ENIAC, the first general-purpose electronic computer. Having delayed its funding, Bush's prediction proved correct as ENIAC was not completed until December 1945, after the war had ended. His critics saw his attitude as a failure of vision. Office of Scientific Research and Development On June 28, 1941, Roosevelt established the Office of Scientific Research and Development (OSRD) with the signing of Executive Order 8807. Bush became director of the OSRD while Conant succeeded him as chairman of the NDRC, which was subsumed into the OSRD. The OSRD was on a firmer financial footing than the NDRC since it received funding from Congress, and had the resources and the authority to develop weapons and technologies with or without the military. Furthermore, the OSRD had a broader mandate than the NDRC, moving into additional areas such as medical research and the mass production of penicillin and sulfa drugs. The organization grew to 850 full-time employees, and produced between 30,000 and 35,000 reports. The OSRD was involved in some 2,500 contracts, worth in excess of $536 million. Bush's method of management at the OSRD was to direct overall policy, while delegating supervision of divisions to qualified colleagues and letting them do their jobs without interference. He attempted to interpret the mandate of the OSRD as narrowly as possible to avoid overtaxing his office and to prevent duplicating the efforts of other agencies. Bush would often ask: "Will it help to win a war; this war?" Other challenges involved obtaining adequate funds from the president and Congress and determining apportionment of research among government, academic, and industrial facilities. His most difficult problems, and also greatest successes, were keeping the confidence of the military, which distrusted the ability of civilians to observe security regulations and devise practical solutions, and opposing conscription of young scientists into the armed forces. This became especially difficult as the army's manpower crisis really began to bite in 1944. In all, the OSRD requested deferments for some 9,725 employees of OSRD contractors, of which all but 63 were granted. In his obituary, The New York Times described Bush as "a master craftsman at steering around obstacles, whether they were technical or political or bull-headed generals and admirals." Proximity fuze In August 1940, the NDRC began work on a proximity fuze, a fuze inside an artillery shell that would explode when it came close to its target. A radar set, along with the batteries to power it, was miniaturized to fit inside a shell, and its glass vacuum tubes designed to withstand the 20,000 g-force of being fired from a gun and 500 rotations per second in flight. Unlike normal radar, the proximity fuze sent out a continuous signal rather than short pulses. The NDRC created a special Section T chaired by Merle Tuve of the CIW, with Commander William S. Parsons as special assistant to Bush and liaison between the NDRC and the Navy's Bureau of Ordnance (BuOrd). One of CIW staff members that Tuve recruited to Section T in 1940 was James Van Allen. In April 1942, Bush placed Section T directly under the OSRD, and Parsons in charge. The research effort remained under Tuve but moved to the Johns Hopkins University's Applied Physics Laboratory (APL), where Parsons was BuOrd's representative. In August 1942, a live firing test was conducted with the newly commissioned cruiser ; three pilotless drones were shot down in succession. To preserve the secret of the proximity fuze, its use was initially permitted only over water, where a dud round could not fall into enemy hands. In late 1943, the Army obtained permission to use the weapon over land. The proximity fuze proved particularly effective against the V-1 flying bomb over England, and later Antwerp, in 1944. A version was also developed for use with howitzers against ground targets. Bush met with the Joint Chiefs of Staff in October 1944 to press for its use, arguing that the Germans would be unable to copy and produce it before the war was over. Eventually, the Joint Chiefs agreed to allow its employment from December 25. In response to the German Ardennes Offensive on December 16, 1944, the immediate use of the proximity fuze was authorized, and it went into action with deadly effect. By the end of 1944, proximity fuzes were coming off the production lines at the rate of 40,000 per day. "If one looks at the proximity fuze program as a whole," historian James Phinney Baxter III wrote, "the magnitude and complexity of the effort rank it among the three or four most extraordinary scientific achievements of the war." The German V-1 flying bomb demonstrated a serious omission in OSRD's portfolio: guided missiles. While the OSRD had some success developing unguided rockets, it had nothing comparable to the V-1, the V-2 or the Henschel Hs 293 air-to-ship gliding guided bomb. Although the United States trailed the Germans and Japanese in several areas, this represented an entire field that had been left to the enemy. Bush did not seek the advice of Dr. Robert H. Goddard. Goddard would come to be regarded as America's pioneer of rocketry, but many contemporaries regarded him as a crank. Before the war, Bush had gone on the record as saying, "I don't understand how a serious scientist or engineer can play around with rockets", but in May 1944, he was forced to travel to London to warn General Dwight Eisenhower of the danger posed by the V-1 and V-2. Bush could only recommend that the launch sites be bombed, which was done. Manhattan Project Bush played a critical role in persuading the United States government to undertake a crash program to create an atomic bomb. When the NDRC was formed, the Committee on Uranium was placed under it, reporting directly to Bush as the Uranium Committee. Bush reorganized the committee, strengthening its scientific component by adding Tuve, George B. Pegram, Jesse W. Beams, Ross Gunn and Harold Urey. When the OSRD was formed in June
produced between 30,000 and 35,000 reports. The OSRD was involved in some 2,500 contracts, worth in excess of $536 million. Bush's method of management at the OSRD was to direct overall policy, while delegating supervision of divisions to qualified colleagues and letting them do their jobs without interference. He attempted to interpret the mandate of the OSRD as narrowly as possible to avoid overtaxing his office and to prevent duplicating the efforts of other agencies. Bush would often ask: "Will it help to win a war; this war?" Other challenges involved obtaining adequate funds from the president and Congress and determining apportionment of research among government, academic, and industrial facilities. His most difficult problems, and also greatest successes, were keeping the confidence of the military, which distrusted the ability of civilians to observe security regulations and devise practical solutions, and opposing conscription of young scientists into the armed forces. This became especially difficult as the army's manpower crisis really began to bite in 1944. In all, the OSRD requested deferments for some 9,725 employees of OSRD contractors, of which all but 63 were granted. In his obituary, The New York Times described Bush as "a master craftsman at steering around obstacles, whether they were technical or political or bull-headed generals and admirals." Proximity fuze In August 1940, the NDRC began work on a proximity fuze, a fuze inside an artillery shell that would explode when it came close to its target. A radar set, along with the batteries to power it, was miniaturized to fit inside a shell, and its glass vacuum tubes designed to withstand the 20,000 g-force of being fired from a gun and 500 rotations per second in flight. Unlike normal radar, the proximity fuze sent out a continuous signal rather than short pulses. The NDRC created a special Section T chaired by Merle Tuve of the CIW, with Commander William S. Parsons as special assistant to Bush and liaison between the NDRC and the Navy's Bureau of Ordnance (BuOrd). One of CIW staff members that Tuve recruited to Section T in 1940 was James Van Allen. In April 1942, Bush placed Section T directly under the OSRD, and Parsons in charge. The research effort remained under Tuve but moved to the Johns Hopkins University's Applied Physics Laboratory (APL), where Parsons was BuOrd's representative. In August 1942, a live firing test was conducted with the newly commissioned cruiser ; three pilotless drones were shot down in succession. To preserve the secret of the proximity fuze, its use was initially permitted only over water, where a dud round could not fall into enemy hands. In late 1943, the Army obtained permission to use the weapon over land. The proximity fuze proved particularly effective against the V-1 flying bomb over England, and later Antwerp, in 1944. A version was also developed for use with howitzers against ground targets. Bush met with the Joint Chiefs of Staff in October 1944 to press for its use, arguing that the Germans would be unable to copy and produce it before the war was over. Eventually, the Joint Chiefs agreed to allow its employment from December 25. In response to the German Ardennes Offensive on December 16, 1944, the immediate use of the proximity fuze was authorized, and it went into action with deadly effect. By the end of 1944, proximity fuzes were coming off the production lines at the rate of 40,000 per day. "If one looks at the proximity fuze program as a whole," historian James Phinney Baxter III wrote, "the magnitude and complexity of the effort rank it among the three or four most extraordinary scientific achievements of the war." The German V-1 flying bomb demonstrated a serious omission in OSRD's portfolio: guided missiles. While the OSRD had some success developing unguided rockets, it had nothing comparable to the V-1, the V-2 or the Henschel Hs 293 air-to-ship gliding guided bomb. Although the United States trailed the Germans and Japanese in several areas, this represented an entire field that had been left to the enemy. Bush did not seek the advice of Dr. Robert H. Goddard. Goddard would come to be regarded as America's pioneer of rocketry, but many contemporaries regarded him as a crank. Before the war, Bush had gone on the record as saying, "I don't understand how a serious scientist or engineer can play around with rockets", but in May 1944, he was forced to travel to London to warn General Dwight Eisenhower of the danger posed by the V-1 and V-2. Bush could only recommend that the launch sites be bombed, which was done. Manhattan Project Bush played a critical role in persuading the United States government to undertake a crash program to create an atomic bomb. When the NDRC was formed, the Committee on Uranium was placed under it, reporting directly to Bush as the Uranium Committee. Bush reorganized the committee, strengthening its scientific component by adding Tuve, George B. Pegram, Jesse W. Beams, Ross Gunn and Harold Urey. When the OSRD was formed in June 1941, the Uranium Committee was again placed directly under Bush. For security reasons, its name was changed to the Section S-1. Bush met with Roosevelt and Vice President Henry A. Wallace on October 9, 1941, to discuss the project. He briefed Roosevelt on Tube Alloys, the British atomic bomb project and its Maud Committee, which had concluded that an atomic bomb was feasible, and on the German nuclear energy project, about which little was known. Roosevelt approved and expedited the atomic program. To control it, he created a Top Policy Group consisting of himself—although he never attended a meeting—Wallace, Bush, Conant, Stimson and the Chief of Staff of the Army, General George Marshall. On Bush's advice, Roosevelt chose the army to run the project rather than the navy, although the navy had shown far more interest in the field, and was already conducting research into atomic energy for powering ships. Bush's negative experiences with the Navy had convinced him that it would not listen to his advice, and could not handle large-scale construction projects. In March 1942, Bush sent a report to Roosevelt outlining work by Robert Oppenheimer on the nuclear cross section of uranium-235. Oppenheimer's calculations, which Bush had George Kistiakowsky check, estimated that the critical mass of a sphere of Uranium-235 was in the range of 2.5 to 5 kilograms, with a destructive power of around 2,000 tons of TNT. Moreover, it appeared that plutonium might be even more fissile. After conferring with Brigadier General Lucius D. Clay about the construction requirements, Bush drew up a submission for $85 million in fiscal year 1943 for four pilot plants, which he forwarded to Roosevelt on June 17, 1942. With the Army on board, Bush moved to streamline oversight of the project by the OSRD, replacing the Section S-1 with a new S-1 Executive Committee. Bush soon became dissatisfied with the dilatory way the project was run, with its indecisiveness over the selection of sites for the pilot plants. He was particularly disturbed at the allocation of an AA-3 priority, which would delay completion of the pilot plants by three months. Bush complained about these problems to Bundy and Under Secretary of War Robert P. Patterson. Major General Brehon B. Somervell, the commander of the army's Services of Supply, appointed Brigadier General Leslie R. Groves as project director in September. Within days of taking over, Groves approved the proposed site at Oak Ridge, Tennessee, and obtained a AAA priority. At a meeting in Stimson's office on September 23 attended by Bundy, Bush, Conant, Groves, Marshall Somervell and Stimson, Bush put forward his proposal for steering the project by a small committee answerable to the Top Policy Group. The meeting agreed with Bush, and created a Military Policy Committee chaired by him, with Somervell's chief of staff, Brigadier General Wilhelm D. Styer, representing the army, and Rear Admiral William R. Purnell representing the navy. At the meeting with Roosevelt on October 9, 1941, Bush advocated cooperating with the United Kingdom, and he began corresponding with his British counterpart, Sir John Anderson. But by October 1942, Conant and Bush agreed that a joint project would pose security risks and be more complicated to manage. Roosevelt approved a Military Policy Committee recommendation stating that information given to the British should be limited to technologies that they were actively working on and should not extend to post-war developments. In July 1943, on a visit to London to learn about British progress on antisubmarine technology, Bush, Stimson, and Bundy met with Anderson, Lord Cherwell, and Winston Churchill at 10 Downing Street. At the meeting, Churchill forcefully pressed for a renewal of interchange, while Bush defended current policy. Only when he returned to Washington did he discover that Roosevelt had agreed with the British. The Quebec Agreement merged the two atomic bomb projects, creating the Combined Policy Committee with Stimson, Bush and Conant as United States representatives. Bush appeared on the cover of Time magazine on April 3, 1944. He toured the Western Front in October 1944, and spoke to ordnance officers, but no senior commander would meet with him. He was able to meet with Samuel Goudsmit and other members of the Alsos Mission, who assured him that there was no danger from the German project; he conveyed this assessment to Lieutenant General Bedell Smith. In May 1945, Bush became part of the Interim Committee formed to advise the new president, Harry S. Truman, on nuclear weapons. It advised that the atomic bomb should be used against an industrial target in Japan as soon as possible and without warning. Bush was present at the Alamogordo Bombing and Gunnery Range on July 16, 1945, for the Trinity nuclear test, the first detonation of an atomic bomb. Afterwards, he took his hat off to Oppenheimer in tribute. Before the end of the Second World War, Bush and Conant had foreseen and sought to avoid a possible nuclear arms race. Bush proposed international scientific openness and information sharing as a method of self-regulation for the scientific community, to prevent any one political group gaining a scientific advantage. Before nuclear research became public knowledge, Bush used the development of biological weapons as a model for the discussion of similar issues, an "opening wedge". He was less successful in promoting his ideas in peacetime with President Harry Truman, than he had been under wartime conditions with Roosevelt. In "As We May Think", an essay published by the Atlantic Monthly in July 1945, Bush wrote: "This has not been a scientist's war; it has been a war in which all have had a part. The scientists, burying their old professional competition in the demand of a common cause, have shared greatly and learned much. It has been exhilarating to work in effective partnership." Post-war years Memex concept Bush introduced the concept of the memex during the 1930s, which he imagined as a form of memory augmentation involving a microfilm-based "device in which an individual stores all his books, records, and communications, and which is mechanized so that it may be consulted with exceeding speed and flexibility. It is an enlarged intimate supplement to his memory." He wanted the memex to emulate the way the brain links data by association rather than by indexes and traditional, hierarchical storage paradigms, and be easily accessed as "a future device for individual use ... a sort of mechanized private file and library" in the shape of a desk. The memex was also intended as a tool to study the brain itself. After thinking about the potential of augmented memory for several years, Bush set out his thoughts at length in "As We May Think", predicting that "wholly new forms of encyclopedias will appear, ready made with a mesh of associative trails running through them, ready to be dropped into the memex and there amplified". "As We May Think" was published in the July 1945 issue of The Atlantic. A few months later, Life magazine published a condensed version of "As We May Think", accompanied by several illustrations showing the possible appearance of a memex machine and its companion devices. Shortly after "As We May Think" was originally published, Douglas Engelbart read it, and with Bush's visions in mind, commenced work that would later lead to the invention of the mouse. Ted Nelson, who coined the terms "hypertext" and "hypermedia", was also greatly influenced by Bush's essay. "As We May Think" has turned out to be a visionary and influential essay. In their introduction to a paper discussing information literacy as a discipline, Bill Johnston and Sheila Webber wrote in 2005 that: Bush was concerned that information overload might inhibit the research efforts of scientists. Looking to the future, he predicted a time when "there is a growing mountain of research. But there is increased evidence that we are being bogged down today as specialization extends. The investigator is staggered by the findings and conclusions of thousands of other workers." National Science Foundation The OSRD continued to function actively until some time after the end of hostilities, but by 1946–1947 it had been reduced to a minimal staff charged with finishing work remaining from the war period; Bush was calling for its closure even before the war had ended. During the war, the OSRD had issued contracts as it had seen fit, with just eight organizations accounting for half of its spending. MIT was the largest to receive funds, with its obvious ties to Bush and his close associates. Efforts to obtain legislation exempting the OSRD from the usual government conflict of interest regulations failed, leaving Bush and other OSRD principals open to prosecution. Bush therefore pressed for OSRD to be wound up as soon as possible. With its dissolution, Bush and others had hoped that an equivalent peacetime government research and development agency would replace the OSRD. Bush felt that basic research was important to national survival for both military and commercial reasons, requiring continued government support for science and technology; technical superiority could be a deterrent to future enemy aggression. In Science, The Endless Frontier, a July 1945 report to the president, Bush maintained that basic research was "the pacemaker of technological progress". "New products and new processes do not appear full-grown," Bush wrote in the report. "They are founded on new principles and new conceptions, which in turn are painstakingly developed by research in the purest realms of science!" In Bush's view, the "purest realms" were the physical and medical sciences; he did not propose funding the social sciences. In Science, The Endless Frontier, science historian Daniel Kevles later wrote, Bush "insisted upon the principle of Federal patronage for the advancement of knowledge in the United States, a departure that came to govern Federal
