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dipudl
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dataverse-tokenized-dataset

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high low pressure domain wall classical toda lattice study classical toda grille domain wall initial condition impart right half latticework thermal equilibrium distinguishable parameter pressure mean velocity temperature hydrodynamic regime respective space clip profile shell ballisticly particular subject interest jump low mellow imperativeness uniform temperature hateful speed thereby scaling function norm stretch also free volume forced alteration signaling direct inspection hydrodynamic equation toda lattice seem singular zero stint contribution report numerical solution convincingly establish nevertheless ego similar solution display still behavior
12
733,717
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nonuniform form angle dimensional gross neveu example finite telephone number fermion flavor work phase plot dimensional perfect neveu role modeling finite number fermion tone using lattice field operation possibility numerical resultant acquaint indicate existence inhomogeneous stage chiral condensation spatially oscillating affair
19
438,328
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cleaner production optimized multivariate network mathematical operation management roll dice importance supply mountain range direction analyzing later catalyse economic expectation simultaneously prioritizing white production aspect vital component modern finance foretelling though often known le accurate due ubiquitous uncertainty plaguing business enterprise decision starting multi dimensional toll function defining sustainability supply chain south carolina kernel clause outline component south carolina module environmental demand economic social uncertainty ranked according individual weight numerical model as viability sustainable business first outrank potentially stochastic varying order subjective importance optimize price kernel defined utility office model name condition equating validating sustainability business venture ranking initially obtained analytical hierarchical process vector sum weighted cost role optimized analyze impact market uncertainty based supplying chain model model prediction sign sme information punctuate importance clean production business scheme
15
1,106,061
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collision atom near three dimensional rotating hovrava ad smutty hole debate iii dimensional rotating hovrava ad inglorious hole corresponds lorentz violate version btz black hole analyze effect breaking lorentz invariance possible action black hole human activity particle accelerator analyzing energy center slew cm frame two colliding particle vicinity horizon find critical angular impulse mote increase hovrava parameter increment aether parameter increase also particle collide inner apparent horizon arbitrarily high cm energy single particle critical angular momentum possible bsw process non extremal rotating hovrava ad disastrous hole primarily extremal btz black mess particle vital angular momentum degenerate horizon lorentz breach version btz pitch dark hole particle critical angulate momentum exist region degenerate horizon
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230,515
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estimation impact parametric quantity transverse spherocity heavy ion collision lhc doe using automobile learning recently machine learning ml technique led range numerous development flying field nuclear high push physic heavy ion collision impact parameter collision one crucial observables significant impact final country particle production however calculation quantity nearly impossible experiment length scale range level fermi work implement ml based regression technique via boosted decision tree bdt obtain prediction impact parameter pbit pib collision tev using multi phase transport ampt model addition predict event shape observable transverse spherocity pb pb hit tev utilize ampt pythoness based angantyr model successful carrying small hit system use thwartwise spherocity heavy ion collision potential reveal new result heavy ion hit production qgp medium already established predict centrality dependent spherocity distribution training minimum preconception simulated data found prediction bdt based ml technique match true simulated data absence experimental measurement propose implement machine learning based regression technique incur transverse spherocity known final state observables heavy ion collision
7
1,672,089
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complexity science approach economic crime comment discus complexity science network science particularly useful identifying describing hidden trace economic misbehaviour fraud corruption
2
1,346,299
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impact oc measurement co astrophysical reaction rate co reaction important component stellar helium burning play key office nuclear astrophysics direct wallop evolution final state matter massive star also influencing elemental teemingness result nucleosynthesis star topology provide reliable estimate energy addiction reaction stellar helium burning temperature major finish field work discipline role potential new measurement reverse response oc cut overall uncertainty multilevel matrix analysis use ready extrapolation astrophysical factor reaction stellar energy kev statistical precision factor extrapolation determined perform multiple fit existing ground state capture data including impact potential future measure oc response particular consider proposed jlab experiment make use high pitched intensity low energy bremsstrahlung beam impinges oxygen copious single fluid bubble chamber order measure total cross section opposite reaction importance low vim data well high preciseness data investigate
16
871,610
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cylindrically symmetric gravity term global variablesquantum dynamic perform quantisation model gravitational attraction coupled circular detritus shell spacetime dimension canonic analysis appearance momentum distance model advertising space global chart provided euler slant quantum kinematics result non commutativity co ordinate space distinctness shell radius timelike region include flop full point level quantum dynamic find transition amplitude zero non cipher eigenvalue shell radius describe pace gravitational collapse bounce value everywhere finite could interpreted resolution central singularity
11
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generalized hamiltonian dynamic chaos evolutionary secret plan net study network replicator equation qualify fixed point arbitrary graphical record structure symmetric game show relationship asymptotic deportment meshing replicator existence independent vertex set graph also show complex behaviour cannot issue game link property dynamic system combinatorial graphical record property dividing line showing ordinary rock paper scissors rps exhibit chaos cycle general graphical record acme network replicator rps generalized hamiltonian scheme stand stark line established fact rps showing chaos standard replicator dynamic bimatrix replicator dynamic tantamount network replicator graph one sharpness vertex
12
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dynamic kinetics phase transition kerr ad black hole detached energy landscape treating black hole event view stochastic thermal fluctuating variable little big inglorious hole phase transition investigate dynamical process phase transition kerr ad black hole free energy landscape find extremal point time shell gibbs free energy correspond physical black hole small large black trap phase passage shell gibbs free vim exhibit double well behavior depth perverse previous research dynamic phase transition kerr newman advert menage black hole free energy landscape find lower boundary ordering parametric quantity mouth bound corresponds extremal black hole particular shell josiah willard gibbs free push nada rather divergent previous work suggested vanishing black hole horizon wheel spoke corresponds gibbs free energy thermal ad space investigation evolution probability distribution phase transition indicates initial stable small turgid black hole tends switch unchanging large small black maw increasing temperature along coexistence curve switching process becomes quicker probability distribution reach final stationary boltzmann statistical distribution short time distribution first passage time indicates time scale small large black hole phase angle transition peak distribution becomes sharper shift left increase temperature along coexistence curve suggests considerable first passage cognitive process occurs shorter time high pitched temperature
11
296,743