copy still produces a functional protein. The condition is inherited in an autosomal dominant manner - one copy of the faulty gene is sufficient to increase the risk of developing tumours. Approximately 20% of cases of VHL disease are found in individuals without a family history, known as de novo mutations. An inherited mutation of the VHL gene is responsible for the remaining 80 percent of cases. 30-40% of mutations in the VHL gene consist of 50-250kb deletion mutations that remove either part of the gene or the whole gene and flanking regions of DNA. The remaining 60-70% of VHL disease is caused by the truncation of pVHL by nonsense mutations, indel mutations or splice site mutations. VHL protein The VHL protein (pVHL) is involved in the regulation of a protein known as hypoxia inducible factor 1α (HIF1α). This is a subunit of a heterodimeric transcription factor that at normal cellular oxygen levels is highly regulated. In normal physiological conditions, pVHL recognizes and binds to HIF1α only when oxygen is present due to the post translational hydroxylation of 2 proline residues within the HIF1α protein. pVHL is an E3 ligase that ubiquitinates HIF1α and causes its degradation by the proteasome. In low oxygen conditions or in cases of VHL disease where the VHL gene is mutated, pVHL does not bind to HIF1α. This allows the subunit to dimerise with HIF1β and activate the transcription of a number of genes, including vascular endothelial growth factor, platelet-derived growth factor B, erythropoietin and genes involved in glucose uptake and metabolism. A new novel missense mutation in VHL genes c.194 C>T, c.239 G>A, c.278 G>A, c.319 C>G, c.337 C>G leading to the following variations p.Ala 65 Val, p.Gly 80 Asp, p.Gly 93 Glu, p.Gln 107 Glu, p.Gln 113 Glu in the protein contributed to renal clear cell carcinoma. Diagnosis The detection of tumours specific to VHL disease is important in the disease's diagnosis. In individuals with a family history of VHL disease, one hemangioblastoma, pheochromocytoma or renal cell carcinoma may be sufficient to make a diagnosis. As all the tumours associated with VHL disease can be found sporadically, at least two tumours must be identified to diagnose VHL disease in a person without a family history. Genetic diagnosis is also useful in VHL disease diagnosis. In hereditary VHL disease, techniques such as the Southern blot and gene sequencing can be used to analyse DNA and identify mutations. These tests can be used to screen family members of those afflicted with VHL disease; de novo cases that produce genetic mosaicism are more difficult to detect because mutations are not found in the
a type of phakomatosis that results from a mutation in the Von Hippel–Lindau tumor suppressor gene on chromosome 3p25.3. Signs and symptoms Signs and symptoms associated with VHL disease include headaches, problems with balance and walking, dizziness, weakness of the limbs, vision problems, and high blood pressure. Conditions associated with VHL disease include angiomatosis, hemangioblastomas, pheochromocytoma, renal cell carcinoma, pancreatic cysts (pancreatic serous cystadenoma), endolymphatic sac tumor, and bilateral papillary cystadenomas of the epididymis (men) or broad ligament of the uterus (women). Angiomatosis occurs in 37.2% of patients presenting with VHL disease and usually occurs in the retina. As a result, loss of vision is very common. However, other organs can be affected: strokes, heart attacks, and cardiovascular disease are common additional symptoms. Approximately 40% of VHL disease presents with CNS hemangioblastomas and they are present in around 60-80%. Spinal hemangioblastomas are found in 13-59% of VHL disease and are specific because 80% are found in VHL disease. Although all of these tumours are common in VHL disease, around half of cases present with only one tumour type. Pathogenesis The disease is caused by mutations of the Von Hippel–Lindau tumor suppressor (VHL) gene on the short arm of chromosome 3 (3p25-26). There are over 1500 germline mutations and somatic mutations found in VHL disease. Every cell in the body has 2 copies of every gene (bar those found in the sex chromosomes, X and Y). In VHL disease, one copy of the VHL gene has a mutation and produces a faulty VHL protein (pVHL). However, the second copy still produces a functional protein. The condition is inherited in an autosomal dominant manner - one copy of the faulty gene is sufficient to increase the risk of developing tumours. Approximately 20% of cases of VHL disease are found in individuals without a family history, known as de novo mutations. An inherited mutation of the VHL gene is responsible for the remaining 80 percent of cases. 30-40% of mutations in the VHL gene consist of 50-250kb deletion mutations that remove either part of the gene or the whole gene and flanking regions of DNA. The remaining 60-70% of VHL disease is caused by the truncation of pVHL by nonsense mutations, indel mutations or splice site mutations. VHL protein The VHL protein (pVHL) is involved in the regulation of a protein known as hypoxia inducible factor 1α (HIF1α). This is a subunit of a heterodimeric transcription factor that at normal cellular oxygen levels is highly regulated. In normal physiological conditions, pVHL recognizes and binds to HIF1α only when oxygen is present due to the post translational hydroxylation of 2 proline residues within the HIF1α protein. pVHL is an E3 ligase that ubiquitinates HIF1α and causes its degradation by the proteasome. In low oxygen conditions or in cases of VHL disease where the VHL gene is mutated, pVHL does not bind to HIF1α. This allows
at the request of President Franklin D. Roosevelt, he wrote a famous essay entitled Science, the Endless Frontier which recommended that a foundation be established by the United States Congress to serve as a focal point for the USA Federal Government's support and encouragement of research and education in science and technology as well as the development of a national science policy. The legislation creating the National Science Foundation was signed by president Harry S. Truman on May 10, 1950. List
that a foundation be established by the United States Congress to serve as a focal point for the USA Federal Government's support and encouragement of research and education in science and technology as well as the development of a national science policy. The legislation creating the National Science Foundation was signed by president Harry S. Truman on May 10, 1950. List of winners Source: National Science Board See also
Varangians, ancestors of the Rus' sometimes called "Vikings" in English
Varyag or Variag may refer to: Varangians, ancestors of the Rus' sometimes called "Vikings"
thousands of human deaths per year. Toxins from venom are used to treat a wide range of medical conditions including thrombosis, arthritis, and some cancers. Studies in venomics are investigating the potential use of venom toxins for many other conditions. Evolution The use of venom across a wide variety of taxa is an example of convergent evolution. It is difficult to conclude exactly how this trait came to be so intensely widespread and diversified. The multigene families that encode the toxins of venomous animals are actively selected, creating more diverse toxins with specific functions. Venoms adapt to their environment and victims and accordingly evolve to become maximally efficient on a predator's particular prey (particularly the precise ion channels within the prey). Consequently, venoms become specialized to an animal's standard diet. Mechanisms Venoms cause their biological effects via the many toxins that they contain; some venoms are complex mixtures of toxins of differing types. Major classes of toxin in venoms include: Necrotoxins, which cause necrosis (i.e., death) in the cells they encounter. The venoms of vipers and bees contain phospholipases; viper venoms often also contain trypsin-like serine proteases. Neurotoxins, which primarily affect the nervous systems of animals, such as ion channel toxins. These are found in many venomous taxa including black widow spider, scorpion, box jellyfish, cone snail, centipede and blue-ringed octopus. Myotoxins, which damage muscles by binding to a receptor, are small, basic peptides found in snake (such as rattlesnake) and lizard venoms. Cytotoxins, which kill individual cells, are found in the apitoxin of honey bees and the venom of black widow spiders. Taxonomic range Venom is widely distributed taxonomically, being found in both invertebrates and vertebrates; in aquatic and terrestrial animals; and among both predators and prey. The major groups of venomous animals are described below. Arthropods Venomous arthropods include spiders, which use fangs on their chelicerae to inject venom; and centipedes, which use forcipules, modified legs, to deliver venom; while scorpions and stinging insects inject venom with a sting. In bees and wasps, the sting is a modified egg-laying device – the ovipositor. In Polistes fuscatus, the female continuously releases a venom that contains a sex pheromone that induces copulatory behavior in males. In wasps such as Polistes exclamans, venom is used as an alarm pheromone, coordinating a response with from the nest and attracting nearby wasps to attack the predator. In some species such as Parischnogaster striatula, the venom is applied all over the body as an antimicrobial protection. Many caterpillars have defensive venom glands associated with specialized bristles on the body, urticating hairs. These are usually merely irritating, but those of the Lonomia moth can be fatal to humans. Bees synthesize and employ an acidic venom (apitoxin) to defend their hives and food stores, whereas wasps use a chemically different alkaline venom to paralyse prey, so it can remains alive to provision the food chambers of their young. The use of venom is much more widespread than just these examples; many other insects, such as true bugs and many ants, also produce venom. The ant species (Polyrhachis dives) uses venom topically for the sterilisation of pathogens. Other invertebrates There are venomous invertebrates in several phyla, including jellyfish such as the dangerous box jellyfish and sea anemones among the Cnidaria, sea urchins among the Echinodermata, and cone snails and cephalopods including octopuses among the Molluscs. Vertebrates Fish Venom is found in some 200 cartilaginous fishes, including stingrays, sharks, and chimaeras; the catfishes (about 1000 venomous species); and 11 clades of spiny-rayed fishes (Acanthomorpha), containing the scorpionfishes (over 300 species), stonefishes (over 80 species), gurnard perches, blennies, rabbitfishes, surgeonfishes, some velvetfishes, some toadfishes, coral crouchers, red velvetfishes, scats, rockfishes, deepwater scorpionfishes, waspfishes, weevers, and stargazers. Amphibians Among amphibians, some salamanders can extrude sharp venom-tipped ribs. Two frog species in Brazil have tiny spines around the crown of their skulls, which, on impact, deliver venom into their targets. Reptiles Some 450 species
of DNA, and neurotoxins, which disable signalling in the nervous system. Snake venom causes symptoms including pain, swelling, tissue necrosis, low blood pressure, convulsions, haemorrhage (varying by species of snake), respiratory paralysis, kidney failure, coma and death. Snake venom may have originated with duplication of genes that had been expressed in the salivary glands of ancestors. Venom is found in a few other reptiles such as the Mexican beaded lizard, the gila monster, and some monitor lizards including the Komodo dragon. Mass spectrometry showed that the mixture of proteins present in their venom is as complex as the mixture of proteins found in snake venom. Some lizards possess a venom gland; they form a hypothetical clade, Toxicofera, containing the suborders Serpentes and Iguania and the families Varanidae, Anguidae, and Helodermatidae. Mammals Euchambersia, an extinct genus of therocephalians, is hypothesized to have had venom glands attached to its canine teeth. A few species of living mammals are venomous, including solenodons, shrews, vampire bats, the male platypus and the slow loris. Shrews are known to have venomous saliva and most likely evolved their trait similarly to snakes. The presence of tarsal spurs akin to those of the platypus in many non-therian Mammaliaformes groups suggests that venom was an ancestral characteristic among mammals. Extensive research on platypuses shows that their toxin was initially formed from gene duplication, but data provides evidence that the further evolution of platypus venom does not rely as much on gene duplication as once was thought. Modified sweat glands are what evolved into platypus venom glands. Although it is proven that reptile and platypus venom have independently evolved, it is thought that there are certain protein structures that are favored to evolve into toxic molecules. This provides more evidence as to why venom has become a homoplastic trait and why very different animals have convergently evolved. Venom and humans Envenomation resulted in 57,000 human deaths in 2013, down from 76,000 deaths in 1990. Venoms, found in over 173,000 species, have potential to treat a wide range of diseases, explored in over 5,000 scientific papers. In medicine, snake venom proteins are used to treat conditions including thrombosis, arthritis, and some cancers. Gila monster venom contains exenatide, used to treat type 2 diabetes. Solenopsins extracted from fire ant venom has demonstrated biomedical applications, ranging from cancer treatment to psoriasis. A branch of science, venomics, has been established to study the proteins associated with venom, and how individual components of venom can be used for pharmaceutical means. Resistance Venom is used as a trophic weapon by many predator species. The coevolution between predators and prey is the driving force of venom resistance, which has evolved multiple times throughout the animal kingdom. The coevolution between venomous predators and venom resistant prey has been described as a chemical arms race. Predator and prey pairs are expected to coevolve over long periods of time. As the predator capitalizes on susceptible individuals, the surviving individuals are limited to those able to evade predation. Resistance typically increases over time as the predator becomes increasingly unable to subdue resistant prey. The cost of developing a venom resistance is high, for both predator and prey. The payoff for the cost of physiological resistance is an increased chance of survival for prey, while it allows predators to expand into underutilised trophic niches. The California ground
viruses. An elaborate machinery of interacting enzymes detects double-stranded RNA molecules (which occur as part of the life cycle of many viruses) and then proceeds to destroy all single-stranded versions of those detected RNA molecules. Every lethal viral disease presents a paradox: killing its host is obviously of no benefit to the virus, so how and why did it evolve to do so? Today it is believed that most viruses are relatively benign in their natural hosts; some viral infection might even be beneficial to the host. The lethal viral diseases are believed to have resulted from an "accidental" jump of the virus from a species in which it is benign to a new one that is not accustomed to it (see zoonosis). For example, viruses that cause serious influenza in humans probably have pigs or birds as their natural host, and HIV is thought to derive from the benign non-human primate virus SIV. While it has been possible to prevent (certain) viral diseases by vaccination for a long time, the development of antiviral drugs to treat viral diseases is a comparatively recent development. The first such drug was interferon, a substance that is naturally produced when an infection is detected and stimulates other parts of the immune system. Molecular biology research and viral therapy Bacteriophages, the viruses which infect bacteria, can be relatively easily grown as viral plaques on bacterial cultures. Bacteriophages occasionally move genetic material from one bacterial cell to another in a process known as transduction, and this horizontal gene transfer is one reason why they served as a major research tool in the early development of molecular biology. The genetic code, the function of ribozymes, the first recombinant DNA and early genetic libraries were all arrived at using bacteriophages. Certain genetic elements derived from viruses, such as highly effective promoters, are commonly used in molecular biology research today. Growing animal viruses outside of the living host animal is more difficult. Classically, fertilized chicken eggs have often been used, but cell cultures are increasingly employed for this purpose today. Since some viruses that infect eukaryotes need to transport their genetic material into the host cell's nucleus, they are attractive tools for introducing new genes into the host (known as transformation or transfection). Modified retroviruses are often used for this purpose, as they integrate their genes into the host's chromosomes. This approach of using viruses as gene vectors is being pursued in the gene therapy of genetic diseases. An obvious problem to be overcome in viral gene therapy is the rejection of the transforming virus by the immune system. Phage therapy, the use of bacteriophages to combat bacterial diseases, was a popular research topic before the advent of antibiotics and has recently seen renewed interest. Oncolytic viruses are viruses that preferably infect cancer cells. While early efforts to employ these viruses in the therapy of cancer failed, there have been reports in 2005 and 2006 of encouraging preliminary results. Sequencing of viruses As most viruses are too small to be seen by a light microscope, sequencing is one of the main tools in virology to identify and study the virus. Traditional Sanger sequencing and next-generation sequencing (NGS) are used to sequence viruses in basic and clinical research, as well as for the diagnosis of emerging viral infections, molecular epidemiology of viral pathogens, and drug-resistance testing. There are more than 2.3 million unique viral sequences in GenBank. Recently, NGS has surpassed traditional Sanger as the most popular approach for generating viral genomes. Other uses of viruses A new application of genetically engineered viruses in nanotechnology was recently described; see the uses of viruses in material science and nanotechnology. For use in mapping neurons see the applications of pseudorabies in neuroscience. History The word virus appeared in 1599 and originally meant "venom". A very early form of vaccination known as variolation was developed several thousand years ago in China. It involved the application of materials from smallpox sufferers in order to immunize others. In 1717 Lady Mary Wortley Montagu observed the practice in Istanbul and attempted to popularize it in Britain, but encountered considerable resistance. In 1796 Edward Jenner developed a much safer method, using cowpox to successfully immunize a young boy against smallpox, and this practice was widely adopted. Vaccinations against other viral diseases followed, including the successful rabies vaccination by Louis Pasteur in 1886. The nature of viruses, however, was not clear to these researchers. In 1892, the Russian biologist Dmitry Ivanovsky used a Chamberland filter to try to isolate the bacteria that caused tobacco mosaic disease. His experiments showed that crushed leaf extracts from infected tobacco plants remained infectious after filtration. Ivanovsky reported a minuscule infectious agent or toxin, capable of passing the filter, may be being produced by a bacterium. In 1898 Martinus Beijerinck repeated Ivanovski's work but went further and passed the "filterable agent" from plant to plant, found the action undiminished, and concluded it infectiousreplicating in the hostand thus not a mere toxin. He called it contagium vivum fluidum. The question of whether the agent was a "living fluid" or a particle was however still open. In 1903 it was suggested for the first time that transduction by viruses might cause cancer. In 1908 Bang and Ellerman showed that a filterable virus could transmit chicken leukemia, data largely ignored till the 1930s when leukemia became regarded as cancerous. In 1911 Peyton Rous reported the transmission of chicken sarcoma, a solid tumor, with a virus, and thus Rous became "father of tumor virology". The virus was later called Rous sarcoma virus 1 and understood to be a retrovirus. Several other cancer-causing retroviruses have since been described. The existence of viruses that infect bacteria (bacteriophages) was first recognized by Frederick Twort in 1911, and, independently, by Félix d'Herelle in 1917. As bacteria could be grown easily in culture, this led to an explosion of virology research. The cause of the devastating Spanish flu pandemic of 1918 was initially unclear. In late 1918, French scientists showed that a "filter-passing virus" could transmit the disease to people and animals, fulfilling Koch's postulates. In 1926 it was shown that scarlet fever is caused by a bacterium that is infected by a certain bacteriophage. While plant viruses and bacteriophages can be grown comparatively easily, animal viruses normally require a living host animal, which complicates their study immensely. In 1931 it was shown that influenza virus could be grown in fertilized chicken eggs, a method that is still used today to produce vaccines. In 1937, Max Theiler managed to grow the yellow fever virus in chicken eggs and produced a vaccine from an attenuated virus strain; this vaccine saved millions of lives and is still being used today. Max Delbrück, an important investigator in the area of bacteriophages, described the basic "life cycle" of a virus in 1937: rather than "growing", a virus particle is assembled from its constituent pieces in one step; eventually it leaves the host cell to infect other cells. The Hershey–Chase experiment in 1952 showed that only DNA and not protein enters a bacterial cell upon infection with bacteriophage T2. Transduction of bacteria by bacteriophages was first described in the same year. In 1949 John F. Enders, Thomas Weller and Frederick Robbins reported growth of poliovirus in cultured human embryonal cells, the first significant example of an animal virus grown outside of animals or chicken eggs. This work aided Jonas Salk in deriving a polio vaccine from deactivated polio viruses; this vaccine was shown to be effective in 1955. The first virus that could be crystalized and whose structure could, therefore, be elucidated in detail was tobacco mosaic virus (TMV), the virus that had been studied earlier by Ivanovski and Beijerink. In 1935, Wendell Stanley achieved its crystallization for electron microscopy and showed that it remains active even after crystallization. Clear X-ray diffraction pictures of the crystallized virus were obtained by Bernal and Fankuchen in 1941. Rosalind Franklin proposed the full structure of the tobacco mosaic virus in 1955 after creating diffraction patterns of TMV "of unprecedented detail and clarity". Also in 1955, Heinz Fraenkel-Conrat and Robley Williams showed that purified
as variolation was developed several thousand years ago in China. It involved the application of materials from smallpox sufferers in order to immunize others. In 1717 Lady Mary Wortley Montagu observed the practice in Istanbul and attempted to popularize it in Britain, but encountered considerable resistance. In 1796 Edward Jenner developed a much safer method, using cowpox to successfully immunize a young boy against smallpox, and this practice was widely adopted. Vaccinations against other viral diseases followed, including the successful rabies vaccination by Louis Pasteur in 1886. The nature of viruses, however, was not clear to these researchers. In 1892, the Russian biologist Dmitry Ivanovsky used a Chamberland filter to try to isolate the bacteria that caused tobacco mosaic disease. His experiments showed that crushed leaf extracts from infected tobacco plants remained infectious after filtration. Ivanovsky reported a minuscule infectious agent or toxin, capable of passing the filter, may be being produced by a bacterium. In 1898 Martinus Beijerinck repeated Ivanovski's work but went further and passed the "filterable agent" from plant to plant, found the action undiminished, and concluded it infectiousreplicating in the hostand thus not a mere toxin. He called it contagium vivum fluidum. The question of whether the agent was a "living fluid" or a particle was however still open. In 1903 it was suggested for the first time that transduction by viruses might cause cancer. In 1908 Bang and Ellerman showed that a filterable virus could transmit chicken leukemia, data largely ignored till the 1930s when leukemia became regarded as cancerous. In 1911 Peyton Rous reported the transmission of chicken sarcoma, a solid tumor, with a virus, and thus Rous became "father of tumor virology". The virus was later called Rous sarcoma virus 1 and understood to be a retrovirus. Several other cancer-causing retroviruses have since been described. The existence of viruses that infect bacteria (bacteriophages) was first recognized by Frederick Twort in 1911, and, independently, by Félix d'Herelle in 1917. As bacteria could be grown easily in culture, this led to an explosion of virology research. The cause of the devastating Spanish flu pandemic of 1918 was initially unclear. In late 1918, French scientists showed that a "filter-passing virus" could transmit the disease to people and animals, fulfilling Koch's postulates. In 1926 it was shown that scarlet fever is caused by a bacterium that is infected by a certain bacteriophage. While plant viruses and bacteriophages can be grown comparatively easily, animal viruses normally require a living host animal, which complicates their study immensely. In 1931 it was shown that influenza virus could be grown in fertilized chicken eggs, a method that is still used today to produce vaccines. In 1937, Max Theiler managed to grow the yellow fever virus in chicken eggs and produced a vaccine from an attenuated virus strain; this vaccine saved millions of lives and is still being used today. Max Delbrück, an important investigator in the area of bacteriophages, described the basic "life cycle" of a virus in 1937: rather than "growing", a virus particle is assembled from its constituent pieces in one step; eventually it leaves the host cell to infect other cells. The Hershey–Chase experiment in 1952 showed that only DNA and not protein enters a bacterial cell upon infection with bacteriophage T2. Transduction of bacteria by bacteriophages was first described in the same year. In 1949 John F. Enders, Thomas Weller and Frederick Robbins reported growth of poliovirus in cultured human embryonal cells, the first significant example of an animal virus grown outside of animals or chicken eggs. This work aided Jonas Salk in deriving a polio vaccine from deactivated polio viruses; this vaccine was shown to be effective in 1955. The first virus that could be crystalized and whose structure could, therefore, be elucidated in detail was tobacco mosaic virus (TMV), the virus that had been studied earlier by Ivanovski and Beijerink. In 1935, Wendell Stanley achieved its crystallization for electron microscopy and showed that it remains active even after crystallization. Clear X-ray diffraction pictures of the crystallized virus were obtained by Bernal and Fankuchen in 1941. Rosalind Franklin proposed the full structure of the tobacco mosaic virus in 1955 after creating diffraction patterns of TMV "of unprecedented detail and clarity". Also in 1955, Heinz Fraenkel-Conrat and Robley Williams showed that purified TMV RNA and its capsid (coat) protein can self-assemble into functional virions, suggesting that this assembly mechanism is also used within the host cell, as Delbrück had proposed earlier. In 1963, the Hepatitis B virus was discovered by Baruch Blumberg who went on to develop a hepatitisB vaccine. In 1965, Howard Temin described the first retrovirus: a virus whose RNA genome was reverse transcribed into complementary DNA (cDNA), then integrated into the host's genome and expressed from that template. The viral enzyme reverse transcriptase, which along with integrase is a distinguishing trait of retroviruses, was first described in 1970, independently by Howard Temin and David Baltimore. The first retrovirus infecting humans was identified by Robert Gallo in 1974. Later it was found that reverse transcriptase is not specific to retroviruses; retrotransposons which code for reverse transcriptase are abundant in the genomes of all eukaryotes. Ten to forty percent of the human genome derives from such retrotransposons. In 1975 the functioning of oncoviruses was clarified considerably. Until that time, it was thought that these viruses carried certain genes called oncogenes which, when inserted into the host's genome, would cause cancer. Michael Bishop and Harold Varmus showed that the oncogene of Rous sarcoma virus is in fact not specific to the virus but is contained in the genome of healthy animals of many species. The oncovirus can switch this pre-existing benign proto-oncogene on, turning it into a true oncogene that causes cancer. 1976 saw the first recorded outbreak of Ebola virus disease, a highly lethal virally transmitted disease. In 1977, Frederick Sanger achieved the first complete sequencing of the genome of any organism, the bacteriophage Phi X 174. In the same year, Richard Roberts and Phillip Sharp independently showed that the genes of adenovirus contain introns and therefore require gene splicing. It was later realized that almost all genes of eukaryotes have introns as well. A worldwide vaccination campaign led by the UN World Health Organization resulted in the eradication of smallpox in 1979. In 1982, Stanley Prusiner discovered prions and showed that they cause scrapie. The first cases of AIDS were reported in 1981, and HIV, the retrovirus causing it, was identified in 1983 by Luc Montagnier, Françoise Barré-Sinoussi and Robert Gallo. Tests detecting HIV infection by detecting the presence of HIV antibody were developed. Subsequent tremendous research efforts turned HIV into the best studied virus. Human Herpes Virus 8, the cause of Kaposi's sarcoma which is often seen in AIDS patients, was identified in 1994. Several antiretroviral drugs were developed in the late 1990s, decreasing AIDS mortality dramatically in developed countries. Treatment that exists for HIV includes a multitude of different drugs collectively termed Highly Active Antiretroviral Therapy (HAART). HAART attacks many different aspects of the HIV virus, effectively reducing its effects below the limit of detection. However, when the administration of HAART is discontinued, HIV will bounce back. This is because HAART does not attack latently infected HIV cells, which can reactivate.
located across from the Royal Ontario Museum. Annesley Hall was the first residence built specifically for women in Canada. Burwash Hall is the second oldest of the residence buildings at Victoria. Construction began in 1911 and was completed in 1913. It was named after Nathanael Burwash, a former president of Victoria. The building is an extravagant Neo-Gothic work with turrets, gargoyles, and battlements. The architect was Henry Sproatt. The building is divided between the large dining hall in the northwest and the student residence proper. The residence area is divided into two sections. The Upper Houses, built in 1913, consist of four houses: North House, Middle House, Gate House, and South House. The Lower Houses were built in 1931 and were originally intended to house theology students at Emmanuel College, whose current building was opened the same year. First House, Nelles House, Caven House, Bowles-Gandier House are now mostly home to undergraduate arts and science students. The latter two are mostly reserved for students in the Vic One Programme. To the west the Upper Houses look out on the Vic Quad and the main Victoria College building across it. West of the Lower Houses is the new Lester B. Pearson Garden of Peace and International Understanding and the E.J. Pratt Library beyond it. From the eastern side of the building, the Upper Houses look out at Rowell Jackman Hall and the Lower Houses see the St. Michael's College residence of Elmsley. The only exceptions are the view from Gate House's tower that looks down St. Mary's Street and the view from the south side of Bowles-Gandier house, which looks upon the main quadrangle of St. Michael's University College. Rowell Jackman Hall, is the newest of Vic's residences, having been completed in 1993. It is named after Mary Rowell Jackman whose son Hal Jackman made a substantial donation to the project. It stands just to the east of Burwash Hall on Charles St. and is west of St. Michael's College Loretto College. Before Rowell Jackman Hall was built, the site was home to a parking lot and the historic Stephenson House. Prior to construction Stephenson House was moved to a new location further east on Charles St. The building's construction caused some controversy as it greatly disrupted life in Burwash. Margaret Addison Hall is a seven-floor co-ed residence across Charles St. from Burwash Hall, between the Goldring Student Centre and the Victoria sports field. E.J. Pratt Library is the main library of Victoria University. It was built in 1961 and is located at the south end of the quadrangle. The site of the library and the adjacent Northrop Frye Building was originally on the route of Queen's Park Crescent. The road was pushed south into Queen's Park to make way for the new buildings. Academics and organization Victoria University is governed bicamerally by the Victoria University Board of Regents and the Victoria University Senate. These bodies are represented by faculty, administrators, elected students and alumni. The colleges are governed by the Victoria College Council and Emmanuel College Council. College councils are represented by faculty, administrators and elected and appointed students. Victoria's governing charter was most recently amended in 1981, with the enactment of the Victoria University Act. Victoria is presently the wealthiest college at the University of Toronto by net assets. In part this has been because of alumni donations, but much of the growth is specifically due to the rapidly increasing value of Victoria's large real estate holdings in downtown Toronto. Today, the college has a securities portfolio worth approximately $78 million and a real estate portfolio worth $80 million. The E.J. Pratt Library is the main library for Victoria College. The collection of approximately 250,000 volumes is geared towards the undergraduate programs at Vic and contains mainly humanities texts with a focus on History, English, Philosophy. The library also hosts rich archival special collections from notable alumni and faculty, historical figures, specific literary collections and Canadiana. The library also oversees Victoria University's institutional archives. The Centre for Reformation and Renaissance Studies is located within the E.J. Pratt Library. Its holdings fall into three main categories: rare books, most of which were printed before 1700 (currently about 4,000 titles), modern books and microforms (several thousand microfiches and reels). The library contains primary and secondary materials relating to virtually every aspect of the Renaissance and Reformation. In particular, it houses the Erasmus collection, one of the richest resources in North America for the study of works written or edited by the great Dutch humanist Desiderius Erasmus of Rotterdam. The collection holds a substantial number of pre-1700 editions of his works, including the Novum Instrumentum of 1516. The academic programs of the college include Literary Studies, Semiotics and Communication Theory, Renaissance Studies, the Vic Concurrent Teacher Education Program (developed in conjunction with OISE/UT) and the first-year undergraduate programs Vic One and Vic First Pathways. Centre for Reformation and Renaissance Studies (CRRS) is a research and teaching centre in Victoria University devoted to the study of the period from approximately 1350 to 1700. The CRRS supervises an undergraduate program in Renaissance Studies, organizes lectures and seminars, and maintains an active series of publications. The centre also offers undergraduate, graduate, and postdoctoral fellowships. From 1976 to 2009, the performance history research and publishing project Records of Early English Drama (REED) was based at Victoria University. Student life Campus life for Victoria students is active and varied. Victoria College has levy receivers, student organizations that directly receive a fixed amount of funding from students every year, as well as clubs whose funding are overseen by the Victoria University Students' Administrative Council (VUSAC). Prominent clubs include The Boundary (the college's satire paper), the Environmental Fashion Show, Vic Dance and the Victoria College Chorus. Levy receivers are students groups with special status based on providing an essential service for student life, and levy heads are also assessor members in VUSAC. Victoria's eleven levy receivers are: Acta Victoriana, the college literary journal. Victoria College Drama Society (VCDS), which runs at least four shows per year (a fall show, a winter show, a submission to the University of Toronto Drama Festival, and a musical) The Strand, Vic's student-run newspaper that is distributed fortnightly across the University of Toronto's downtown campus. Victoria College Athletics Association (VCAA), which provides students with a chance to participate
1872, The Bob Comedy Revue, each written, directed, produced and performed by students such as Lester B. Pearson, Norman Jewison, E. J. Pratt, Northrop Frye, and Margaret Atwood. Residential halls and houses Annesley Hall is the all-female residence at Victoria College. Annesley Hall is the first university residence built for women in Canada. Burwash Hall residences consist of the Upper and Lower Houses, each type differing slightly in their layout. The Upper Houses were gutted and renovated in 1995. The Lower Houses have only been partially upgraded. Before the renovations the entire building was all male, but now every house in Burwash is co-ed. Gate House is one of the four Upper Houses of Burwash Hall. Until 2007, when Victoria administration made it co-ed, Gate House was one of the last remaining all-male residence building in the University of Toronto. The Gate House emblem is the Phoenix, visible in the bottom-right corner of the Victoria College insignia. Gate House, with the rest of Upper Burwash, opened in 1913 and has held students every year since then except 1995, when it was renovated. The eight storey Rowell Jackman Hall building is an apartment style residence with each floor divided into a number of suites. The interior is ascetic: a combination of plastic runners and gray linoleum tile. When it was completed Rowell Jackman Hall was mainly home to upper years and graduate students. Today it only houses undergrads and has a considerable number of first years, except for International House, which continues to house a number of upper years. Stephenson House was a community involvement residence at Victoria University and hosted ten undergraduate students per year. Stephenson House was self-governed and self-regulating with a separate application and selection process. It last functioned as a residence in the 2009–2010 academic year. Burwash Dining Hall The Burwash Dining Hall holds some 250 students and sixteen large tables. Hanging on the western wall is Queen Victoria's burial flag, given to the college soon after her death. Under the flag is the high table where the professors and college administration lunch. Historically, the Upper Houses each had their own table. Gate sat in the southwest corner, Middle sat in the far northeast, South sat in the table to the west of Middle, while North sat to the west of the southeast corner. The only lower house to have had a designated table was Caven, in the northwest corner beside the Alumni table. (Note that prior to the 1995 renovations, some of these houses, particularly North and Caven, 'traditionally' sat elsewhere) Vic One Launched in 2003, the Vic One program is an academic opportunity for first-year students at the University of Toronto to build communication and leadership skills in a small classroom setting. Applications typically open in December for any student who is applying to the University for enrolment in the following September. The Vic One program supplements a student's primary program of study in the form of weekly small group seminars and guest lectures from professors, visiting artists, writers, ambassadors and other public figures. There are eight academic streams of Vic One, each focussing on a different discipline. Enrolment in each stream is limited to 25 students, with a maximum of 250 students in the program each year. Streams Chambers – Commerce, Economics, & Policy Named for Margaret Chambers (Vic 3T8), founding member of The Co-operators. Education – Education & Society Originally named Ryerson, for the first principal of Victoria College, Egerton Ryerson. The name of the program was changed in September 2019 due to Ryerson's involvement with the residential school system in Canada. Frye – Literature & the Humanities Named for Victoria University principal, chancellor and student, Northrop Frye (Vic 3T3), a Canadian literary critic and theorist. Gooch – Philosophy & Ethical Citizenship Named for Victoria University president, Paul W. Gooch, a Canadian philosopher and founding member of the Vic One program. Jewison – Creative Arts & Society Named for Norman Jewison (Vic 4T9), a Canadian film director and producer. Pearson – History, Politics & Social Sciences Named for Lester B. Pearson (Vic 1T9), former Prime Minister of Canada. Schawlow – Physical & Mathematical Sciences Named for Arthur Leonard Schawlow (Vic 4T1), American physicist and Nobel Prize winner. Board of Regents Administrators Notable alumni and faculty Famous Victoria alumni include Margaret Atwood, Lester B. Pearson, Don Harron, and Donald Sutherland. Margaret Atwood – author Margaret Avison – poet Frederick Banting – attended; Nobel Prize in Physiology or Medicine, 1923 William Black Creighton – social reformer George Blewett – philosopher and theologian John Clay Coleman – Methodist minister and black rights activist John Royston Coleman – economist, president of Haverford College, host of CBS program Money Talks Wilbur R. Franks – noted scientist and cancer researcher Northrop Frye – literary critic Jessa Gamble – author and science journalist Peter Godsoe – president and CEO of Bank of Nova Scotia, 1992–2003; chairman of Fairmont Hotels and Resorts and Sobeys, chancellor of the University of Western Ontario, 1996–2000 Blake Goldring – executive chairman of AGF Management Limited W. G. Hardy – professor, writer, president of the International Ice Hockey Federation, Member of Order of Canada Don Harron – comedian Lawrence Ho – billionaire businessman, chairman & CEO, Melco Crown Henry Horricks – pacifist and anti-racism activist Norman Jewison – former chancellor of Victoria University and Academy Award-winning (Irving G. Thalberg Memorial Award) filmmaker Ted Jolliffe – Rhodes scholar and first leader of the Ontario section of the Co-operative Commonwealth Federation (CCF) Ndahura II Imara Kashagama – King of Busongora Kingdom [Central Africa] Andromache Karakatsanis – Canadian Supreme Court justice – first Greek-Canadian judge on the court Jay Macpherson – poet Don McKellar – actor and filmmaker John Fletcher McLaughlin – prominent theologian Philip Orsino – president and CEO of Masonite International Corporation, 1989–2005 Richard Outram – poet Steve Paikin – journalist Lester B. Pearson – former Prime Minister of Canada and Nobel Laureate E. J. Pratt – poet Laure Rièse – first female faculty member Egerton Ryerson – one of the founders of Victoria College and its first president Nick Saul - Canadian food and social justice activist, author