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application deep interpolation network clustering physiologic time series background early stage hospital admission clinician must use limited information make diagnostic treatment decision patient sharp sightedness evolves however vernacular time series vital sign information patient sparse irregularly collected pose significant challenge machine deep learning technique analyze facilitate clinician improve human health outcome deal problem propose novel deep interpolation network extract latent agency sparse irregularly sampled time series vital sign measured within six hour hospital admission method created single center longitudinal dataset electronic health record data adult patient admission tertiary care center lasting six hour longer employ dataset training validation quiz raw time series within half dozen hour hospital admission extracted six vital sign systolic blood force per unit area diastolic rakehell pressing heart rate temperature descent atomic number intensity respiratory rate cryptic interpolation network declare oneself learn irregular sparse multivariate time series data extract fixed gloomy dimensional latent pattern use beggarly clustering algorithm cluster patient admission resulting cluster finding training validation testing age group similar age year sex female admission life sustaining sign seven distinct cluster identified interpreting heterogeneous cohort hospitalized patient cryptical interpolation electronic network extracted representation vital sign datum measured within six hour hospital admission approach crataegus oxycantha important implication clinical decision support time constraint uncertainty
5
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brand v generic addressing non adherence secular trend non overlap generic drug offer cost effective alternative brand name drug regulator need method ass therapeutic equivalence post market setting develop method context assessing therapeutic equivalence immediate release im venlafaxine based large insurance claim dataset provided optumlabstextsuperscripttextregistered properly address question methodology must deal issue non adherence secular trend health outcome lack treatment overlap due sharp uptake generic becomes available define identify assumption estimate using computation causal effect time event outcome extending regression discontinuity survival curve find evidence lack therapeutic equivalence brand generic im venlafaxine
6
1,397,638
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particular superintegrability body modified newtonian gravity found explicitly liouville intact summation total angular momentum poisson commute hamiltonian torso newtonian gravity along remarkable figure shape flight discovered moore chenciner montgomery shown become constant movement along trajectory hence body choreographic motion bod shape trajectory newtonian somberness moore advantageously modified newtonian gravity fujiwara et al maximally superintegrable conjectured consistency potential theory admit material body embodiment choreographic motion superintegrable along flight
8
626,782
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transposed poisson algebra novikov poisson algebra lie algebra introduce dual notion poisson algebra exchange role two binary operation leibniz rule defining poisson algebra appearance transposed poisson algebra thus defined share common property poisson algebra include closure taking tensor product koszul self duality operad admits rich class identity significantly transposed poisson algebra naturally rise novikov poisson algebra taking commutator lie algebra novikov algebra consequently classic construction poisson algebra commutative associative algebra pair convert derivation similar expression transposed poisson algebra one derivation broadly transposed poisson algebra also capture algebraic structure commutator aim pre trygve halvden lie poisson algebra two poisson type algebra furthermore transposed poisson algebra improves process make lie algebra poisson algebra strongness condition transposed poisson algebra used process strongness condition longer needed resulting lie algebra give transposed poisson lie algebra process leave lie algebra shown give transposed poisson lie algebra
8
671,971
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model order reduction combustion process complex front dynamic work present data driven method used improve mode based model order reduction transport field sharp front assume original flow field reconstructed front shape function level set function level set function used generate local coordinate parametrizes distance front way able embed local description front complex front dynamic merging splitting front seeking low rank description freedom choosing far away front used find low rank description accelerates convergence truncating th mode demonstrate ability new ansatz propagating flame moving front
2
1,341,318
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well posedness result system cross diffusion equation work major intention investigation well posedness certain cross diffusion equation class bounded function precisely show existence uniqueness stability bounded weak solution assumption system dominant linear diffusion application provide new well posedness theory cross diffusion system originates hopping model size exclusion approach based fixed point argument function space induced suitable carleson type measure
1
509,574
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data trading monopoly social network outcome mostly privacy welfare damaging paper argues data strategic individual heterogeneous privacy valuation distributed online social network eg facebook priced traded monopoly buyer setting lead diminishing utilitarian welfare result certain family online community data trading problem stark contrast popular information economics intuition increased amount end user data signal data market improves efficiency proposed theory pave way future counter intuitive analysis data trading oligopoly market online social network osns
0
85,519
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graph optimization perspective low depth trotter suzuki decomposition hamiltonian simulation represents important module large class quantum algorithm simulation quantum machine learning quantum linear algebra method modeling physic material science chemistry one prominent method realizing time evolution unitary via trotter suzuki decomposition however large class possible decomposition infinitesimal time evolution operator order hamiltonian term implemented arbitrary introduce novel perspective generating low depth trotter suzuki decomposition assuming standard cliffordrz gate set adapting idea quantum error correction map given trotter suzuki decomposition constrained path graph deem pauli frame graph pfg node pfg represents set possible hamiltonian term currently available applied clifford operation represent move one node another graph distance represents gate cost implementing decomposition problem finding optimal decomposition equivalent solving problem similar traveling salesman though np hard problem demonstrate simplest heuristic greedy search compare resulting two qubit gate count circuit depth standard method large class scientifically relevant hamiltonians well defined scaling behavior find method may may result fewer two qubit gate nearly every case depth significantly le using method also demonstrate method scalable efficient
13
1,242,820
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joint unet graph neural net based method acting airway segmentation chest ct present end end deep scholarship segmentation method combining unet architecture graph neural network gnn model approach convolutional layer deepest level unet supplant gnn based module series graph convolution dense feature map level transformed graph input gnn module incorporation graph whirl unet furnish node graphical record information based node connectivity addition local feature learnt downsampled path information help improve division decision stacking several graph convolution layer node access higher order neighbourhood selective information without hearty increase computational expense propose two type node connectivity graph adjacency one predefined base regular node neighborhood ii one dynamically computed training using nearest neighbour node feature space go method undertaking segmenting airway tree chest computed tomography scan experiment performed ct danish lung crab screening tribulation dataset evaluate operation unet gnn model two type graph adjacency compare baseline unet
3
132,663
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fresh upshot make spacetime curve quantum hydrodynamics interplay quantum fluctuation spacetime curvature depict get additional quantum curvature qc terminus energy momentum tensor fluid using generalize fabric stochastic variational method acting svm qc term necessary satisfy momentum preservation corresponding quantum hydrokinetics necessarily cast form schrodinger equation differently case euclidean spacetime seems suggest existence hilbert space priori requirement quantisation curved spacetime system example apply friedmann robertson walker frw metric show burden contributes cosmological acceleration although small present non relativistic toy model
11
208,047
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estimation parameter lap qed continuous quantum measure designing high precision efficient scheme crucial grandness quantum parameter estimation practice estimation scheme based continuous quantum measurement one possible type flavor natural choice case continuous dynamical process piece work specify study stat art superconducting circuit quantum electrodynamics qed system mellow quality continuous measuring extensively exploited preceding decade within theoretical account bayesian estimation particularly using quantum bayesian regulation circuit quantum electrodynamics numerically simulate likeliness function estimator rabi frequency qubit oscillation incur proper design interaction strength measurement idea precision musical scale measurement clip beyond standard quantum limit usually usurp type uninterrupted mensuration since special quantum imagination involved understand singular result quantum correlation time yield signal simulate effect quantum efficiency measurement preciseness scale behavior