courses to the outlying suburbs in western Melbourne. In 1990, it was established as a university by the Victoria State Parliament as Victoria University of Technology. The university further amalgamation with the Western Melbourne Institute of TAFE in 1998. In 2005, the Victoria University of Technology Act of 1990 was amended to rename the university as Victoria University, reflecting the development of its teaching and research. The institutions that combined to form VU include: Footscray Technical School, renamed Footscray Technical College and later Footscray Institute of Technology Newport Technical College, renamed Newport College of TAFE Melbourne School of Hairdressing School of Painting, Decorating and Sign Crafts Melbourne Technical College of Hairdressing Melbourne College of Decoration Footscray College of TAFE Flagstaff College of TAFE Western Institute Gellibrand College of TAFE, renamed Western Metropolitan College of TAFE Western Melbourne Institute of TAFE Victoria University of Technology Victoria Polytechnic VU Block Model In 2018, Victoria University became the first university in Australia to adopt the block model style of teaching for all undergraduate courses. Under VU’s Block Model, students study and complete one unit at a time over a four-week period (a block), working collaboratively in smaller classes. Unlike the standard model of tertiary education in Australia, students studying under VU’s Block Model focus on learning one unit every four weeks, rather than juggling multiple units and assessments at the same time within a semester. Since introducing the VU Block Model, pass rates amongst onshore undergraduate students have increased, with over 90% of students passing their enrolled units in 2020. Overall grades for this cohort has also grown, with over 60% receiving distinction levels or higher in the same year. This improvement in academic results is complemented by higher levels of learner engagement amongst its students. The latest Australian Government 2020 Student Experience Survey (SES) has Victoria University now ranked by students as the top University in Victoria, and third overall in Australia, for learner engagement. In 2021, the VU Block Model expanded to encompass VU’s entire higher education course offering, with all postgraduate courses now taught under the block model. The VU Block Model has been internationally recognized and awarded, receiving a 2018 International Education Association of Australia award for innovation, and an Excellence in International Education award in the 2018 Victorian International Education awards. In 2021 VU’s First Year College (established during the launch of Block Model, to provide additional support for secondary school students transitioning to university) received an “Excellence in Higher Education Teaching” award at the 2021 Australian Awards for University Teaching. Campuses Victoria University has campuses located throughout Melbourne's western region and the city centre. The new VU City Tower will be Melbourne's tallest vertical campus, and is due for completion in 2021. One campus is located in central Sydney. VU courses are also delivered by partner institutes throughout Asia, including in China, India, Malaysia, and Sri Lanka. Two of the largest partners are Sunway University College in Malaysia and Liaoning University in China. Footscray Park Footscray Park Campus on Ballarat Road, Footscray is the university's main campus and administrative centre. It offers higher education courses primarily in engineering, education and sport-related disciplines. It occupies a site overlooking Flemington Racecourse and the Maribyrnong River. A A$68.5 million sport and learning precinct, including sport and exercise science research labs, was completed in early 2011. The campus also has a 25-metre swimming pool and a childcare centre. St Albans St Albans Campus on McKecknie Street, St Albans, is the university's health and education hub, with a focus on psychology, nursing, arts, and paramedic and biomedical sciences. It is set on of native grasslands and sugar gums. The new St Albans Health and Fitness Centre was opened in 2013. Footscray Nicholson Footscray Nicholson Campus is in central Footscray, on the corner of Nicholson and Buckley Streets. It delivers TAFE, VCE and short courses. Its new learning commons was opened in 2012 offering a broad range of educational and student services. City Flinders and City Flinders Lane Situated in two buildings at 300 Flinders Street and 301 Flinders Lane in central Melbourne. The Flinders Lane building focuses on osteopathy and English language training (VU English, quality endorsed by NEAS Australia), and is also the university's administrative centre for international student recruitment and support. The 19-storey Flinders Street building overlooks Melbourne's historic Flinders Street station, the Yarra River and the Southbank precinct. The university's postgraduate business courses and many of its courses in graphic design, visual art and multimedia are taught at this campus. The Flinders Street building also contains convention facilities. City King The City King Campus is located in a high-rise building close to Southern Cross station. It provides health and beauty courses, and includes a hair and beauty salon that is open to the public. City Queen The City Queen Campus occupies two heritage buildings at 283 and 295 Queen Street in the heart of Melbourne's legal precinct. The campus houses the university's College of Law and Justice, a law library, the Sir Zelman Cowen Centre and two moot courts. It offers undergraduate and postgraduate law courses, including continuing legal education courses for legal professionals. Werribee The Werribee Campus is located in the Werribee agricultural research and tertiary education precinct. It offers trades training as well as facilities for water, food and fire safety research. Sunshine The Sunshine Campus of Victoria Polytechnic is located on Ballarat Road, Sunshine. It offers TAFE courses, focusing mainly on business and the construction industries. The A$44 million high-technology Construction Hub was opened in 2013 for building and construction training. The campus also has a convention centre with a 200-seat auditorium. Sydney Victoria University delivers a number of business courses for international students at its campus in central Sydney, which operates in partnership with the Education Centre of Australia (ECA). Whitten Oval In late 2010, VU opened an A$8 million Sport and Recreation Learning Centre in partnership with the Western Bulldogs at the Whitten Oval in West Footscray. The Centre contains massage therapy clinics open to the public, as well as a 140-seat lecture theatre, a library, classrooms and offices. Organisation Several of the university's colleges offer internationally recognized qualifications ranging from certificates and diplomas to degrees, postgraduate certificates and diplomas, and masters and doctoral research degrees (PhD). Victoria Polytechnic and VU College offer vocational education courses and higher education diplomas. The College of Arts and Education offers a range of pre-degree, undergraduate, and postgraduate courses and conducts research in education, youth work, arts, communication, community development, creative arts and industries, psychology, social science, and social work. The college emphasises workplace learning in teacher and youth work education through its partnerships with schools, community organizations, and industry, especially in western Melbourne. VU is one of the few Australian universities to offer a Bachelor of Education (P-12) course, so graduates can teach at any level. The Victoria Institute, which focuses on inclusive education, is part of the College of Education. The College of Business is one of the largest business schools in Australia. Training is provided across various business-related areas including business, management, accounting, finance, supply chain and logistics, marketing and human resources. It conducts research at its associated centres: the Institute for Supply Chain and Logistics and the Victoria Institute of Strategic Economic Studies. The College of Engineering and Science offers architectural, building, civil, mechanical, electrical and sports engineering courses, as well as courses in information technology, building surveying and science. The College of Health and Bio-medicine provides hands-on learning, teaching, and research in nursing and midwifery, dermal therapies, osteopathy, beauty therapy, nutrition, and paramedics. Most courses include use of simulation labs, training clinics and salons. The College of Law and Justice operates through the Victoria Law School at the university's Sir Zelman Cowen Centre.
in many more European and Asian students entering the school. The secondary school component, now known as Footscray City College, was separated from the rest of the institute in 1972. By the mid-1970s, the expanded curriculum included degree courses and was well beyond the technical focus of the original Footscray Technical School. Further changes occurred in the 1980s, with the technical and trade education section separating from FIT to form the Footscray and Newport Colleges of TAFE. In 1990, FIT merged with the Western Institute, which had been founded three years earlier to provide TAFE and higher education courses to the outlying suburbs in western Melbourne. In 1990, it was established as a university by the Victoria State Parliament as Victoria University of Technology. The university further amalgamation with the Western Melbourne Institute of TAFE in 1998. In 2005, the Victoria University of Technology Act of 1990 was amended to rename the university as Victoria University, reflecting the development of its teaching and research. The institutions that combined to form VU include: Footscray Technical School, renamed Footscray Technical College and later Footscray Institute of Technology Newport Technical College, renamed Newport College of TAFE Melbourne School of Hairdressing School of Painting, Decorating and Sign Crafts Melbourne Technical College of Hairdressing Melbourne College of Decoration Footscray College of TAFE Flagstaff College of TAFE Western Institute Gellibrand College of TAFE, renamed Western Metropolitan College of TAFE Western Melbourne Institute of TAFE Victoria University of Technology Victoria Polytechnic VU Block Model In 2018, Victoria University became the first university in Australia to adopt the block model style of teaching for all undergraduate courses. Under VU’s Block Model, students study and complete one unit at a time over a four-week period (a block), working collaboratively in smaller classes. Unlike the standard model of tertiary education in Australia, students studying under VU’s Block Model focus on learning one unit every four weeks, rather than juggling multiple units and assessments at the same time within a semester. Since introducing the VU Block Model, pass rates amongst onshore undergraduate students have increased, with over 90% of students passing their enrolled units in 2020. Overall grades for this cohort has also grown, with over 60% receiving distinction levels or higher in the same year. This improvement in academic results is complemented by higher levels of learner engagement amongst its students. The latest Australian Government 2020 Student Experience Survey (SES) has Victoria University now ranked by students as the top University in Victoria, and third overall in Australia, for learner engagement. In 2021, the VU Block Model expanded to encompass VU’s entire higher education course offering, with all postgraduate courses now taught under the block model. The VU Block Model has been internationally recognized and awarded, receiving a 2018 International Education Association of Australia award for innovation, and an Excellence in International Education award in the 2018 Victorian International Education awards. In 2021 VU’s First Year College (established during the launch of Block Model, to provide additional support for secondary school students transitioning to university) received an “Excellence in Higher Education Teaching” award at the 2021 Australian Awards for University Teaching. Campuses Victoria University has campuses located throughout Melbourne's western region and the city centre. The new VU City Tower will be Melbourne's tallest vertical campus, and is due for completion in 2021. One campus is located in central Sydney. VU courses are also delivered by partner institutes throughout Asia, including in China, India, Malaysia, and Sri Lanka. Two of the largest partners are Sunway University College in Malaysia and Liaoning University in China. Footscray Park Footscray Park Campus on Ballarat Road, Footscray is the university's main campus and administrative centre. It offers higher education courses primarily in engineering, education and sport-related disciplines. It occupies a site overlooking Flemington Racecourse and the Maribyrnong River. A A$68.5 million sport and learning precinct, including sport and exercise science research labs, was completed in early 2011. The campus also has a 25-metre swimming pool and a childcare centre. St Albans St Albans Campus on McKecknie Street, St Albans, is the university's health and education hub, with a focus on psychology, nursing, arts, and paramedic and biomedical sciences. It is set on of native grasslands and sugar gums. The new St Albans Health and Fitness Centre was opened in 2013. Footscray Nicholson Footscray Nicholson Campus is in central Footscray, on the corner of Nicholson and Buckley Streets. It delivers TAFE, VCE and short courses. Its new learning commons was opened in 2012 offering a broad range of educational and student services. City Flinders and City Flinders Lane Situated in two buildings at 300 Flinders Street and 301 Flinders Lane in central Melbourne. The Flinders Lane building focuses on osteopathy and English language training (VU English, quality endorsed by NEAS Australia), and is also the university's administrative centre for international student recruitment and support. The 19-storey Flinders Street building overlooks Melbourne's historic Flinders
printed volumes. It provides access to 70,000 print and electronic periodical titles and 200,000 e-books. It is an official Depository Library (DL-296) of the United Nations System (DEPOLIB), one of only three in the country. The J. C. Beaglehole Room is the official repository of all archival and manuscript material, and provides a supervised research service for Rare Books, for fine or fragile print items, and for 'last resort' copies of university publications. The New Zealand Electronic Text Centre (NZETC) is a digital library of significant New Zealand and Pacific Island texts and materials, and is arranged according to the library of Congress classification system. The library has two online repositories: the ResearchArchive is its open research repository, which makes the university's research freely available online and the RestrictedArchive, which is the university's private research repository and is accessible only to Victoria University staff and students. Between April 2003 and February 2010 the library was home to two locally famous residents, Tessa Brown and Sandy Rankine, a pair of library cats. Campus developments Te Huanui and 320 The Terrace In September 2014, the university announced that it would purchase the abandoned Gordon Wilson Flats from Housing New Zealand. It was subsequently revealed that the purchase price was over $6 million NZD. The university bought the site due to its close proximity to the Kelburn campus, with the potential to create a link between Ghuznee St and the Terrace to the campus. In July 2015, Urban Perspectives Limited, on behalf of Victoria University, lodged an application with Wellington City Council to rezone the area from "Inner Residential Area" to "Institutional Precinct", remove the Flats from the City District Plan's heritage list, and amend the Institutional Precinct provisions of the District Plan. Residents supported the removal of the flats from the area, as it was a significant case of urban decay in the area, while various groups, such as the Wellington Architectural Centre opposed the demolition of the flats, noting their architectural significance. The Gordon Wilson Flats have exceptional architectural significance. Not only are they associated with F. Gordon Wilson, one of the most prominent, powerful and influential architects in New Zealand from the 1930s through to the 1950s but they are the last of a line of highly important high rise social housing projects built by the state. They were initiated by the first Labour Government of 1935 and they reflect and have a direct connection with international modernism. This issue bought up wider debate on whether it was worth retaining mid-century public housing for heritage purposes, when the building in question had itself paid scant value towards the past. In April 2016, a Wellington City Council panel approved the rezoning of the flats, allowing Victoria University to demolish the building. However, in July 2016, the Architectural Centre lodged an appeal in the Environment Court against the Wellington City Council's decision to remove the Gordon Wilson flats' heritage status under Wellington's District Plan. The appeal was successful with the court determining that the heritage listing should stand in August 2017. in 2018, Victoria University students Jessie Rogers and Hannah Rushton mapped the building using LIDAR mapping technology. This data was then used to create a computer generated model of the flats, allowing for them to be explored in a virtual reality environment. This virtual reality experience was them displayed at an exhibition named Immersive Legacies: 320 The Terrace, at the Wellington Museum, allowing for users to see information about the building, the building in its prime state, and the current deterioration of the structure. In July 2020, Victoria University unveiled plans for what they called 'Te Huanui'. The plan showed that the university could be rezoning the site for institutional use, demolishing the Gordon Wilson Flats, while retaining the nearby McLeans Flats. The area would then be used to create a gateway between the hilltop Kelburn campus, and the city below, including an outdoor plaza and new teaching and research facilities. The development would also create a pedestrian and elevator link up to the Kelburn campus. National Centre for Music In 2019, Victoria University, on behalf of the New Zealand School of Music, signed an agreement with Wellington City Council and the New Zealand Symphony Orchestra to establish a new National Music Centre based in Wellington Town Hall. This would be established once refurbishment work on the town hall had been completed. Victoria University vice-chancellor Grant Guilford believed the national music centre would provide a real uplift for music and music education. The state-of-the-art teaching, rehearsal, research and performance spaces that it will offer will enable an outstanding education for the next generation of musicians The Living Pā The Living Pa will be a redevelopment of the marae and surrounding area of the Kelburn campus. This will involve the removal of five buildings from 42 to 50 Kelburn Parade and the creation of a new building employing principles based on the Living Building Challenge. Preparation work began in mid 2021, starting with the clearance and demolition of existing buildings on the construction site. Organisation and administration Day-to-day governance is in the hands of the University Council, which consists of 20 people: four elected by the Court of Convocation, three elected by the academic staff, one elected by the general staff, two appointed by the student union executive, four appointed by the Minister of Education, four selected by the Council itself, and the Vice-Chancellor. The Court of Convocation is composed of all graduates who choose to participate. Charles Wilson, at the time the chief librarian of the parliamentary library, was a member of the original council and its chairman for two years. For New Zealand residents entry to most courses is open, with a few exceptions. Performance Music requires an audition. There is selection for entry into the second year in degrees such as the LLB, BArch and BDes. BA in criminology and creative writing is also based on selection. It is one of only three institutions (University of Auckland and Unitec being the others) to offer a degree in architecture in New Zealand. It owns the New Zealand School of Music. Faculties The faculties are: Wellington Faculty of Architecture and Design Innovation Wellington School of Business and Government Wellington Faculty of Education Wellington Faculty of Engineering Wellington Faculty of Graduate Research Wellington Faculty of Humanities and Social Sciences Faculty of Law Wellington Faculty of Science Wellington Faculty of Health Faculty of Law The Faculty of Law is located in the restored Old Government Buildings at the centre of the country's law-making precinct, in close proximity to Parliament, the Supreme Court and the Court of Appeal, and the District and High courts. The Faculty is rated 65th in the world in the 2021 QS World University Rankings and led New Zealand's law faculties for research in the most recent Performance-Based Research Fund Evaluation in 2006. Academic profile Academic rankings Research centres and institutes Victoria has more than 40 research centres and institutes, including MacDiarmid Institute for Advanced Materials and Nanotechnology Robinson Research Institute Ferrier Research Institute Malaghan Institute of Medical Research Victoria University Coastal Ecology Laboratory Centre for Strategic Studies New Zealand Language Learning Centre Adam Art Gallery New Zealand Electronic Text Centre Antarctic Research Centre To see more, browse an A-Z List of Research Centres and Institutes Student life Students' associations and student media Victoria University of Wellington Students' Association (VUWSA) Salient
Victoria University law professor Geoff McLay criticized the name change for erasing 120 years of history. By contrast, Chancellor Neil Paviour-Smith defended the outcome of the vote as "one decision in a much broader strategy to try and help the university really achieve its potential". The council would submit its recommendation to the Minister of Education to make the final decision. On 18 December 2018 the Minister for Education, Chris Hipkins, announced that he had rejected the University Council's recommendation, stating that the proposed change did not have sufficient support from Victoria's staff, students or alumni, and that such a change would not be in keeping with institution accountability or be in the national interest. On 6 May 2019 Victoria University's Council announced that it would not contest the Education Minister's decision to reject its name-change proposal. The name change had received exceptionally strong opposition from faculty, alumni, students, and the Wellington City Council. The university has, in recent years, distanced itself from the word 'Victoria', with many promotional materials referring solely to 'Wellington's University'. Many departments and initiatives have also been rebranded, for example Victoria Professional and Executive Development becoming Wellington Uni-Professional. In one case, the university spent $69,000 on a new sign highlighting the word 'Wellington', which drew criticism from students and staff who said the funds could have been better spent elsewhere. Governance and administration From 1938 to 1957, the head of administration was the principal. Since 1957, the head of administration has been the vice-chancellor. The following people held the role of principal and/or vice-chancellor: Tommy Hunter, 1938–1951 Jim Williams, 1951–1968 Danny Taylor, 1968–1982 Ian Axford, 1982–1985 Les Holborow, 1986–1998 Michael Irving, 1998–2000 Stuart McCutcheon, 2000–2004 Pat Walsh, 2005–2013 Grant Guilford, 2013–present Guilford announced his retirement in 2021, to take effect in March 2022. Campuses and facilities Victoria University of Wellington has three campuses spread out over Wellington city. It also has premises in Auckland. Wellington The main campus is in the suburb of Kelburn, New Zealand, overlooking the Wellington Central business district, where the Faculties of Humanities and Social Sciences, Science, Engineering, Education and Health are based. Additionally, it is the location of the university's Central Library and the site of its administrative offices. The campus has a range of amenities including cafes, the university book store VicBooks, a pharmacy and health services, childcare facilities, and a sports and recreation centre. The Victoria University of Wellington Students' Association is based here. The Pipitea campus consists of the Wellington School of Business and Government, which includes the School of Accounting and Commercial Law, School of Economics and Finance, School of Government, School of Information Management, School of Management, School of Marketing and International Business, and the Faculty of Law. The Campus is located near the New Zealand Parliament Buildings, consisting of Rutherford House, the Old Government Buildings and the West Wing of the Wellington railway station. It is the location of the Commerce and Law libraries. Student services available at the Pipitea campus include Student Health and Well-being, the Recreation Centre and VicBooks. The Wellington Faculty of Architecture and Design Innovation is located in the Te Aro Campus. The campus contains an Architecture and Design library. Auckland The School of Business and Government offers selected courses at the Auckland premises, which is located in the Auckland CBD. Other facilities The Victoria University Coastal Ecology Laboratory supports research programs in marine biology and coastal ecology on Wellington's rugged south coast. The Miramar Creative Centre is located by the Weta Workshop buildings on Park Road, Miramar. The centre offers access to work experience and connections with New Zealand's film, animation and game design industries. Library The library was established in 1899. The collections are dispersed over four locations: Kelburn Library, Law Library, Architecture and Design Library and Commerce Library. The library also has a collection of digital resources and full text material online. In addition to electronic resources, printed books and journals, the Library also acquires works in microform, sound recordings, videos and other media consistent with the university's academic programme needs. The library holds approximately 1.3 million printed volumes. It provides access to 70,000 print and electronic periodical titles and 200,000 e-books. It is an official Depository Library (DL-296) of the United Nations System (DEPOLIB), one of only three in the country. The J. C. Beaglehole Room is the official repository of all archival and manuscript material, and provides a supervised research service for Rare Books, for fine or fragile print items, and for 'last resort' copies of university publications. The New Zealand Electronic Text Centre (NZETC) is a digital library of significant New Zealand and Pacific Island texts and materials, and is arranged according to the library of Congress classification system. The library has two online repositories: the ResearchArchive is its open research repository, which makes the university's research freely available online and the RestrictedArchive, which is the university's private research repository and is accessible only to Victoria University staff and students. Between April 2003 and February 2010 the library was home to two locally famous residents, Tessa Brown and Sandy Rankine, a pair of library cats. Campus developments Te Huanui and 320 The Terrace In September 2014, the university announced that it would purchase the abandoned Gordon Wilson Flats from Housing New Zealand. It was subsequently revealed that the purchase price was over $6 million NZD. The university bought the site due to its close proximity to the Kelburn campus, with the potential to create a link between Ghuznee St and the Terrace to the campus. In July 2015, Urban Perspectives Limited, on behalf of Victoria University, lodged an application with Wellington City Council to rezone the area from "Inner Residential Area" to "Institutional Precinct", remove the Flats from the City District Plan's heritage list, and amend the Institutional Precinct provisions of the District Plan. Residents supported the removal of the flats from the area, as it was a significant case of urban decay in the area, while various groups, such as the Wellington Architectural Centre opposed the demolition of the flats, noting their architectural significance. The Gordon Wilson Flats have exceptional architectural significance. Not only are they associated with F. Gordon Wilson, one of the most prominent, powerful and influential architects in New Zealand from the 1930s through to the 1950s but they are the last of a line of highly important high rise social housing projects built by the state. They were initiated by the first Labour Government of 1935 and they reflect and have a direct connection with international modernism. This issue bought up wider debate on whether it was worth retaining mid-century public housing for heritage purposes, when the building in question had itself paid scant value towards the past. In April 2016, a Wellington City Council panel approved the rezoning of the flats, allowing Victoria University to demolish the building. However, in July 2016, the Architectural Centre lodged an appeal in the Environment Court against the Wellington City Council's decision to remove the Gordon Wilson flats' heritage status under Wellington's District Plan. The appeal was successful with the court determining that the heritage listing should stand in August 2017. in 2018, Victoria University students Jessie Rogers and Hannah Rushton mapped the building using LIDAR mapping technology. This data was then used to create a computer generated model of the flats, allowing for them to be explored in a virtual reality environment. This virtual reality experience was them displayed at an exhibition named Immersive Legacies: 320 The Terrace, at the Wellington Museum, allowing for users to see information about the building, the building in its prime state, and the current deterioration of the structure. In July 2020, Victoria University unveiled plans for what they called 'Te Huanui'. The plan showed that the university could be rezoning the site for institutional use, demolishing the Gordon Wilson Flats, while retaining the nearby McLeans Flats. The area would then be used to create a gateway between the hilltop Kelburn campus, and the city below, including an outdoor plaza and new teaching and research facilities. The development would also create a pedestrian and elevator link up to the Kelburn campus. National Centre for Music In 2019, Victoria University, on behalf of the New Zealand School of Music, signed an agreement with Wellington City Council and the New Zealand Symphony Orchestra to establish a new National Music Centre based in Wellington Town Hall. This would be established once refurbishment work on the town hall had been completed. Victoria University vice-chancellor Grant Guilford believed the national music centre would provide a real uplift for music and music education. The state-of-the-art teaching, rehearsal, research and performance spaces that it will offer will enable an outstanding education for the next generation of musicians The Living Pā The Living Pa will be a redevelopment of the marae and surrounding area of the Kelburn campus. This will involve the removal of five buildings from 42 to 50 Kelburn Parade and the creation of a new building employing principles based on the Living Building Challenge. Preparation work began in mid 2021, starting with the clearance and demolition of existing buildings on the construction site. Organisation and administration Day-to-day governance is in the hands of the University Council, which consists of 20 people: four elected by the Court of Convocation, three elected by the academic staff, one elected by the general staff, two appointed by the student union executive, four appointed by the Minister of Education, four selected by the Council itself, and the Vice-Chancellor. The Court of Convocation is composed of all graduates who choose to participate. Charles Wilson, at the time the chief librarian of the parliamentary library, was a member of the original council and its chairman for two years. For New Zealand residents entry to most courses is open, with a few exceptions. Performance Music requires an audition. There is selection for entry into the second year in degrees such as the LLB, BArch and BDes. BA in criminology and creative writing is also based on selection. It is one of only three institutions (University of Auckland and Unitec being the others) to offer a degree in architecture in New Zealand. It owns the New Zealand School of Music. Faculties The faculties are: Wellington Faculty of Architecture and Design Innovation Wellington School of Business and Government Wellington Faculty of Education Wellington Faculty of Engineering Wellington Faculty of Graduate Research Wellington Faculty of Humanities and Social Sciences Faculty of Law Wellington Faculty of Science Wellington Faculty of Health Faculty of Law The Faculty of Law is located in the restored Old Government Buildings at the centre of the country's law-making precinct, in close proximity to Parliament, the Supreme Court and the Court of Appeal, and the District and High courts. The Faculty is rated 65th in the world in the 2021 QS World University Rankings and led New Zealand's law faculties for research in the most recent Performance-Based Research Fund Evaluation in 2006. Academic profile Academic rankings Research centres and institutes Victoria has more than 40 research centres and institutes, including MacDiarmid Institute for Advanced Materials and Nanotechnology Robinson Research Institute Ferrier Research Institute Malaghan Institute of Medical Research Victoria University Coastal Ecology Laboratory Centre for Strategic Studies New Zealand Language Learning Centre Adam Art Gallery New Zealand Electronic Text Centre Antarctic Research Centre To see more,
boy was the illegitimate son of a notaire abandoned at a young age because he was mute. Itard believed Victor had "lived in an absolute solitude from his fourth or fifth almost to his twelfth year, which is the age he may have been when he was taken in the Caune woods." That means he presumably lived for seven years in the wilderness. It was clear that Victor could hear, but he was taken to the National Institute of the Deaf in Paris for the purpose of being studied by the renowned Roch-Ambroise Cucurron Sicard. Sicard and other members of the Society of Observers of Man believed that by studying, as well as educating the boy, they would gain the proof they needed for the recently popularized empiricist theory of knowledge. In the context of the Enlightenment, when many were debating what exactly distinguished human from animal, one of the most significant factors was the ability to learn language. By studying the boy, they would also be able to explain the relationship between humans and society. Influence of the Enlightenment The Enlightenment caused many thinkers, including naturalists and philosophers, to believe human nature was a subject that needed to be redefined and looked at from a completely different angle. Because of the French Revolution and new developments in science and philosophy, humans were looked at as not special but as characteristic of their place in nature. It was hoped that by studying the wild boy, this idea would gain support. As such, Victor became a case study in the Enlightenment debate about the differences between humans and other animals. At that time, the scientific category Juvenis averionensis was used, as a special case of the Homo ferus, described by Carl Linnaeus in Systema Naturae. Linnaeus and his discoveries, then, forced people to ask the question, "What makes us [human]?" Another developing idea prevalent during the Enlightenment was that of the noble savage. Some believed a person existing in the pure state of nature would be "gentle, innocent, a lover of solitude, ignorant of evil and incapable of causing intentional harm." Philosophies proposed by Rousseau, Locke and Descartes were evolving around the time the boy was discovered in France in 1800. These philosophies invariably influenced the way the boy was perceived by others, and eventually, how Itard would structure his education. Education and later life It was said that even though he had been exposed to society and education, he had made little progress at the Institution under Sicard. Many people questioned his ability to learn because of his initial state, and as Yousef explains, "it is one thing to say that the [person] of nature is not yet fully human; it is quite another thing to say that the [person] of nature cannot become fully human." After Sicard became frustrated with the lack of progress made by the boy, he was left to roam the institution by himself, until Itard decided to take the boy into his home to keep reports and monitor his development. Jean Marc Gaspard Itard Jean Marc Gaspard Itard, a young medical student, effectively adopted Victor into his home and published reports on his progress. Itard believed two things separated humans from animals: empathy and language. He wanted to civilize Victor with the objectives of teaching him to speak and to communicate human emotion. Victor showed significant early progress in understanding language and reading simple words, but failed to progress beyond a rudimentary level. Itard wrote, "Under these circumstances his ear was not an organ for the appreciation of sounds, their articulations and their combinations; it was nothing but a simple means of self-preservation which warned of the approach of a dangerous animal or the fall of wild fruit." The only two phrases Victor ever actually learned to spell out were lait ('milk') and Oh, Dieu ('Oh, God'). It would seem, however, that Itard implemented more contemporary views when he was educating Victor. Rousseau appears to have believed "that natural association is based on reciprocally free and equal respect between people." This notion of how to educate and to teach was something that although it did not produce the
on this progress. Language When looking at the association between language and intellect, French society considered one with the other. Unless cared for by friends or family, the mute routinely ended up in horrible, ghastly conditions. However, around 1750, something different was happening in Paris. A French priest, Charles-Michel de l'Épée, created a school to educate the deaf and mute. His institution was made into a National Institute in 1790. This new interest and moral obligation towards the deaf and mute inspired Itard to nurture and attempt to teach Victor language. "He had Locke's and Condillac's theory that we are born with empty heads and that our ideas arise from what we perceive and experience. Having experienced almost nothing of society, the boy remained a savage." Throughout the years Itard spent working with Victor, he made some gradual progress. Victor understood the meaning of actions and used what 20th-century writer Roger Shattuck describes as "action language", which Itard regarded as a kind of primitive form of communication. However, Itard still could not get Victor to speak. He wondered why Victor would choose to remain silent when he had already proved that he was not, in fact, deaf. Victor also did not understand tones of voice. Itard proclaimed "Victor was the mental and psychological equivalent of someone born deaf-and-dumb. There would be little point in trying to teach him to speak by the normal means of repeating sounds if he didn't really hear them." Shattuck critiques Itard's process of education, wondering why he never attempted to teach Victor to use sign language. Regardless, today there are certain hypotheses that Shattuck applies to Victor. "One is that the Wild Boy, though born normal, developed a serious mental or psychological disturbance before his abandonment. Precocious schizophrenia, infantile psychosis, autism; a number of technical terms have been applied to his position. Several psychiatrists I have consulted favor this approach. It provides both a motivation for abandonment and an explanation for his partial recovery under Itard's treatment." Victor died of pneumonia in Paris in 1828 in the home of Madame Guérin. Recent commentary Professor Uta Frith has stated she believes Victor displayed signs of autism. Serge Aroles, in his book L'énigme des enfants-loups (The Mystery of the Wolf-Children), also believes that surviving accounts of his behavior point to "a moderate degree of autism" (autisme moderé) in Victor's case. Aroles notes that Victor showed characteristic signs of mental derangement, like grinding of the teeth, incessant rocking back and forth, and sudden, spasmodic movements. In March 2008, following the disclosure that Misha Defonseca's best-selling book, later turned into film Survivre avec les loups ('Survival with the Wolves') was a hoax, there was a debate in the French media (newspapers, radio and television) concerning the numerous false cases of feral children uncritically believed. Although there are numerous books on this subject, almost none of them have been based on archives, the authors using rather dubious second- or third-hand, printed information. According to French surgeon Serge Aroles, author of a general study of the phenomenon of feral children based on archives, almost all of these cases are fakes. In his judgment, Victor of Aveyron was not a genuine feral child; in Aroles' view, the scars on his body were not the consequences of a wild life in the forests, but rather of physical abuse at the hands of his parents or whoever initially raised him. Humans need to be nurtured at least until the age of 5 or 6; it is inconceivable that any child, including Victor, could survive on his own, in the wild, younger than that. This disability could also explain why he was abused, perhaps treated like an animal, in his earliest years. Bettelheim, 1959 makes a case for this
to use in the application. This is achieved through what is referred to as Early or Late Binding. These application objects create the OLE link to the application when they are first created. Commands to the different applications must be done explicitly through these application objects in order to work correctly. As an example, VBA code written in Microsoft Access can establish references to the Excel, Word and Outlook libraries; this allows creating an application that – for instance – runs a query in Access, exports the results to Excel and analyzes them, and then formats the output as tables in a Word document or sends them as an Outlook email. VBA programs can be attached to a menu button, a macro, a keyboard shortcut, or an OLE/COM event, such as the opening of a document in the application. The language provides a user interface in the form of UserForms, which can host ActiveX controls for added functionality. Inter-process communication automation includes the Dynamic Data Exchange (DDE) and RealTimeData (RTD) which allows calling a Component Object Model (COM) automation server for dynamic or realtime financial or scientific data. Security concerns As with any common programming language, VBA macros can be created with malicious intent. Using VBA, most of the security features lie in the hands of the user, not the author. The VBA host application options are accessible to the user. The user who runs any document containing VBA macros can preset the software with user preferences. End-users can protect themselves from attack by disabling macros from running in an application or by granting permission for a document to run VBA code only if they are sure that the source of the document can be trusted. Version history VBA was first launched with MS Excel 5.0 in 1993. It became an instant success among developers to create corporate solutions using Excel. Inclusion of VBA with Microsoft Project, Access and Word replacing AccessBASIC and WordBASIC respectively made it more popular. VBA 4.0 is the next famous release with a totally upgraded version compared to previous one. Released in 1996, it is written in C++ and became an object oriented language. VBA 5.0 was launched in 1997 along with all of MS Office 97 products. The only exception for this was Outlook 97 which used VBScript. VBA 6.0 and VBA 6.1 were launched in 1999, notably with support for COM add-ins in Office 2000. VBA 6.2 was released alongside Office 2000 SR-1. VBA 6.3 was released after Office XP, VBA 6.4 followed Office 2003 and VBA 6.5 was released with Office 2007. Office 2010 includes VBA 7.0. There are no new features in VBA 7 for developers compared to VBA 6.5 except for 64-bit support. However, after VBA 6.5/Office 2007, Microsoft stopped licensing VBA for other applications. Office 2013, Office 2016, and Office 2019 include VBA 7.1. Development As of July 1, 2007, Microsoft no longer offers VBA distribution licenses to new customers. Microsoft intended to add .NET-based languages to the current version of VBA ever since the release of the .NET Framework, of which versions 1.0 and 1.1 included a scripting runtime technology named Script for the .NET Framework. Visual Studio .NET 2002 and 2003 SDK contained a separate scripting IDE called Visual Studio for Applications (VSA) that supported VB.NET. One of its significant features was that the interfaces to the technology were available via Active Scripting (VBScript and JScript), allowing even .NET-unaware applications to be scripted via .NET languages. However, VSA was deprecated in version 2.0 of the .NET Framework, leaving no clear upgrade path for applications desiring Active Scripting support (although "scripts" can be created in C#, VBScript, and other .NET languages, which can be compiled and executed at run-time via libraries installed as part of the standard .NET runtime). Microsoft dropped VBA support for Microsoft Office