13
1,252,156
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numerical stability analysis genius vlasov organisation investigate constancy issue steady state spherically symmetrical einstein vlasov system numerically schwarzschild maximal areal eddington finkelstein coordinate across coordinate system confirm supposition first binding energy utmost along one parameter family steady state signal onset instability beyond maximum perturbed answer either collapse shameful hole variant heteroclinic orbit eventually fully disperse perverse early research rule negative book binding energy need correspond fully dispersing solution well comment called turn point principle viewpoint numerical result physical reliability latter beef obtaining logical result threesome different coordinate system systematic exercise dynamically accessible perturbation
11
221,227
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propagation quantum gravity modified gravitational wave classical flrw spacetime linearized einstein field equation provide low energy wave equation propagation gravitational field may originate high energy source motivated loop quantum gravity propose polymer quantization scheme derive effective propagation wave classical friedmann lemaitre robertson walker flrw spacetime overcome challenge polymer quantizing time dependent hamiltonian rewrite hamiltonian time independent manner extended phase space polymerize transform back usual phase space way obtain time dependent polymer hamiltonian gravitational wave derive effective equation motion show form wave modified ii speed wave depends frequency iii quantum effect become apparent wave traverse longer distance
9
1,578,978
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novel adaptative deep meshing building footprint segmentation building footmark segmentation eminent resolution effigy increasingly demanded many distant sensing application emerging mystifying learning approach cleavage net made significant advance semantic segmentation object however advance increased access satellite image require generation accurate object boundary satellite range current report propose novel network based pixpix methodology solve job inaccurate boundary obtained converting satellite figure map using segmentation network order segment building footprint define new network named gg framework include ii generator first generator extract localization feature order merge boundary feature pull second source section detailed construction edge moreover different strategy implemented enhance timber proposed network outcome implying proposed meshing outperforms state art network segmentation accuracy large margin valuation metric implementation available
3
153,818
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human pose estimation video temporal convolution semi supervised training work demonstrate pose video effectively estimated fully convolutional model based dilated temporal convolution keypoints also introduce back projection simple effective semi supervised training method leverage unlabeled video data start predicted keypoints unlabeled video estimate pose finally back project input keypoints supervised setting fully convolutional model outperforms previous best result literature mm mean per joint position error humanm corresponding error reduction model also show significant improvement humaneva moreover experiment back projection show comfortably outperforms previous state art result semi supervised setting labeled data scarce code model available
0
82,392
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fabry perot laser enablers parallel reservoir computing introduce use fabry perot fp laser potential neuromorphic computing machine parallel processing capability use optical injection master fp laser slave fp laser feedback demonstrate potential scaling processing power longitudinal mode granularity perform real time processing signal equalization gbaud intensity modulation direct detection optical communication system demonstrate improvement classification performance number node increase capability simultaneous processing arbitrary data stream extensive numerical simulation show longitudinal mode typical fabry perot laser leveraged enhance classification performance
3
129,549
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superconformal mechanic ad brane boundstates explicitly construct family superconformal mechanic dyonic particle vulgarise workplace anninos et alciteanninosnra arbitrary number particle mechanic obtained scaling limit effect coulomb branch description quiver quantum mechanic describing branes case ii calabi yau compactifications supergravity description branes limit variety asymptotics adsscy exhibit superconformal symmetry conserved care mechanic detail addition present substitute formulation sigma model hyperkahler multiplex torsion
9
1,750,849
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adverse event enrichment test using vaers vaccination safety critical individual public health many existing method used conduct safety study vaers vaccine adverse event reporting system database however method frequently identify many adverse event ae signal often hard interpret biological context ae ontology introduces biologically meaningful structure vaers database connecting similar aes provides meaningful interpretation underlying safety issue paper develop rigorous statistical method identify interesting ae group performing ae enrichment analysis extend existing gene enrichment test perform ae enrichment analysis unlike continuous gene expression data ae data count therefore ae data many zero tie propose two enrichment test aefisher aeks aefisher modified fisher exact test based pre selected significant aes aeks based modified kolmogorov smirnov statistic test incorporate special feature ae data proposed method evaluated using simulation study illustrated two study using vaers data appropriately addressing issue tie excessive zero ae count data enrichment test performed well demonstrated simulation study analysis vaers data proposed method implemented package aeenrich installed comprehensive archive network cran
6
1,442,041
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characterizing scale dependence effective diffusion driven fluid flow study scale dependence effective diffusion fluid tracer specifically dependence peclet number dimensionless parameter ratio advection molecular diffusion address shell length time scale effective diffusion described separated advection molecular dispersion propose new method characterizing force diffusivity without relying scale separation given spatial knowledge domain inside force dissemination emerge time perpetual related diffusion describe considering spatio worldly evolution psychometric test advection diffusion equation initial condition gear pulse function economic value effective diffusivity identified minimizing distance solution test par diffusion one mean drift method time independent gyre time periodic shear flow numerically prove scale dependence effective diffusivity variety beyond formal theoretical regime kinematic origin revealed development molecular diffusion across flow electric cell gyre suppression impetus motion due temporal oscillation shear
3
147,553
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affective image content analysis two decade review new perspective image convey rich semantics induce various emotion viewer recently rapid advancement emotional intelligence explosive growth visual data extensive research effort dedicated affective image content analysis aica survey comprehensively review development aica recent two decade especially focusing state art method respect three main challenge affective gap perception subjectivity label noise absence begin introduction key emotion representation model widely employed aica description available datasets performing evaluation quantitative comparison label noise dataset bias summarize compare representative approach emotion feature extraction including handcrafted deep feature learning method dominant emotion recognition personalized emotion prediction emotion distribution learning learning noisy data label aica based application finally discus challenge promising research direction future image content context understanding group emotion clustering viewer image interaction
0
67,436
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microgels adsorbed liquid liquid interface joint numerical experimental study soft particle display highly versatile property respect hard colloid even fluid fluid interface particular microgels consisting cross linked polymer network able deform flatten upon adsorption interface due balance surface tension internal elasticity despite existence experimental result detailed theoretical understanding phenomenon still lacking due absence appropriate microscopic model work propose advanced modelling microgels flat wateroil interface model build realistic description internal polymeric architecture single particle property microgel able reproduce experimentally observed shape interface complementing molecular dynamic simulation situ cryo electron microscopy experiment atomic force microscopy imaging langmuir blodgett deposition compare morphology microgels different value cross linking ratio model allows systematic microscopic investigation soft particle fluid interface essential develop predictive power use microgels broad range application including stabilization smart emulsion versatile patterning surface
4
1,476,143
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explicit kink higher order field theory study example higher order field theoretic model eighth degree polynomial potential model show certain ratio constant potential problem finding kink type solution dimensional space time reduces solving algebraic equation two different ratio constant determine position vacuum obtained explicit formula kink topological sector property obtained kink also studied mass calculated excitation spectrum could responsible appearance resonance phenomenon kink antikink scattering found
8
646,032
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quantum backflow dissipative two identical molecule system work dissipative quantum backflow canvas superposition two stretched gaussian wave packet deuce indistinguishable spinless particle within caldirola kanai framework backflow main interference outgrowth waste able suppress first case two identical spinless particle apart interference terminus symmetry curl mathematical function seems important dynamic combined belonging make boson display effect even dissipative government fermion backflow exhibited authority dissipative nodissipative anti symmetric character jibe wave mapping look warm plenty prevent boson backflowing also analyzed term faithfulness one particle province well known property two quantum state small value fidelity effect seen even boson
13
1,268,458
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recent development subtraction ew correction ability suppressed contribution deduction formalism represents well established successful technique flock figuring qcd radiative correction nnlo beyond child class process relevant lhc explored possibility apply minus reckoning ew correction final design develop deduction formalism worthy computation mixed quantum chromodynamics ew chastening present numeral result everlasting nlo electronic warfare correction drell yan production massive lepton pair furthermore investigated structure power suppress contribution small cognitive operation present new analytical result effect soft radiation emitted consign massive final re publica
7
1,686,219
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pullback diagram coarse category paper study limit pullback diagram coarse category
1
550,739
[ 2, 14687, 2543, 4234, 1798, 362, 352, 625, 14687, 2543, 4234, 1798, 3 ]
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investigating impregnation result ultraperipheral hit lhc color dipole model investigate saturation effect dispel well ultraperipheral alcohol dependent anonymous collision small four variant encroachment parametric quantity chandelier color dipole antenna poser without gluon saturation without new mechanism suppresses unphysical dipole antenna wheel spoke confinement weighing machine problem call implementation appearance scatter hera comfortably described four var last scattering impregnation issue expected increase position negatron ion collider confront dissimilar version dipole antenna manakin information record ultraperipheral hit lhc order estimate sensitiveness data point gluon intensity target nucleus find ultraperipheral pbpb collision indicate potent chroma core petabit hit work discriminating power distinguish saturation non saturation scenario
16
842,536
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analysis binary microlensing event ogle blg present analysis stellar binary microlensing event ogle blg based observation obtained different telescope intensive coverage anomalous part light curve achieved automated follow observation robotic telescope la cumbres observatory show first time main feature anomalous microlensing event well covered follow data allowing u estimate physical parameter lens strong detection second order effect event light curve necessitates inclusion longer baseline survey data order constrain parallax vector find event likely caused stellar binary lens mass distance lensing system kpc projected separation two component au alternative interpretation also considered
10
1,497,798
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gravitational memory effect bondi metzner sachs symmetricalness scalar tensor possibility relation gravitational memory outcome bondi metzner sachs symmetry asymptotically flat spacetimes studied scalar tensor theory purpose solution equation motion near future null eternity obtained generalized bondi sachs coordinate suited determinant condition turn bondi metzner sachs group also semi direct product infinitesimal dimensional supertranslation mathematical group lorentz group general relativity also dissipated vacuum tensor scalar sector scalar tensor theory supertranslation relates vacuum tensor sphere scalar sector lorentz transformation transforms hoover tensor retention effect similar unmatchable general einstein theory relativity scalar memory effect novel evolution equation bondi peck angular momentum aspect intimate naught energy flux angular momentum flux density across void infinity induce transition among vacuum tensor scalar sphere respectively
7
1,715,180
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bayesian parameter estimation swift model eye movement control reading process oriented theory cognition must judge time ordered observation present representative lesson data acculturation gustavus franklin swift model dynamical model control spatial fixation status infantile fixation duration read first develop test approximate likelihood function theoretical account combination pseudo bare spatial likelihood approximate worldly likelihood function nd use bayesian coming parametric quantity illation use adapative andre markoff chain three card monte carlo routine answer indicate model parametric quantity estimated faithfully single subject conclude approximative bayesian inference represents considerable step forward expanse eye movement modeling mock individual data basis process based dynamic model possible
5
1,039,615
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double field inflation generalized dilaton axion model new fayet iliopoulos fi term study inflation dynamic generalized dilaton axion model new fayet iliopoulos fi term particular find relationship super potential parameter coefficient natural logarithm real part dilaton axion field stored kahler potential based vacuum condition end inflation also evaluate feasible initial field value corresponding susy breaking scale iso curvature parameter
7
1,586,010
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pulsed laser epitaxy metallic delafossite pdcro film alternate stacking highly conducting metallic layer magnetic triangular layer found delafossite pdcro provides excellent platform discovering intriguing correlated quantum phenomenon thin film growth material may enable tuning basic physical property beyond bulk material exhibit also developing novel hybrid material interfacing dissimilar material yet proven extremely challenging report epitaxial growth metallic delafossite pdcro film pulsed laser epitaxy ple fundamental role ple growth condition epitaxial strain chemical structural characteristic substrate investigated growing various growth condition various type substrate strain play large role improving crystallinities direct growth epitaxial pdcro film without impurity phase successful attribute difficulty chemical structural dissimilarity substrate volatile nature pdo layer make nucleation right phase difficult difficulty overcome growing cucro buffer layer pdcro grown unlike pdcro cucro film rather readily grown relatively wide growth window monolayer thick buffer layer sufficient grow correct pdcro phase result indicates epitaxy pd based delafossites extremely sensitive chemistry structure interface necessitating near perfect substrate material resulting film commensurately strained show antiferromagnetic transition persists thin nm thickness
2
1,501,247
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ego improved retrosynthetic preparation retrosynthetic planning fundamental problem chemistry finding pathway chemical reaction synthesize target molecule recently search algorithm exhibit bright result solving trouble using bass neural network dnns expand candidate solution ie adding new response reaction pathway however existing work line suboptimal retrosynthetic planning problem requires reaction pathway represented real world response executable using building closure molecule yet dnns expand reaction pathway without fully incorporating requirement prompt propose end end framework directly training dnns towards generating reaction pathway desirable dimension chief idea based self routine train model imitate successful flight found also propose refreshing reaction augmentation dodging based forward reaction theoretical account experiment demonstrate system significantly improves winner pace work retrosynthetic job maintain performance dnn portend valid chemical reaction
5
1,095,026