6, which was declared legacy in 2008, and is an associated integrated development environment (IDE). Although pre-.NET Visual Basic is no longer supported or updated by Microsoft, the VBA programming language was upgraded in 2010 with the introduction of Visual Basic for Applications 7 in Microsoft Office applications. Visual Basic for Applications enables building user-defined functions (UDFs), automating processes and accessing Windows API and other low-level functionality through dynamic-link libraries (DLLs). It supersedes and expands on the abilities of earlier application-specific macro programming languages such as Word's WordBASIC. It can be used to control many aspects of the host application, including manipulating user interface features, such as menus and toolbars, and working with custom user forms or dialog boxes. As its name suggests, VBA is closely related to Visual Basic and uses the Visual Basic Runtime Library. However, VBA code normally can only run within a host application, rather than as a standalone program. VBA can, however, control one application from another using OLE Automation. For example, VBA can automatically create a Microsoft Word report from Microsoft Excel data that Excel collects automatically from polled sensors. VBA can use, but not create, ActiveX/COM DLLs, and later versions add support for class modules. VBA is built into most Microsoft Office applications, including Office for Mac OS X (except version 2008), and other Microsoft applications, including Microsoft MapPoint and Microsoft Visio. VBA is also implemented, at least partially, in applications published by companies other than Microsoft, including ArcGIS, AutoCAD, CorelDraw, LibreOffice, Reflection, SolidWorks, WordPerfect, and UNICOM System Architect (which supports VBA 7.1). Design Code written in VBA is compiled to Microsoft P-Code (pseudo-code), a proprietary intermediate language, which the host applications (Access, Excel, Word, Outlook, and PowerPoint) store as a separate stream in COM Structured Storage files (e.g., .doc or .xls) independent of the document streams. The intermediate code is then executed by a virtual machine (hosted by the host application). Despite its resemblance to many old BASIC dialects (particularly Microsoft BASIC, from which it is indirectly derived), VBA is incompatible with any of them except Visual Basic, where source code of VBA modules and classes can be directly imported, and which shares the same library and virtual machine. Compatibility ends with Visual Basic version 6; VBA is incompatible with Visual Basic .NET (VB.NET). VBA is proprietary to Microsoft and, apart from the COM interface, is not an open standard. Automation Interaction with the host application uses OLE Automation. Typically, the host application provides a type library and application programming interface (API) documentation which document how VBA programs can interact with the application. This documentation can be examined from inside the VBA development environment using its Object Browser. Visual Basic for Applications programs which are written to use the OLE
VisualBoyAdvance, an emulator for the Nintendo Game Boy Advance handheld video game system Organizations Vanchit Bahujan Aghadi, an Indian political party Veterans Benefits Administration, an organizational element of the U.S. Department of Veterans Affairs Veterans Benevolent
an Indian political party Veterans Benefits Administration, an organizational element of the U.S. Department of Veterans Affairs Veterans Benevolent Association, an early gay-interest organization founded by World War II veterans Vietnam Basketball Association, a professional men's basketball league in Vietnam Virginia Bar Association, a US voluntary
face Málaga CF, on 5 May 2002, a date that has gone down in Valencia's history. The team shut itself away in Benalmádena, close to the scene of the game, in order to gain focus. An early goal from Roberto Ayala and another close to half-time from Fábio Aurélio assured them their fifth La Liga title, 31 years after their last title win. The 2002–03 season was a disappointing one for Valencia, as they failed in their attempt to retain the La Liga title and ended up outside of the Champions League spots in fifth, behind Celta de Vigo. They were also knocked out in the quarter-finals of the Champions League by Internazionale on away goals. The 2003–04 season saw Valencia trailing the longtime leaders Real Madrid. In February, after 26 games played, Real Madrid were eight points clear. However, their form declined in the late season and they lost their last five games of the campaign, allowing Valencia to overtake them and win the title. The club added the UEFA Cup to this success. Valencia had now been La Liga champions twice in three seasons. In the summer of 2004, coach Rafael Benítez decided to leave the club, stating he had had problems with the club president; he would soon become manager of Liverpool. He was replaced by former Valencia coach Claudio Ranieri, who had recently been sacked by Chelsea. His second reign at the club was a disappointment, however, as Valencia harboured realistic hopes of retaining their La Liga crown but, by February, found themselves in seventh place. Valencia had also been knocked out of the Champions League group phase, with Ranieri being sacked promptly in February. The 2004–05 season ended with Valencia outside of the UEFA Cup spots. In the summer of 2005, Getafe CF coach Quique Flores was appointed as the new manager of Valencia and ended the season in third place, which in turn gained Valencia a place in the Champions League after a season away from the competition. The 2006–07 season was a season with many difficulties, a season which started with realistic hopes of challenging for La Liga was disrupted with a huge list of injuries to key players and internal arguments between Flores and new Sporting Director Amedeo Carboni. Valencia ended the season in fourth place and were knocked out of the Champions League at the quarter-finals stage by Chelsea 3–2 on aggregate, after knocking out Italian champions Inter in the second round. In the summer of 2007, the internal fight between Flores and Carboni was settled with Carboni being replaced by Ángel Ruiz as the new Sporting Director of Valencia. On 29 October 2007, the Valencia board of directors fired Flores after a string of disappointing performances and caretaker manager Óscar Rubén Fernández took over on a temporary basis until a full-time manager was found, rumoured to be either Marcello Lippi or José Mourinho. A day later, Dutch manager Ronald Koeman announced he would be leaving PSV to sign for Valencia. But there was still no improvement; in fact, Valencia even went on to drop to the 15th position in the league, just two points above the relegation zone. Although on 16 April 2008, Valencia lifted the Copa del Rey with a 3–1 victory over Getafe at the Vicente Calderón Stadium. This was the club's seventh Copa title. Five days later, one day after a devastating 5–1 league defeat in Bilbao, Valencia fired Ronald Koeman and replaced him with Voro, who would guide Valencia as Caretaker Manager for the rest of the season. He went on to win the first game since the sacking of Koeman, beating CA Osasuna 3–0 in his first game in charge. Voro would eventually drag Valencia from the relegation battle to a safe mid-table finish of 10th place, finally ending a disastrous league campaign for Los Che. Highly rated Unai Emery was announced as the new manager of Valencia on 22 May 2008. The start of the young manager's career looked to be promising, with the club winning four out of its first five games, a surge that saw the team rise to the top position of the La Liga table. Despite looking impressive in Europe, Los Che then hit a poor run of form in the league that saw them dip as low as seventh in the standings. Amid the slump emerged reports of a massive internal debt at the club exceeding 400 million Euros, as well as that the players had been unpaid in weeks. The team's problems were compounded when they were knocked out of the UEFA Cup by Dynamo Kyiv on away goals. After a run where Valencia took only five points from ten games in La Liga, an announcement was made that the club had secured a loan that would cover the players' expenses until the end of the year. This announcement coincided with an upturn in form, and the club won six of its next eight games to surge back into the critical fourth place Champions' League spot. However, Los Che were then defeated by 4th place rivals Atlético Madrid and Villarreal in two of the last three games of the campaign, and finished sixth in the table, which meant they failed to qualify for a second successive year for the Champions League. The 2010s: Debt issues and stability No solution had yet been found to address the massive debt Valencia was faced with, and rumors persisted that top talents such as David Villa, Juan Mata, and David Silva could leave the club to help balance the books. In the first season of the new decade, Valencia returned to the UEFA Champions League for the first time since the 2007–08 season, as they finished comfortably in third in the 2009–10 La Liga season. However, in the summer of 2010, due to financial reasons, David Villa and David Silva were sold to Barcelona and Manchester City, respectively, to reduce the club's massive debt. But, despite the loss of two of the club's most important players, the team was able to finish comfortably in third again 2010–11 La Liga for the second season running, although they were eliminated from the Champions League by German side Schalke 04 in the Round of 16. In the summer of 2011, then-current captain Juan Mata was sold to Chelsea to further help Valencia's precarious financial situation. It was announced by President Manuel Llorente that the club's debt had been decreased and that the work on the new stadium will restart as soon as possible, sometime in 2012. Peter Lim's ownership During the 2012–13 season, Ernesto Valverde was announced as the new manager but after failing to qualify for the Champions League, he stepped down and was replaced by Miroslav Đukić. On 5 July 2013, Amadeo Salvo was named as the new president of the club. Almost a month after Salvo was named president, on 1 August 2013, Valencia sold star striker Roberto Soldado to English club Tottenham Hotspur for a reported fee of €30 million. Miroslav Đukić was sacked six months into the 2013–14 season after just 6 wins in his first 16 matches, Valencia's worst start in 15 years. He was replaced by Juan Antonio Pizzi on 26 December 2013. Under Pizzi, Valencia reached the semi-finals of the UEFA Europa League, where they lost to eventual winners Sevilla on away goals and finished 8th in La Liga despite a disastrous start to the season. In May 2014, Singaporean businessman Peter Lim was designated by the Fundación Valencia CF as the buyer of 70.4% of the shares owned by the club's foundation. After months of negotiations between Lim and Bankia (the main creditor of the club), an agreement was reached in August 2014. Juan Antonio Pizzi was unexpectedly sacked as head coach and replaced by Nuno Espírito Santo on 2 July 2014. Later, Salvo revealed in an interview that hiring Nuno was one of the conditions Lim had insisted on when buying the club. This raised eyebrows in the media because of Nuno's close relationship with the football agent Jorge Mendes, whose first-ever client was Nuno. Lim and Mendes are also close friends and business partners. Regardless, Nuno's first season was a successful one. Notable signings included Álvaro Negredo, André Gomes and Enzo Pérez, who had just won the LPFP Primeira Liga Player of the Year in the Portuguese Primeira Liga. Valencia finished the 2014–15 season in fourth place for Champions League qualification with 77 points, just one point ahead of Sevilla after a dramatic final week, defeating Granada 4–0. On 2 July 2015, Amadeo Salvo resigned from his post as the executive president of Valencia, citing personal reasons. He was a popular figure among the fans. On 10 August 2015, Nicolás Otamendi was sold to Manchester City for £32 million and Aymen Abdennour was signed from Monaco for £22 million as his replacement. Valencia defeated Monaco in the Champions League playoff round with a 4–3 aggregate victory. However, Valencia had a poor start to the 2015–16 season, winning 5 out of 13 matches and failing to progress from the Champions League group stages. The fans were also increasingly concerned about the growing influence of Jorge Mendes in the club's activities. On 29 November, Nuno resigned as manager and former Manchester United defender Gary Neville was hired as his replacement on 2 December. Valencia went winless for nine matches before earning their first win under Neville in a 2–1 victory at home against Espanyol. On 30 March 2016, Neville was sacked after recording the lowest win percentage in La Liga history for a Valencia manager with minimum of five matches, winning just 3 out of 16 matches. He was replaced by Pako Ayestarán, who was brought in by Neville as the assistant coach just one month prior. Valencia finished the season in 12th position. In the summer of 2016, André Gomes and Paco Alcácer were both sold to Barcelona and Shkodran Mustafi was sold to Arsenal, while Ezequiel Garay and former Manchester United player Nani were brought in. Pako Ayestarán was sacked on 21 September 2016 after four-straight defeats at the beginning of the 2016–17 season. Former Italy national team head coach Cesare Prandelli was hired as his replacement on 28 September. However, he resigned after just three months on 30 December, claiming the club had made him false transfer promises. Days later, on 7 January 2017, Valencia sporting director Jesús García Pitarch also resigned, saying he felt like he was being used as a shield for criticism by the club and that he could not defend something he no longer believed in. Voro was named caretaker manager for the fifth time until the end of season, with Valencia in 17th position and in danger of relegation. However, results improved under Voro and he steered Valencia clear off relegation, ultimately finishing the season in 12th place. On 27 March, Mateu Alemany was named the new director general of Valencia. The club also announced club president Lay Hoon Chan had submitted her resignation and that she would be replaced by Anil Murthy. After rumors arose of Lim's attempts at selling the club, Murthy assured the fans and local media that Valencia was a long-term project for both him and Lim, and they would not consider selling the club. For the following season, former Villarreal coach Marcelino was named the new manager on 12 May. After a successful first season under Marcelino, the club secured 4th position and a return to the Champions League. In his second season, they again finished 4th and also reached the semi-finals of the UEFA Europa League. On 25 May 2019, Valencia won the Copa del Rey, upsetting FC Barcelona in the final as they won their first trophy since 2008. Both Marcelino and sporting director Mateu Alemany, who were credited as the architects of this success, were fired on 11 September 2019 after the former publicly criticized Lim. He was replaced by the ultimately unsuccessful Albert Celades, who was sacked due to poor results, while sporting director César Sanchez resigned that same season, making it six different managers and another six sporting directors by 2020. For the season 2020–21, manager Javi Gracia was hired. He was put in charge of a team full of prospects and reserves after the club failed to sign any player during the summer transfer window, but sold key players such as captain Dani Parejo. Local wonderkid Ferran Torres was sold to Manchester City for half his market value. Overall, Valencia sold players worth 85 million euros in order to rebalance the club's books. At the beginning of the season, the club was unable to pay the salaries to the remaining players. After six seasons under Peter Lim's ownership, Valencia CF accumulated losses of 323 million euros, while the value of his biggest investment company, Thomson Medical Group, lost 1.7 billion euros during the same six-year period. Following those years of mismanagement, the playing squad was cut significantly in terms of quality and Lim's ownership has faced strong criticism in Valencia. In the 2021–2022 season, Alicante head coach José Bordalás was hired after spending 5 seasons at Getafe CF. The first signing made by the club in the 2021–2022 season was Omar Alderete on loan. Stadium Valencia played its first years at the Algirós stadium, but moved to the Mestalla in 1923. In the 1950s, the Mestalla was restructured, which resulted in a capacity increase to 45,000 spectators. Today it holds 49,500 seats, making it the fifth largest stadium in Spain. It is also renowned for its steep terracing and for being one of the most intimidating atmospheres in Europe. On 20 May 1923, the Mestalla pitch was inaugurated with a friendly match between Valencia and Levante UD. A long history has taken place on the Mestalla field since its very beginning, when the Valencia team was not yet in the Primera División. Back then, this stadium could hold 17,000 spectators, and in that time, the club started to show its potential in regional championships, which led the managers of that time to carry out the first alterations of Mestalla in 1927. The stadium's total capacity increased to 25,000 before it became severely damaged during the Civil War; the Mestalla was used as a concentration camp and a junk warehouse. It would only keep its structure, since the rest was a lonely plot of land with no terraces and a stand broken during the war. Once the Valencian pitch was renovated, the Mestalla saw how the team managed to bring home their first title in 1941. During the 1950s, the Valencia ground experienced the deepest change in its whole history. That project resulted in a stadium with a capacity of 45,500 spectators, that eventually saw destruction by a flood in October 1957 that arose from the overflowing of the Turia River. Nevertheless, the Mestalla not only returned to normality, but also some more improvements were added, like artificial light, which was inaugurated during the 1959 Fallas festivities. During the 1960s, the stadium kept the same appearance, whilst the urban view around it was quickly being transformed. Moreover, the ground held its first European matches, with Nottingham Forest being the first foreign team to play at the Mestalla, on 15 September 1961. From 1969, the expression "Anem a Mestalla" ("Let's go to the Mestalla"), so common among the supporters, began to fall into oblivion. The reason of this was due to a proposed name change of the stadium to honor Luis Casanova Giner, the club's most successful president. Giner admitted he was completely overwhelmed by such honour, but requested in 1994 that the original name of Mestalla remained. In 1972, the head office of the club, located in the back of the numbered terraces, was inaugurated. It consisted of an office of avant-garde style with a trophy hall, which held the founding flag of the club. In the summer of 1973, more goal seats, which meant the elimination of fourteen rows of standing terraces, were added to provide comfort. Club management also considered the possibility of moving the Mestalla from its present location, to land On the outskirts of the town, before deciding against it. Mestalla also hosted the Spain national football team for the first time in 1925. It was chosen as the national team's group venue when Spain staged the 1982 FIFA World Cup, and at the 1992 Summer Olympics held in Barcelona. All of Spain's matches up to the final were held at Mestalla, as they won Gold. Mestalla has been the setting for important international matches, has held several Cup finals, and has also been the home of Levante. The ground also provided a temporary home for Castellón and Real Madrid for European games due to stadium development. New stadium The 2008–09 season was to have been the last season at the Mestalla, with the club moving to their new 75,000-seater stadium Nou Mestalla in time for the 2009–10 season. However, due to the