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suddenly shortened half life beyond ni magic number high spirit energy non unique beginning proscribed transition decay pace play critical role understanding nucleosynthesis heavy constituent governed microscopical nuclear structure information sudden shortening half biography ni isotope beyond observed riken ribf considered due persistence neutron magic number neutron rich ni isotope systematically studying decay rate intensity level distribution neutron rich ni isotope around try see microscopic mechanism observed sudden shortening half life strength distribution neutron rich nucleus described framework nuclear concentration functional theory employ skyrme energy density functionals edf hartree fock bogoliubov calculation ground state proton neutron quasiparticle random phase approximation pnqrpa transition allowed first forbidden ff transition considered experimentally ascertained sudden shortening half life beyond reproduced well calculation employing skyrme skm sly functionals sudden shortening half life due shell col hand glove high energy transition low lying state daughter nucleus onset ff transition pointed around preserved lower tidy sum nucleus around study suggests needed microscopic calculation shell structure neutron rich nucleus link essence ff transition selfconsistenly taken account predicting decay rate alien nucleus unknown region
14
951,043
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numerical resummation sub leading color strongly ordered soft gluon limit present three card monte carlo advance soft gluon resummation sub extend color practice improve existing parton rain shower algorithmic rule single emission level soft collinear sweetening splitting function explicitly linked quadratic casimir operator across board angle exclusive soft sweetening connected non trivial color correlators focus numerically stable execution colour matrix element fudge factor order approximate practical discipline requiring unitarity single emission degree provide validation concept implementation compute non planetary effect shape lepton collider
7
1,771,637
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far equilibrium dynamic tracer particle embedded growing multicellular spheroid embedding inert tracer particle tps growing multicellular spheroid local stress cancer cell cc measured order technique effective unknown effect dynamic tps cc elucidated ensure tps greatly alter local stress cc show using theory simulation self generated active force arising proliferation apoptosis cc drive dynamic tps far equilibrium time scale le division time cc tps exhibit sub diffusive dynamic mean square displacement due persistent directed motion long time comparison proliferation cc randomizes motion leading superdiffusive behavior exceeding unity importantly significantly affected tps prediction could tested using textitin vitro imaging method motion tps cc tracked
4
1,323,349
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neutral charge meson magnetic arena sonorousness gas non relativistic quark cheese manikin analyze meson constant charismatic field within non relativistic factor quark cheese model quark model bear harmonic oscillator eccentric confining potential leading order perturbatively total little range correlation coefficient account twist savour vim splittings study neutral charged meson taking account home quark cheese cheese active neutral state labelled two dimensional impulse magnetic translation charge state two discrete index related angulate impulse mev quantum chromodynamics scale depth psychology go usual quark instance special care want inviolable field peculiarly treat faint range coefficient correlation fermi breit pauli fundamental interaction compute energy spectrum meson vigor gev concept mesotron ringing gas within premise constituent quark mass insensitive magnetised field phase angle blank sweetening meson significantly increase entropy wait modulation hadron gas quark gluon plasma
19
493,997
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lepton angular dispersion drell yan process pqcd geometrical approach lepton angulate distribution drell yan operation fixed target experimentation investigated nlo nnlo perturbative qcd present tense reckon angular argument degree violation lam tung relation experimentation well prediction compass try many salient feature transverse momentum speediness dependency could qualitatively understood geometrical glide path
16
864,261
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weak label anatomic knowledge prepare deep learning pragmatic intracranial aneurysm catching tof mra supervised segmentation algorithm yield nation art result automated anomaly detective work however model require voxel wise label time consuming draw aesculapian expert interesting alternative voxel wise annotation use weak label coarse oversized notation le precise substantially faster create work address task brain aneurysm detection developing fully automated deep neural network trained utilizing oversized weak label furthermore since aneurysm mainly occur specific anatomical location build model leveraging inherent anatomy brain vasculature training illation apply model subject patient control underwent time flight magnetic ringing angiography tof mra salute total aneurysm as robustness algorithm participated miccai challenge tof mra data patient control aneurysm allowed obtain result also capable coming unlike institution network achieves average sensitivity house data stand false plus fp rate per patient alternatively challenge data attain sensitivity mean fp rate ranking th position detection th segmentation open leaderboard computing detection public presentation respect aneurysm risk rupture found statistical difference two risk exposure group although sensitivity dangerous aneurysm eminent approach suggest clinically useful sensitivity achieved using weak label exploit prior anatomical knowledge expands feasibility deep learning survey hospital limited time data
3
160,090
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non gaussian elliptic stream wavering pbpb collision tev event event fluctuation elliptic flow coefficient meditate pbpb collision tev using cm detector cern lhc oval shaped flow probability statistical distribution bear particle transverse momentum gev pseudorapidity regulate different hit centrality class moment distribution used calculate coefficient ground cumulant ordination membership ordering higher order cumulant answer nonzero standardise skewness value obtained dispersion indicate non gaussian initial united state department state fluctuation behavior bessel gaussian elliptic power paroxysm flow distribution studied characterize initial state spatial anisotropy
17
359,576
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depth symbolic power edge ideal graph assume graph edge ideal star packing number denote th symbolic power shown inequality true every chordal graph every integer moreover proved graph
1
582,623
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relation preference reversal strategy proofness analyze coitus strategy proofness preference reversal case agent may announce indifference interestingly berga moreno recently derived preference reversal group scheme proofness social choice social function strict preference area range three element extend issue time simplify psychoanalysis point persona individual strategy proofness deriving orientation turnaround property giving back latter original individual nature cfr eliaz moreover show difficultness berga moreno highlighted relaxing assumption cardinality range evaporate proper assumption domain insert conception complete set predilection appearance individual scheme proofness sufficient obtain preference reversal attribute agent feasible set ordering complete cover song interesting event similar single peaked preference rich domain admitting regular social choice function universal domain fact use individual rather radical strategy proofness allows get immediately known new equivalence individual group scheme proofness finally show chemical group strategy proofness really needed obtain preference reversal infinitely many voter
18
1,719,795
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merger dark affair axion clump resonant photon emission component illume scalar dark matter especially axions may organize gravitationally bound clump whiz present large number galaxy today therefore utmost interest determine fresh observational signature scenario workplace shown moderately large axion photon couple clump undergo parametric resonance photon clump critical great unwashed determined nose ref order obtain clump vital mass galaxy today would demand merger work perform broad dimensional simulation pair axion clump determine condition merger postulate place emission scalar undulation include analyzing head non head collision phase addiction relative velocity consistent work literature find final mass merger larger original clump mass hence possible sub critical mass clump merge go super critical therefore undergo parametric resonance photon retrieve fusion expected kinematically allowed galaxy today high peccei quinn scale strongly suggest fusion idea although collision rate small merger happen axions lower peccei quinn scale due statistical fluctuation relative velocity high collision pace estimate collision merger rate within milky way galaxy today find merger lead flux energy earth appreciable mention experimental search strategy
11
205,090
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cell free massive mimo radio stripe sequential uplink processing cell free massive mimo mmimo envisaged next contemporary technology beyond high spirit spectral efficiency superior spatial diversity compare conventional mimo technology main principle many distributed access decimal point aps cooperate time help user within network without creating mobile phone boundary paper considers uplink cell free mmimo system utilizing radio banding network computer architecture propose novel sequential processing algorithm renormalize linear minimum mean value square error lmmse combining every algorithm enables hitch stifling electric cell detached mmo hold open cost front haul requirement low apparitional efficiency proposed algorithm computed analyzed conclude provide attractive barter low front haulage requirement gamey spectral efficiency
3
119,948
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lattice version atiyah singer index theorem formulate prove lattice version atiyah singer index theorem main theorem present theoretical recipe proponent character invariant operator wicket estimation closely integral affine manifold paper apply lord theorem indicant trouble wilson paul adrien maurice dirac operator lattice calibre theory
19
460,864
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fluorescence fluctuation based super resolution microscopy technique experimental comparative study fluorescence fluctuation based super resolution microscopy ff srm emerging field promising low cost live cell compatible imaging beyond resolution conventional optical microscopy comprehensive overview nature fluctuation label density focus light sub cellular dynamic sample influence reconstruction ff srm crucial design appropriate biological experiment experimentally compared several recently developed ff srm technique namely esi bsofi srrf sacd musical hawk widefield fluorescence image sequence diverse set sample namely liposome tissue fixed living cell three dimensional simulated data ground truth available simulated microscopy data showed different technique different requirement signal fluctuation achieve optimal performance different level signal fluctuation little effect srrf esi sacd image image reconstruction bsofi musical displayed substantial improvement noise rejection sectioning overall super resolution capability
3
176,352
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observation complex time structure cosmic ray light magnetic flux alpha magnetic mass spectrometer present high statistic preciseness measurement detailed time rigidity dependence basal cosmic ray electron positron proton helium flux bartels rotation crataegus oxycantha may energy range gev first prison term charge sign dependent modulation solar maximum investigated detail lepton alone report observation short terminal figure social system timescale calendar month coincident flux structure visible positron negatron magnetic field ratio precision measurement across solar sign reversal show ratio exhibit fluid transition hour interval economic value another
7
1,789,495
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hierarchy coupled mode envelope model bi directional microresonators kerr nonlinearity consider interaction counter propagating wave bi directionally pumped ring microresonator kerr nonlinearity introduce hierarchy mode expansion envelope function evolving different time scale set cavity linewidth nonlinearity dispersion repetition rate provide detailed derivation corresponding hierarchy coupled mode lugiato lefever like equation effect washout repetition rate frequency equation governing dynamic counter propagating wave elaborated detail
12
764,005
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random field large deviation triviality quantum field theory part issue existence possible triviality euclidean quantum scalar field dimension investigated using large deviation technique usual field obtained limit regularized field associated probability measure represent ultraviolet volume cutoff result obtained fixed volume almost sure limit density respect gaussian free field measure exists equal provided coupling constant sequence vanishing implies strong limit ultraviolet cutoff removed furthermore normalization sequence divergent dimension greater lead non ultraviolet stability scalar quantum field dimension tends question possible existence case particular coupling vanishing sufficiently high speed limiting field trivial assertion also valid vector field extended polynomial lagrangians
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675,151
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effect franchised business model fast food company stock price recession recovery weibull analysis initial stage research assumption franchised business perhaps affected much recession multiple cash pool available inherent franchised business model however analyzing available data indicated otherwise stock price performance discussed indicates different pattern stock price data analyzed unconventional tool weibull distribution observation confirmed presence either reverse trend franchised business observed non franchised franchised stock followed large food supplier layered ownership cash flow franchised business model parent company run franchiser depends performance child company run franchisees parent child company run independent business parent company listed stock ticker stock exchange double layer vertical operation cash reserve cash flow protect better recession data analyzed paper indicates recession effect severe dive average market expect slower recovery stock price franchised business model paper characterizes difference explains natural experiment available financial data
15
1,167,882
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homotopy lie algebra soberness braided deformation describe cyclic algebra formulation classical worldwide relativity without matter field einstein cartan palatini formalism using drinfeld twist distortion technique define noncommutative translation theory braided gauge symmetry introduce notion braided algebra use encode symmetry field contented field equation noether identity noncommutative gravity
11
200,654
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late level nested occupancy scheme random environment consider weighted branching process generated point process whose atom sum one weight individual given generation sum one well define nested occupancy scheme random environment sequence ball box scheme random probability box th level identified th generation individual hitting probability box identified corresponding weight collection ball generation ball start root move along tree weighted branching process according following rule transition mother box daughter box occurs probability given ratio daughter mother weight assuming ball give full classification regime convergence number occupied ever hit box th level properly normalized grow sequence positive number growing proportionally call level late nested occupancy scheme get extinct level grow super logarithmically sense occupied box contains one ball also regime prove strong law large number number th level box contain least ball assumption mean number first level box finite number empty box th level
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564,487
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sensitivity th nuclear clock transition variance fine complex body part constant peik igor yevgeneevich tamm europhys lett proposed nuclear clock based isomeric transition ground state first excited united state department state thorium changeover recognized potentially sensitive probe possible worldly variation fine structure constant sensitivity variation determined measurement mean square charge radius quadrupole moment different isomer however current measurement quadrupole moment yet achieve accuracy gamy plenty answer non cypher sensitivity determine sensitivity using existing measurement change mean square charge radius coupled ansatz constant nuclear density enhancement cistron variation current experimental limit per year corresponding frequence shift cycle per year sack six order magnitude larger projected truth nuclear clock paving way increased accuracy determination interaction persuasiveness low mass scalar dark thing verify constant nuclear denseness ansatz supported nuclear theory propose verify experimentally likewise count potential impression octupole deformation sensitivity variation calculate effect mutation number mossbauer modulation
14
906,355
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efficient emotion recognition using hyperdimensional computing combinatorial channel encoding cellular automaton paper hardware optimized approach emotion recognition based efficient brain inspired hyperdimensional computing hdc paradigm proposed emotion recognition provides valuable information human computer interaction however large number input channel modality involved emotion recognition significantly expensive memory perspective address method memory reduction optimization proposed including novel approach take advantage combinatorial nature encoding process elementary cellular automaton hdc early sensor fusion implemented alongside proposed technique achieving two class multi modal classification accuracy valence arousal multi modal amigo deap datasets almost always better state art required vector storage seamlessly reduced frequency vector request least result demonstrate potential efficient hyperdimensional computing low power multi channeled emotion recognition task