like Luis Aragonés and Jorge Valdano, as well as foreign star forwards like Brazilian Romário, Claudio López, Ariel Ortega from Argentina, and Adrian Ilie from Romania. The 2000s: Valencia returns to the top of Spain and Europe Valencia started the 1999–00 season by winning another title, the Spanish Super Cup, beating FC Barcelona. Valencia finished third in the league, four points behind the champions Deportivo de La Coruña and level on points with second placed Barça. But the biggest success was in the UEFA Champions League; for the first time in its history, Valencia reached the European Cup final. However, in the final played in Paris on 24 May 2000, Real Madrid beat Valencia 3–0. It was also Claudio López's farewell, as he had agreed to sign for the Italian side Lazio, also leaving was Farinós for Internazionale and Gerard for Barcelona. The notable signings of that summer were John Carew, Rubén Baraja, Roberto Ayala, Vicente Rodríguez, and the Brazilian left back Fábio Aurélio. Also bought that season was Pablo Aimar in January. Baraja, Aimar, Vicente, and Ayala would soon become a staple of Valencia's dominance of the early 2000s in La Liga. Valencia started the championship on the right foot and were top of the league after 10 games. After the Christmas break, however, Valencia started to pay for the top demand that such an absorbing competition like the Champions League requires. After passing the two mini-league phases, Héctor Cúper's team eliminated Arsenal in quarter-finals and Leeds United in the semi-finals, and got ready to face Bayern Munich in the big final; Valencia had reached two European Cup finals in a row. This time, the final was to be played in Milan at the San Siro on 23 May. Gaizka Mendieta gave Valencia the lead by scoring from the penalty spot right at the start of the match. Goalkeeper Santiago Cañizares then stopped a penalty from Mehmet Scholl, but Stefan Effenberg drew level after the break thanks to another penalty. After extra time, it went to penalties, where a Mauricio Pellegrino miss gave Bayern Champions League glory and dealt Valencia a second-straight exit in the finals. Valencia went on to slip to fifth place in La Liga and out of Champions League contestation for the 2001–02 season. The final game of the season meant Valencia only needed a draw at the Camp Nou against Barcelona to seal Champions League qualification. Los Che lost to Barcelona 3–2 at the Nou Camp, with a last minute goal from Rivaldo resulting in Barcelona qualifying for the Champions League while Valencia missed out. The president, D. Pedro Cortés, resigned due to personal reasons and left the club in July, with the satisfaction of having won one Copa del Rey, one Spanish Super Cup, and having been runners-up in two successive Champions League finals. D. Jaime Ortí replaced him as president and expressed his intention on maintaining the good form that had made the club so admired on the European circuit. There were also some changes in the team and staff. Rafael Benítez, after helping CD Tenerife to promotion, replaced Héctor Cúper after the latter became the new coach at Internazionale in Italy. Among the playing squad, Gaizka Mendieta, Didier Deschamps, Luis Milla, and Zlatko Zahovič left, while Carlos Marchena, Mista, Curro Torres, Francisco Rufete, Gonzalo de los Santos, and Salva Ballesta all arrived. From 1999 up until the end of the 2004 season, Valencia had one of their most successful periods in the club's history. With a total of two La Liga titles, one UEFA Cup, one Copa del Rey, and one UEFA Super Cup in those six years, no less than five first class titles and two Champions League finals had been achieved. That first game against fellow title rivals Real Madrid produced a significant and important victory. This was followed by a record of 11 games won consecutively, breaking the existing one set in the 1970–71 season, the season they had last won the La Liga title under Alfredo Di Stéfano. After a defeat in A Coruña against Deportivo on 9 December 2001, the team had to win against RCD Espanyol in the Estadi Olímpic Lluís Companys to prevent falling further behind the league leaders. Valencia were 2–0 down at half time, but a comeback in the second half saw Valencia win 3–2. In the second part of the season, Benítez's team suffered a small setback after losing 1–0 in the Santiago Bernabéu to Real Madrid, but they recovered from this setback and achieved four victories and two draws in the following six games against UD Las Palmas, Athletic Bilbao, Deportivo Alavés, Real Zaragoza, and Barça. In one of those crucial games that they would come up against Espanyol, Valencia were trailing 1–0 half-time and a man down too with the dismissal of Carboni, but after two goals from Rubén Baraja, Valencia achieved a 2–1 victory. Furthermore, Real Madrid's defeat in Anoeta to Real Sociedad left Valencia with a three-point lead at the top of the table. The final game of the season was at La Rosaleda to face Málaga CF, on 5 May 2002, a date that has gone down in Valencia's history. The team shut itself away in Benalmádena, close to the scene of the game, in order to gain focus. An early goal from Roberto Ayala and another close to half-time from Fábio Aurélio assured them their fifth La Liga title, 31 years after their last title win. The 2002–03 season was a disappointing one for Valencia, as they failed in their attempt to retain the La Liga title and ended up outside of the Champions League spots in fifth, behind Celta de Vigo. They were also knocked out in the quarter-finals of the Champions League by Internazionale on away goals. The 2003–04 season saw Valencia trailing the longtime leaders Real Madrid. In February, after 26 games played, Real Madrid were eight points clear. However, their form declined in the late season and they lost their last five games of the campaign, allowing Valencia to overtake them and win the title. The club added the UEFA Cup to this success. Valencia had now been La Liga champions twice in three seasons. In the summer of 2004, coach Rafael Benítez decided to leave the club, stating he had had problems with the club president; he would soon become manager of Liverpool. He was replaced by former Valencia coach Claudio Ranieri, who had recently been sacked by Chelsea. His second reign at the club was a disappointment, however, as Valencia harboured realistic hopes of retaining their La Liga crown but, by February, found themselves in seventh place. Valencia had also been knocked out of the Champions League group phase, with Ranieri being sacked promptly in February. The 2004–05 season ended with Valencia outside of the UEFA Cup spots. In the summer of 2005, Getafe CF coach Quique Flores was appointed as the new manager of Valencia and ended the season in third place, which in turn gained Valencia a place in the Champions League after a season away from the competition. The 2006–07 season was a season with many difficulties, a season which started with realistic hopes of challenging for La Liga was disrupted with a huge list of injuries to key players and internal arguments between Flores and new Sporting Director Amedeo Carboni. Valencia ended the season in fourth place and were knocked out of the Champions League at the quarter-finals stage by Chelsea 3–2 on aggregate, after knocking out Italian champions Inter in the second round. In the summer of 2007, the internal fight between Flores and Carboni was settled with Carboni being replaced by Ángel Ruiz as the new Sporting Director of Valencia. On 29 October 2007, the Valencia board of directors fired Flores after a string of disappointing performances and caretaker manager Óscar Rubén Fernández took over on a temporary basis until a full-time manager was found, rumoured to be either Marcello Lippi or José Mourinho. A day later, Dutch manager Ronald Koeman announced he would be leaving PSV to sign for Valencia. But there was still no improvement; in fact, Valencia even went on to drop to the 15th position in the league, just two points above the relegation zone. Although on 16 April 2008, Valencia lifted the Copa del Rey with a 3–1 victory over Getafe at the Vicente Calderón Stadium. This was the club's seventh Copa title. Five days later, one day after a devastating 5–1 league defeat in Bilbao, Valencia fired Ronald Koeman and replaced him with Voro, who would guide Valencia as Caretaker Manager for the rest of the season. He went on to win the first game since the sacking of Koeman, beating CA Osasuna 3–0 in his first game in charge. Voro would eventually drag Valencia from the relegation battle to a safe mid-table finish of 10th place, finally ending a disastrous league campaign for Los Che. Highly rated Unai Emery was announced as the new manager of Valencia on 22 May 2008. The start of the young manager's career looked to be promising, with the club winning four out of its first five games, a surge that saw the team rise to the top position of the La Liga table. Despite looking impressive in Europe, Los Che then hit a poor run of form in the league that saw them dip as low
conclusive evidence of the event. On this date, the spacecraft was approximately from the Sun. Voyager 1 was commanded to change its orientation to measure the sideways motion of the solar wind at that location in space in March 2011 (~33yr 6mo from launch). A test roll done in February had confirmed the spacecraft's ability to maneuver and reorient itself. The course of the spacecraft was not changed. It rotated 70 degrees counterclockwise with respect to Earth to detect the solar wind. This was the first time the spacecraft had done any major maneuvering since the Family Portrait photograph of the planets was taken in 1990. After the first roll the spacecraft had no problem in reorienting itself with Alpha Centauri, Voyager 1's guide star, and it resumed sending transmissions back to Earth. Voyager 1 was expected to enter interstellar space "at any time". Voyager 2 was still detecting outward flow of solar wind at that point but it was estimated that in the following months or years it would experience the same conditions as Voyager 1. The spacecraft was reported at 12.44° declination and 17.163 hours right ascension, and at an ecliptic latitude of 34.9° (the ecliptic latitude changes very slowly), placing it in the constellation Ophiuchus as observed from the Earth on May 21, 2011. On December 1, 2011, it was announced that Voyager 1 had detected the first Lyman-alpha radiation originating from the Milky Way galaxy. Lyman-alpha radiation had previously been detected from other galaxies, but because of interference from the Sun, the radiation from the Milky Way was not detectable. NASA announced on December 5, 2011, that Voyager 1 had entered a new region referred to as a "cosmic purgatory". Within this stagnation region, charged particles streaming from the Sun slow and turn inward, and the Solar System's magnetic field is doubled in strength as interstellar space appears to be applying pressure. Energetic particles originating in the Solar System decline by nearly half, while the detection of high-energy electrons from outside increases 100-fold. The inner edge of the stagnation region is located approximately 113 AU from the Sun. Heliopause NASA announced in June 2012 that the probe was detecting changes in the environment that were suspected to correlate with arrival at the heliopause. Voyager 1 had reported a marked increase in its detection of charged particles from interstellar space, which are normally deflected by the solar winds within the heliosphere from the Sun. The craft thus began to enter the interstellar medium at the edge of the Solar System. Voyager 1 became the first spacecraft to cross the heliopause in August 2012, then at a distance of from the Sun, although this was not confirmed for another year. As of September 2012, sunlight took 16.89 hours to get to Voyager 1 which was at a distance of 121 AU. The apparent magnitude of the Sun from the spacecraft was -16.3 (about 30 times brighter than the full Moon). The spacecraft was traveling at relative to the Sun. It would need about 17,565 years at this speed to travel a light-year. To compare, Proxima Centauri, the closest star to the Sun, is about 4.2 light-years () distant. Were the spacecraft traveling in the direction of that star, 73,775 years would pass before Voyager 1 would reach it. (Voyager 1 is heading in the direction of the constellation Ophiuchus.) In late 2012, researchers reported that particle data from the spacecraft suggested that the probe had passed through the heliopause. Measurements from the spacecraft revealed a steady rise since May in collisions with high energy particles (above 70 MeV), which are thought to be cosmic rays emanating from supernova explosions far beyond the Solar System, with a sharp increase in these collisions in late August. At the same time, in late August, there was a dramatic drop in collisions with low-energy particles, which are thought to originate from the Sun. Ed Roelof, space scientist at Johns Hopkins University and principal investigator for the Low-Energy Charged Particle instrument on the spacecraft, declared that "most scientists involved with Voyager 1 would agree that [these two criteria] have been sufficiently satisfied". However, the last criterion for officially declaring that Voyager 1 had crossed the boundary, the expected change in magnetic field direction (from that of the Sun to that of the interstellar field beyond), had not been observed (the field had changed direction by only 2 degrees), which suggested to some that the nature of the edge of the heliosphere had been misjudged. On December 3, 2012, Voyager project scientist Ed Stone of the California Institute of Technology said, "Voyager has discovered a new region of the heliosphere that we had not realized was there. We're still inside, apparently. But the magnetic field now is connected to the outside. So it's like a highway letting particles in and out." The magnetic field in this region was 10 times more intense than Voyager 1 encountered before the termination shock. It was expected to be the last barrier before the spacecraft exited the Solar System completely and entered interstellar space. Interstellar medium In March 2013, it was announced that Voyager 1 might have become the first spacecraft to enter interstellar space, having detected a marked change in the plasma environment on August 25, 2012. However, until September 12, 2013, it was still an open question as to whether the new region was interstellar space or an unknown region of the Solar System. At that time, the former alternative was officially confirmed. In 2013 Voyager 1 was exiting the Solar System at a speed of about per year, while Voyager 2 is going slower, leaving the Solar System at per year. Each year, Voyager 1 increases its lead over Voyager 2. Voyager 1 reached a distance of from the Sun on May 18, 2016. On September 5, 2017, that had increased to about from the Sun, or just over 19 light-hours; at that time, Voyager 2 was from the Sun. Its progress can be monitored at NASA's website (see § External links). On September 12, 2013, NASA officially confirmed that Voyager 1 had reached the interstellar medium in August 2012 as previously observed. The generally accepted date of arrival is August 25, 2012 (approximately 10 days before the 35th anniversary of its launch), the date durable changes in the density of energetic particles were first detected. By this point, most space scientists had abandoned the hypothesis that a change in magnetic field direction must accompany a crossing of the heliopause; a new model of the heliopause predicted that no such change would be found. A key finding that persuaded many scientists that the heliopause had been crossed was an indirect measurement of an 80-fold increase in electron density, based on the frequency of plasma oscillations observed beginning on April 9, 2013, triggered by a solar outburst that had occurred in March 2012 (electron density is expected to be two orders of magnitude higher outside the heliopause than within). Weaker sets of oscillations measured in October and November 2012 provided additional data. An indirect measurement was required because Voyager 1's plasma spectrometer had stopped working in 1980. In September 2013, NASA released recordings of audio transductions of these plasma waves, the first to be measured in interstellar space. While Voyager 1 is commonly spoken of as having left the Solar System simultaneously with having left the heliosphere, the two are not the same. The Solar System is usually defined as the vastly larger region of space populated by bodies that orbit the Sun. The craft is presently less than one-seventh the distance to the aphelion of Sedna, and it has not yet entered the Oort cloud, the source region of long-period comets, regarded by astronomers as the outermost zone of the Solar System. In October 2020, astronomers reported a significant unexpected increase in density in the space beyond the Solar System as detected by the Voyager 1 and Voyager 2 space probes. According to the researchers, this implies that "the density gradient is a large-scale feature of the VLISM (very local interstellar medium) in the general direction of
6, 2003. The issue would not be resolved until other data became available, since Voyager 1 solar-wind detector ceased functioning in 1990. This failure meant that termination shock detection would have to be inferred from the data from the other instruments on board. In May 2005, a NASA press release said that the consensus was that Voyager 1 was then in the heliosheath. In a scientific session at the American Geophysical Union meeting in New Orleans on May 25, 2005, Dr. Ed Stone presented evidence that the craft crossed the termination shock in late 2004. This event is estimated to have occurred on December 15, 2004, at a distance of from the Sun. Heliosheath On March 31, 2006, amateur radio operators from AMSAT in Germany tracked and received radio waves from Voyager 1 using the dish at Bochum with a long integration technique. Retrieved data was checked and verified against data from the Deep Space Network station at Madrid, Spain. This seems to be the first such amateur tracking of Voyager 1. It was confirmed on December 13, 2010, that Voyager 1 had passed the reach of the radial outward flow of the solar wind, as measured by the Low Energy Charged Particle device. It is suspected that solar wind at this distance turns sideways because of interstellar wind pushing against the heliosphere. Since June 2010, detection of solar wind had been consistently at zero, providing conclusive evidence of the event. On this date, the spacecraft was approximately from the Sun. Voyager 1 was commanded to change its orientation to measure the sideways motion of the solar wind at that location in space in March 2011 (~33yr 6mo from launch). A test roll done in February had confirmed the spacecraft's ability to maneuver and reorient itself. The course of the spacecraft was not changed. It rotated 70 degrees counterclockwise with respect to Earth to detect the solar wind. This was the first time the spacecraft had done any major maneuvering since the Family Portrait photograph of the planets was taken in 1990. After the first roll the spacecraft had no problem in reorienting itself with Alpha Centauri, Voyager 1's guide star, and it resumed sending transmissions back to Earth. Voyager 1 was expected to enter interstellar space "at any time". Voyager 2 was still detecting outward flow of solar wind at that point but it was estimated that in the following months or years it would experience the same conditions as Voyager 1. The spacecraft was reported at 12.44° declination and 17.163 hours right ascension, and at an ecliptic latitude of 34.9° (the ecliptic latitude changes very slowly), placing it in the constellation Ophiuchus as observed from the Earth on May 21, 2011. On December 1, 2011, it was announced that Voyager 1 had detected the first Lyman-alpha radiation originating from the Milky Way galaxy. Lyman-alpha radiation had previously been detected from other galaxies, but because of interference from the Sun, the radiation from the Milky Way was not detectable. NASA announced on December 5, 2011, that Voyager 1 had entered a new region referred to as a "cosmic purgatory". Within this stagnation region, charged particles streaming from the Sun slow and turn inward, and the Solar System's magnetic field is doubled in strength as interstellar space appears to be applying pressure. Energetic particles originating in the Solar System decline by nearly half, while the detection of high-energy electrons from outside increases 100-fold. The inner edge of the stagnation region is located approximately 113 AU from the Sun. Heliopause NASA announced in June 2012 that the probe was detecting changes in the environment that were suspected to correlate with arrival at the heliopause. Voyager 1 had reported a marked increase in its detection of charged particles from interstellar space, which are normally deflected by the solar winds within the heliosphere from the Sun. The craft thus began to enter the interstellar medium at the edge of the Solar System. Voyager 1 became the first spacecraft to cross the heliopause in August 2012, then at a distance of from the Sun, although this was not confirmed for another year. As of September 2012, sunlight took 16.89 hours to get to Voyager 1 which was at a distance of 121 AU. The apparent magnitude of the Sun from the spacecraft was -16.3 (about 30 times brighter than the full Moon). The spacecraft was traveling at relative to the Sun. It would need about 17,565 years at this speed to travel a light-year. To compare, Proxima Centauri, the closest star to the Sun, is about 4.2 light-years () distant. Were the spacecraft traveling in the direction of that star, 73,775 years would pass before Voyager 1 would reach it. (Voyager 1 is heading in the direction of the constellation Ophiuchus.) In late 2012, researchers reported that particle data from the spacecraft suggested that the probe had passed through the heliopause. Measurements from the spacecraft revealed a steady rise since May in collisions with high energy particles (above 70 MeV), which are thought to be cosmic rays emanating from supernova explosions far beyond the Solar System, with a sharp increase in these collisions in late August. At the same time, in late August, there was a dramatic drop in collisions with low-energy particles, which are thought to originate from the Sun. Ed Roelof, space scientist at Johns Hopkins University and principal investigator for the Low-Energy Charged Particle instrument on the spacecraft, declared that "most scientists involved with Voyager 1 would agree that [these two criteria] have been sufficiently satisfied". However, the last criterion for officially declaring that Voyager 1 had crossed the boundary, the expected change in magnetic field direction (from that of the Sun to that of the interstellar field beyond), had not been observed (the field had changed direction by only 2 degrees), which suggested to some that the nature of the edge of the heliosphere had been misjudged. On December 3, 2012, Voyager project scientist Ed Stone of the California Institute of Technology said, "Voyager has discovered a new region of the heliosphere that we had not realized was there. We're still inside, apparently. But the magnetic field now is connected to the outside. So it's like a highway letting particles in and out." The magnetic field in this region was 10 times more intense than Voyager 1 encountered before the termination shock. It was expected to be the last barrier before the spacecraft exited the Solar System completely and entered interstellar space. Interstellar medium In March 2013, it was announced that Voyager 1 might have become the first spacecraft to enter interstellar space, having detected a marked change in the plasma environment on August 25, 2012. However, until September 12, 2013, it was still an open question as to whether the new region was interstellar space or an unknown region of the Solar System. At that time, the former alternative was officially confirmed. In 2013 Voyager 1 was exiting the Solar System at a speed of about per year, while Voyager 2 is going slower, leaving the Solar System at per year. Each year, Voyager 1 increases its lead over Voyager 2. Voyager 1 reached a distance of from the Sun on May 18, 2016. On September 5, 2017, that had increased to about from the Sun, or just over 19 light-hours; at that time, Voyager 2 was from the Sun. Its progress can be monitored at NASA's website (see § External links). On September 12, 2013, NASA officially confirmed that Voyager 1 had reached the interstellar medium in August 2012 as previously observed. The generally accepted date of arrival is August 25, 2012 (approximately 10 days before the 35th anniversary of its launch), the date durable changes in the density of energetic particles were first detected. By this point, most space scientists had abandoned the hypothesis that a change in magnetic field direction must accompany a crossing of the heliopause; a new model of the heliopause predicted that no such change would be found. A key finding that persuaded many scientists that the heliopause had been crossed was an indirect measurement of an 80-fold increase in electron density, based on the frequency of plasma oscillations observed beginning on April 9, 2013, triggered by a solar outburst that had occurred in March 2012 (electron density is expected to be two orders of magnitude higher outside the heliopause than within). Weaker sets of oscillations measured in October and November 2012 provided additional data. An indirect measurement was required because Voyager 1's plasma spectrometer had stopped working in 1980. In September 2013, NASA released recordings of audio transductions of these plasma waves, the first to be measured in interstellar space. While Voyager 1 is commonly spoken of as having left the Solar System simultaneously with having left the heliosphere, the two are not the same. The Solar System is usually defined as the vastly larger region of space populated by bodies that orbit the Sun. The craft is presently less than one-seventh the distance to the aphelion of Sedna, and it has not yet entered the Oort cloud, the source region of long-period comets, regarded by astronomers as the outermost zone of the Solar System. In October 2020, astronomers reported a significant unexpected increase in density in the space beyond the Solar System as detected by the Voyager 1 and Voyager 2 space probes. According to the researchers, this implies that "the density gradient is a large-scale feature of the VLISM (very local interstellar medium) in the general direction of the heliospheric nose". In May 2021, NASA reported on the continuous measurement, for the first time, of the density of material in interstellar space and, as well, the detection of interstellar sounds for the first time. Future of the probe Remaining lifespan In December 2017, it was announced that NASA had successfully fired up all four of Voyager 1s trajectory correction maneuver (TCM) thrusters for the first time since 1980. The TCM thrusters will be used in the place of a degraded set of jets which were used to help keep the probe's antenna pointed towards the Earth. Use of the TCM thrusters will allow Voyager 1 to continue to transmit data to NASA for two to three more years. Due to the diminishing electrical power available, the Voyager team has had to prioritize which instruments to keep on and which to turn off. Heaters and other spacecraft systems have been turned off one by one as part of power management. The fields and particles instruments that are the most likely to send back key data about the heliosphere and interstellar space have been prioritized to keep operating. Engineers expect the spacecraft to continue operating at least one science instrument until around 2025. Far future Provided Voyager 1 does not collide with anything and is not retrieved, the New Horizons space probe will never pass it, despite being launched from Earth at a higher speed than either Voyager spacecraft. The Voyager spacecraft benefited from multiple planetary flybys to increase its heliocentric velocities, whereas New Horizons received only a single such boost, from its Jupiter flyby. As of 2018, New Horizons is
Sun's heliosphere. A part of the Voyager program, it was launched 16 days before its twin, Voyager 1, on a trajectory that took longer to reach gas giants Jupiter and Saturn but enabled further encounters with ice giants Uranus and Neptune. It remains the only spacecraft to have visited a combination of either of the gas giants and both ice giant planets. Voyager 2 was the fourth of five spacecraft to achieve the Solar escape velocity, which allowed it to leave the Solar System. Voyager 2 successfully fulfilled its primary mission of visiting the Jovian system in 1979, the Saturnian system in 1981, Uranian system in 1986, and the Neptunian system in 1989. The spacecraft is now in its extended mission of studying interstellar space. It has been operating for as of ; as of February 9, 2022, it has reached a distance of from Earth. The probe entered interstellar space on November 5, 2018, at a distance of (about 16:58 light-hours) from the Sun and moving at a velocity of relative to the star. Voyager 2 has left the Sun's heliosphere and is traveling through the interstellar medium (ISM), a region of outer space beyond the influence of the Solar System, joining Voyager 1, which had reached the interstellar medium in 2012. Voyager 2 has begun to provide the first direct measurements of the density and temperature of the interstellar plasma. Voyager 2 remains in contact with Earth through the NASA Deep Space Network. In 2020, maintenance to the Deep Space Network cut outbound contact with the probe for eight months. Contact was reestablished on November 2, 2020, when a series of instructions was transmitted, subsequently executed, and relayed back with a successful communication message. On February 12, 2021, full communications with the probe were restored after a major antenna upgrade that took a year to complete. The DSS 43 communication antenna, which is solely responsible for communications with the probe, is located near Canberra, Australia. History Background In the early space age, it was realized that a periodic alignment of the outer planets would occur in the late 1970s and enable a single probe to visit Jupiter, Saturn, Uranus, and Neptune by taking advantage of the then-new technique of gravity assists. NASA began work on a Grand Tour, which evolved into a massive project involving two groups of two probes each, with one group visiting Jupiter, Saturn, and Pluto and the other Jupiter, Uranus, and Neptune. The spacecraft would be designed with redundant systems to ensure survival through the entire tour. By 1972 the mission was scaled back and replaced with two Mariner program-derived spacecraft, the Mariner Jupiter-Saturn probes. To keep apparent lifetime program costs low, the mission would include only flybys of Jupiter and Saturn, but keep the Grand Tour option open. As the program progressed, the name was changed to Voyager. The primary mission of Voyager 1 was to explore Jupiter, Saturn, and Saturn's moon, Titan. Voyager 2 was also to explore Jupiter and Saturn, but on a trajectory that would have the option of continuing on to Uranus and Neptune, or being redirected to Titan as a backup for Voyager 1. Upon successful completion of Voyager 1's objectives, Voyager 2 would get a mission extension to send the probe on towards Uranus and Neptune. Spacecraft design Constructed by the Jet Propulsion Laboratory (JPL), Voyager 2 included 16 hydrazine thrusters, three-axis stabilization, gyroscopes and celestial referencing instruments (Sun sensor/Canopus Star Tracker) to maintain pointing of the high-gain antenna toward Earth. Collectively these instruments are part of the Attitude and Articulation Control Subsystem (AACS) along with redundant units of most instruments and 8 backup thrusters. The spacecraft also included 11 scientific instruments to study celestial objects as it traveled through space. Communications Built with the intent for eventual interstellar travel, Voyager 2 included a large, parabolic, high-gain antenna (see diagram) to transceive data via the Deep Space Network on the Earth. Communications are conducted over the S-band (about 13 cm wavelength) and X-band (about 3.6 cm wavelength) providing data rates as high as 115.2 kilobits per second at the distance of Jupiter, and then ever-decreasing as the distance increased, because of the inverse-square law. When the spacecraft is unable to communicate with Earth, the Digital Tape Recorder (DTR) can record about 64 megabytes of data for transmission at another time. Power Voyager 2 is equipped with 3 Multihundred-Watt radioisotope thermoelectric generators (MHW RTG). Each RTG includes 24 pressed plutonium oxide spheres, and provided enough heat to generate approximately 157 W of electrical power at launch. Collectively, the RTGs supplied the spacecraft with 470 watts at launch (halving every 87.7 years). They were predicted to allow operations to continue until at least 2020 and have already done so. Attitude control and propulsion Because of the energy required to achieve a Jupiter trajectory boost with an payload, the spacecraft included a propulsion module made of a solid-rocket motor and eight hydrazine monopropellant rocket engines, four providing pitch and yaw attitude control, and four for roll control. The propulsion module was jettisoned shortly after the successful Jupiter burn. Sixteen hydrazine MR-103 thrusters on the mission module provide attitude control. Four are used to execute trajectory correction maneuvers; the others in two redundant six-thruster branches, to stabilize the spacecraft on its three axes. Only one branch of attitude control thrusters is needed at any time. Thrusters are supplied by a single diameter spherical titanium tank. It contained of hydrazine at launch, providing enough fuel until 2034. Scientific instruments For more details on the Voyager space probes' identical instrument packages, see the separate article on the overall Voyager Program. Mission profile Launch and trajectory The Voyager 2 probe was launched on August 20, 1977, by NASA from Space Launch Complex 41 at Cape Canaveral, Florida, aboard a Titan IIIE/Centaur launch vehicle. Two weeks later, the twin Voyager 1 probe was launched on September 5, 1977. However, Voyager 1 reached both Jupiter and Saturn sooner, as Voyager 2 had been launched into a longer, more circular trajectory. Voyager 1s initial orbit had an aphelion of , just a little short of Saturn's orbit of . Voyager 2s initial orbit had an aphelion of , well short of Saturn's orbit. In April 1978, a complication arose when no commands were transmitted to Voyager 2 for a period of time, causing the spacecraft to switch from its primary radio receiver to its backup receiver. Sometime afterwards, the primary receiver failed altogether. The backup receiver was functional, but a failed capacitor in the receiver meant that it could only receive transmissions that were sent at a precise frequency, and this frequency would be affected by the Earth's rotation (due to the Doppler effect) and the onboard receiver's temperature, among other things. For each subsequent transmission to Voyager 2, it was necessary for engineers to calculate the specific frequency for the signal so that it could be received by the spacecraft. Encounter with Jupiter Voyager 2s closest approach to Jupiter occurred at 22:29 UT on July 9, 1979. It came within of the planet's cloud tops. Jupiter's Great Red Spot was revealed as a complex storm moving in a counterclockwise direction. Other smaller storms and eddies were found throughout the banded clouds. Voyager 2 returned images of Jupiter, as well as its moons Amalthea, Io, Callisto, Ganymede, and Europa. During a 10-hour "volcano watch", it confirmed Voyager 1s observations of active volcanism on the moon Io, and revealed how the moon's surface had changed in the four months since the previous visit. Together, the Voyagers observed the eruption of nine volcanoes on Io, and there is evidence that other eruptions occurred between the two Voyager fly-bys. Jupiter's moon Europa displayed a large number of intersecting linear features in the low-resolution photos from Voyager 1. At first, scientists believed the features might be deep cracks, caused by crustal rifting or tectonic processes. Closer high-resolution photos from Voyager 2, however, were puzzling: the features lacked topographic relief, and one scientist said they "might have been painted on with a felt marker". Europa is internally active due to tidal heating at a level about one-tenth that of Io. Europa is thought to have a thin crust (less than thick) of water ice, possibly floating on a -deep ocean. Two new, small satellites, Adrastea and Metis, were found orbiting just outside the ring. A third new satellite, Thebe, was discovered between the orbits of Amalthea and Io. Encounter with Saturn The closest approach to Saturn occurred at 03:24:05 UT on August 26, 1981. While passing behind Saturn (as viewed from Earth), Voyager 2 probed Saturn's upper atmosphere with its radio link to gather information on atmospheric temperature and density profiles. Voyager 2 found that at the uppermost pressure levels (seven kilopascals of pressure), Saturn's temperature was , while at the deepest levels (120 kilopascals), the temperature increased to . The north pole was found to be cooler, although this may be seasonal (see also Saturn Oppositions). After the fly-by of Saturn, the camera platform of Voyager 2 locked up briefly, putting plans to officially extend the mission to Uranus and Neptune in jeopardy. The mission's engineers were able to fix the problem (caused by an overuse that temporarily depleted its lubricant), and the Voyager 2 probe was given the go-ahead to explore the Uranian system. Encounter with Uranus The closest approach to Uranus occurred on January 24, 1986, when Voyager 2 came within of the planet's cloudtops. Voyager 2 also discovered 11 previously unknown moons: Cordelia, Ophelia, Bianca, Cressida, Desdemona, Juliet, Portia, Rosalind, Belinda, Puck and Perdita. The mission also studied the planet's unique atmosphere, caused by its axial tilt of 97.8°; and examined the Uranian ring system. The length of a day on Uranus as measured by Voyager 2 is 17 hours,
at about 160 bits per second. Information about continuing telemetry exchanges with Voyager 2 is available from Voyager Weekly Reports. In 1992, Voyager 2 observed the nova V1974 Cygni in the far-ultraviolet. In July 1994, an attempt was made to observe the impacts from fragments of the comet Comet Shoemaker–Levy 9 with Jupiter. The craft's position meant it had a direct line of sight to the impacts and observations were made in the ultraviolet and radio spectrum. Voyager 2 failed to detect anything, with calculations showing that the fireballs were just below the craft's limit of detection. On November 29, 2006, a telemetered command to Voyager 2 was incorrectly decoded by its on-board computer—in a random error—as a command to turn on the electrical heaters of the spacecraft's magnetometer. These heaters remained turned on until December 4, 2006, and during that time, there was a resulting high temperature above , significantly higher than the magnetometers were designed to endure, and a sensor rotated away from the correct orientation. As of this date it had not been possible to fully diagnose and correct for the damage caused to Voyager 2s magnetometer, although efforts to do so were proceeding. On August 30, 2007, Voyager 2 passed the termination shock and then entered into the heliosheath, approximately closer to the Sun than Voyager 1 did. This is due to the interstellar magnetic field of deep space. The southern hemisphere of the Solar System's heliosphere is being pushed in. On April 22, 2010, Voyager 2 encountered scientific data format problems. On May 17, 2010, JPL engineers revealed that a flipped bit in an on-board computer had caused the problem, and scheduled a bit reset for May 19. On May 23, 2010, Voyager 2 resumed sending science data from deep space after engineers fixed the flipped bit. Currently research is being done regarding marking the area of memory with the flipped bit off limits or disallowing its use. The Low-Energy Charged Particle Instrument is currently operational, and data from this instrument concerning charged particles is being transmitted to Earth. This data permits measurements of the heliosheath and termination shock. There has also been a modification to the on-board flight software to delay turning off the AP Branch 2 backup heater for one year. It was scheduled to go off February 2, 2011 (DOY 033, 2011–033). On July 25, 2012, Voyager 2 was traveling at relative to the Sun at about from the Sun, at −55.29° declination and 19.888 h right ascension, and also at an ecliptic latitude of −34.0 degrees, placing it in the constellation Telescopium as observed from Earth. This location places it deep in the scattered disc, and traveling outward at roughly per year. It is more than twice as far from the Sun as Pluto, and far beyond the perihelion of 90377 Sedna, but not yet beyond the outer limits of the orbit of the dwarf planet Eris. On September 9, 2012, Voyager 2 was from the Earth and from the Sun; and traveling at (relative to the Sun) and traveling outward at about per year. Sunlight takes 13.73 hours to get to Voyager 2. The brightness of the Sun from the spacecraft is magnitude -16.7. Voyager 2 is heading in the direction of the constellation Telescopium. To compare, Proxima Centauri, the closest star to the Sun, is about 4.2 light-years (or ) distant. Voyager 2s current relative velocity to the Sun is . This calculates as per year, about 10% slower than Voyager 1. At this velocity, 81,438 years would pass before Voyager 2 reaches the nearest star, Proxima Centauri, were the spacecraft traveling in the direction of that star. Voyager 2 will need about 19,390 years at its current velocity to travel a complete light year. On November 7, 2012, Voyager 2 reached from the Sun, making it the third human-made object to reach that distance. Voyager 1 was from the Sun, and Pioneer 10 is presumed to be at . While Pioneer has ceased communications, both the Voyager spacecraft are performing well and are still communicating. In 2013, Voyager 1 was escaping the Solar System at a speed of about per year, while Voyager 2 was escaping at per year. By February 25, 2019, Voyager 2 was at a distance of from the Sun. There is a variation in distance from Earth caused by the Earth's revolution around the Sun relative to Voyager 2. It was originally thought that Voyager 2 would enter interstellar space in early 2016, with its plasma spectrometer providing the first direct measurements of the density and temperature of the interstellar plasma. In December 2018, the Voyager project scientist, Edward C. Stone, announced that Voyager 2 reached interstellar space on November 5, 2018. In October 2020, astronomers reported a significant unexpected increase in density in the space beyond the Solar System as detected by the Voyager 1 and Voyager 2 space probes. According to the researchers, this implies that "the density gradient is a large-scale feature of the VLISM (very local interstellar medium) in the general direction of the heliospheric nose". Future of the probe As the power from the RTG slowly reduces, various items of equipment have been turned off on the spacecraft. The first science equipment turned off on Voyager 2 was the PPS in 1991, which saved 1.2 watts. In 2023 Voyager 2 is expected to pass Pioneer 10 to become the second furthest spacecraft from the Sun at a distance of somewhere near 12 billion miles. Remaining lifespan As the power from the RTG slowly reduces, various items of equipment have been turned off on the spacecraft. The first science equipment turned off on Voyager 2 was the PPS in 1991, which saved 1.2 watts. Far future Voyager 2 is expected to keep transmitting weak radio messages until at least the mid 2020s, more than 48 years after it was launched. Voyager 2 is not headed toward any particular star, although in roughly 42,000 years, it will pass light-years from the star Ross 248. And if undisturbed for 296,000 years, Voyager 2 should pass by the star Sirius at a distance of 4.3 light-years. Golden record Both Voyager space probes carry a gold-plated audio-visual disc in the event that either spacecraft is ever found by intelligent life-forms from other planetary systems. The discs carry photos of the Earth and its lifeforms, a range of scientific information, spoken greetings from the people (e.g. the Secretary-General of the United Nations and the President of the United States, and the children of the Planet Earth) and a medley, "Sounds of Earth", that includes the sounds of whales, a baby crying, waves breaking on a shore, and a collection of music, including works by Wolfgang Amadeus Mozart, Blind Willie Johnson, Chuck Berry's "Johnny B. Goode", Valya Balkanska and other Eastern and Western classics and ethnic performers. (see also Music in space) See also Family Portrait The Farthest, a 2017 documentary on the Voyager program. List of artificial objects escaping from the Solar System List of missions to the outer planets New Horizons Pioneer 10 Pioneer