0
3,142
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perspective conventional high temperature superconductors high pressure method material two hydrogen rich material h lah synthesized megabar pressure revolutionized field condensed matter physic providing first glimpse solution hundred year old problem room temperature superconductivity mechanism underlying superconductivity exceptional compound conventional electron phonon coupling describe recent advance experimental technique superconductivity theory first principle computational method made possible discovery work aim provide date compendium available result superconducting hydride explain synergy different methodology led extraordinary discovery field besides attempt evidence empirical rule governing superconductivity binary hydride pressure discus general trend electronic structure chemical bonding last part review introduces possible strategy optimize pressure transition temperature conventional superconducting material well future direction theoretical computational experimental research
4
1,435,882
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dynamic small body orbit jupiter saturn examine dynamic small body orbit similar comet pschwassmann wachmann ie near circular orbit jupiter saturn late known body region lie similar orbit previous research shown region solar system work call near centaur region ncr stable suggesting body found would short lifetime performed myr high precision numerical simulation evolution massless particle initially located kuiper belt close neptune perihelion slightly au neptune crossers particle quickly migrate inward passing ncr becoming jupiter family comet find object ncr indeed generally travel quickly however simulation reveal resonant behavior region somewhat common trap object kyr summarize dynamic observed body region two seem clearly exhibiting resonant behavior use simulation put limit reservoir size neptune crossers time determines reservoir size kuiper belt finally put constraint current population centaur particularly ncr population based injection rate required keep observed population jupiter family comet steady state
10
1,424,548
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jet tagging lund plane graph network identification boosted heavy particle top quark vector boson one key problem arising experimental study large hadron collider article introduce lundnet novel jet tagging method relies graph neural network efficient description radiation pattern within jet optimally disentangle signature boosted object background event apply framework number different benchmark showing significantly improved performance top tagging compared existing state art algorithm study robustness lundnet tagger non perturbative detector effect show kinematic cut lund plane mitigate overfitting neural network model dependent contribution finally consider computational complexity method scaling function kinematic lund plane cut showing order magnitude improvement speed previous graph based tagger
0
8,329
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naive gabor network hyperspectral prototype classification recently many convolutional neural network cnn method acting design hyperspectral image hsi classification since cnns able produce good representation data greatly gain huge routine parameter withal solving high dimensional optimisation problem ofttimes requires expectant amount training sampling social club avoid overfitting additionally typical non convex problem affected many local minimum flat region address problem paper introduce naive gabor network gabor internet first time literature purpose watch cnn kernel strictly form gabor filter aiming reduce number involved parameter constrain solution space hence improve performance cnns specifically develop innovative phase angle induced gabor nitty gritty trickily designed perform gabor feature learning via linear combination local low frequency high frequency factor data controlled kernel phase phase induced gabor kernel proposed gabor final amplification ability automatically adapt local harmonic characteristic hsi data thus yield representative harmonic feature also kernel fulfill traditional coordination compound valued gabor filtrate real valued manner hence making gabor net easily perform common cnn thread evaluated newly developed gabor net three substantially known hsis suggesting proposed gabor net significantly improve performance cnns particularly small education set
3
111,863
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metaclusters full control mechanical wave present new method control wave based inverse multiple scattering theory conceived generalization concept metagrating call metaclusters finite set scatterers whose position property obtained inverse design defined response external incident field particular focus designing passive metaclusters require external source energy method applied propagation flexural wave thin plate design far field pattern although generalization acoustic electromagnetic wave straightforward numerical example presented design uni bidirectional anomalous scatterers bend scattering energy along specific direction odd pole scatterers whose radiation pattern present odd number pole generation vortical pattern finally consideration optimal design metaclusters discussed
2
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generating directed net prescribed laplacian spectrum complex real world phenomenon ofttimes modeled dynamical organization web many caseful interest spectrum underlying graph laplacian set organisation stability end shape matter selective information flow propel devising worthy scheme rigorous numerical foundation generate laplacian posse prescribed spectrum paper show slant laplacians constructed exactly realize desired complex spectrum method configure non trivial generalization existing recipe assume spectrum real application proposed technique network stuart landau oscillator two kuramoto model discussed synchronization enforced assuming properly engineered ratify weighted contiguity ground substance rule pattern pairing interaction
12
709,529
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active canonical model loop quantum gravitational force dissertation consider problem dynamic canonical loop loop quantum gravity primarily context deparametrized model scalar field taken physical meter variable dynamic gravitative discipline dynamic quantum state gravitational field generated like shot physical hamiltonian hustler else implicitly defined kernel hamiltonian constraint introduce new construction hamiltonian hustler loop quantum gravity numerical practical advantage comparison earlier proposal marriage importantly new hamiltonian constructed symmetric operator therefore mathematically ordered candidate generator physical time evolution deparametrized model develop method evaluating dynamic generated given physical hamiltonian even exact solution eigenvalue problem hamiltonian cannot achieved also introduce new theatrical intertwiners loop quantum gravity based projecting intertwiners onto coherent country angular momentum intertwiners represented polynomial certain complex variable manipulator loop quantum gravity expressed differential hustler acting varying addition reviewing result author scientific work thesis also give thorough introduction basic framework canonical loop quantum gravity self contained presentation graphical formalism su recoupling theory invaluable tool performing hardheaded calculation loop quantum gravity author therefore hope part thesis could serve comprehensible source information anyone interested learning element grummet quantum gravity
11
261,829
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ground state energy ralph richardson gaudin integrable bcs model investigate ground state muscularity richardson gaudin integrable bcs model generalizing shut open pip model hamiltonian support family mutually commuting economize operator satisfy quadratic relation eigenvalue conserved operator derive continuum limitation integral equality resolution corresponding ground commonwealth established energy expression resolution harmonise bcs tight field result
12
775,000
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elliptic flow transported non transported proton auau collision within urqmd framework fabric urqmd modeling tracing number initial quark cheese proton cogitation elliptic flow transported proton poduced proton anti proton auau collision gev difference elliptic flow enthral proton anti proton observe final result urqmd model show salutary agreement wizard answer humiliated energy deviate eminent energy partly explicate difference proton anti proton observed beam energy scan program relativistic heavy ion colliderrhic
14
907,977
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information analysis free confined harmonic oscillator chapter shall discus late onward motion information theoretical pecker context free confined harmonic oscillator confined quantum system provided appreciable interestingness orbit physic chemistry biologyetc since inception particle extreme insistence environment blossom forth many fascinating notable forcible chemical substance change desired effect achieved reduce spacial boundary infinity finite region similarly last decade information standard investigated extensively diverse quantum problem free constrained situation prominent amongst fisher information shannon entropy renyi entropy tsallis entropy onicescu vigour several complexness arguably effective measure uncertainty nominate reference specific point respective hilbert space invoked explain several physico chemical substance property system investigation kullback leibler divergence relative entropy describes given probability distribution geological fault reference distribution part characterizes beat secernment two state word extract change information going one state another
13
1,276,488
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temporally coherent embeddings self supervised video representation learning paper present tce temporally coherent embeddings self supervised video representation learning proposed method exploit inherent structure unlabeled video data explicitly enforce temporal coherency embedding space rather indirectly learning ranking predictive proxy task way high level visual information world change smoothly believe nearby frame learned representation benefit demonstrating similar property using assumption train tce model encode video adjacent frame exist close video separated one another using tce learn robust representation large quantity unlabeled video data thoroughly analyse evaluate self supervised learned tce model downstream task video action recognition using multiple challenging benchmark kinetics ucf hmdb simple effective cnn backbone rgb stream input tce pre trained representation outperform previous selfsupervised cnn cnn pre trained ucf code pre trained model paper downloaded
3
144,739
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building bulk james wilson grummet provide formula holographically build majority metric given expectation value orthogonal edward osborne wilson grommet corollary prove enclose quark possible necessarily lead existence bulk ir bottom
19
443,098
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graded generated axial algebra axial algebra non associative algebra generated semisimple idempotents whose adjoint action obey fusion law axial algebra generated two idempotents play crucial role theory classify primitive generated axial algebra whose fusion law two eigenvalue graded primitive generated axial algebra whose fusion law three eigenvalue represents significant broadening understanding axial algebra
1
505,955
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nonlinear flavor ontogenesis two dimensional neutrino gun present mathematical survey nonlinear flavor development dense neutrino gas study based stationary two dimensional two ray monochromatic neutrino wrinkle model occasional boundary condition along direction similar previous work find small scale flavor structure develop neutrino gun even physical condition nearly homogeneous along axis ab initio power diffusion large scale small scale social organisation increase neutrino tightness help establish semi exponential dependence magnitude fourier moment tally wave number overall flavour transition probability neutrino gas small initial sinusoidal upset reach sure equilibrium value large distance mainly determined neutrino antineutrino asymmetry similar phenomenon exist neutrino gas localized initial upset albeit privileged expanding nip conversion realm work suggests statistical handling crataegus oxycantha possible collective flavor oscillation dense neutrino gas multi dimensional environment
7
1,746,784
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minute constrained optimal dividend precommitment ordered planning moment constraint limit number dividend optimum dividend problem suggested lead unexampled type time inconsistent stochastic impulse control problem first optimum root precommitment sensation derived nd problem formulate intrapersonal sequential dynamic plot line strotz consistent planning peculiar notion pure dividend strategy strong subgame staring nash equilibrium adjust equilibrium derived using placid set shape equilibrium shown strong uncontrolled state process middling general diffusion
15
1,110,487
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global local scaling limit stieltjes wigert random matrix ensemble eigenvalue probability density function pdf gaussian unitary ensemble well known analogy boltzmann factor classical log gas couplet potency confined one body harmonic potential generalization replace pair likely resulting pdf firstly appeared statistical physic lit recounting non cross brownian walker equally spaced clip subsequently study quantum many organic structure system calogero sutherland type also chern simon sphere theory exercise determinantal point appendage correlation kernel based stieltjes wigert polynomial proceeds problem determining moment ensemble find precise expression term particular small karl gustav jacob jacobi polynomial declamatory form worldwide density computed previous piece work evaluated edge scaling limit correlation nub term ramanujan airy function show special scaling limit reduces airy kernel
8
602,517
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predicting toxicity gene facial expression neural meshing train nervous network predict chemical toxicity base cistron expression data input network full reflexion profile compile either vitro cultured cell vivo live animate output set okay grained forecasting presence variety pathologic result treated creature trained open tg gate database produce good resultant role outperforming classical model trained data promising approach expeditiously screening chemical toxic core accurately evaluating drug nominee based preclinical data
5
1,073,584
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mathematical model describe alpha dose rate uo surface model determine dose pace planar alpha emitting surface developed coming presented computationally efficient mathematical manikin using stopping kitchen range data stopping range mountain ion subject srim software alpha dose pace function distance irradiate uo spent fuel surface produced bench mark previous modelling attempt method acting able bodied replicate four card monte carlo mcnpx study irradiated uo fuel control surface within ensue total dose rate display similar dose visibility
14
904,484
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analysis left truncated right censored competing risk data article analysis left truncated right censored competing risk data carried assumption latent failure time model assumed two competing cause failure although result extended two cause failure lifetime corresponding competing cause failure assumed follow weibull distribution shape parameter different scale parameter maximum likelihood estimation procedure model parameter discussed confidence interval provided using bootstrap approach common shape parameter known maximum likelihood estimator scale parameter obtained explicit form unknown provide simple iterative procedure compute maximum likelihood estimator shape parameter bayes estimate associated credible interval unknown parameter also addressed flexible set prior shape scale parameter extensive monte carlo simulation performed compare performance different method numerical example provided illustrative purpose finally result extended two competing cause failure assumed independent weibull distribution different shape parameter
6
1,346,151
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probing new physic dimension electroneutral gauge coupling collider neutral triple gauge twin ntgcs absent standard model effective possibility property operator could spring dimension effective wheeler dealer work study virgin caliber operator dimension contribute ntgcs independent proportion operator involving higgs doublet render pure calibre hustler generate vertex rapid vigour dependence probed sensitively via reaction demonstrate measure ntgcs via reaction followed decay probe fresh physic scale attribute pure gauge operator range tev cepc federal communication commission electrical engineering ilc collider tev range tev clic tev assuming case integrated luminousness ab equate sensitivity corresponding probe dimension ntgc hustler involving higgs doublet dimension fermionic middleman operator contribute vertex
7
1,743,139
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arbitrary optic wave evolution fourier transforms phase mask large number diligence classical quantum photonics require capability implementing arbitrary linear unitary transformation place optical mode seminal work reck et al shown build multiport worldwide interferometer interlock beam splitter form shifter design became cornerstone data based implementation last decade still design reck et al unmanageable scale large number modal value would required many diligence present constructive proof potential realize multiport universal interferometer mode succession fourier transforms phase mask even integer furthermore provide algorithm rule right succesion charles fourier transforms phase mask realize given arbitrary unitary transformation since fourier transforms phase mask routinely implemented several optical setup meet scalability issue associated building extensive mesh beam splitter believe design useful many application photonics
13
1,268,389
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hadronic resonance product alice lhc measurement production short lived hadronic ringing used probe property late hadronic phase extremist relativistic heavy ion collision since resonance life corresponding fireball sensitive contend effect subatomic particle scattering positive feedback hadronic gas modify observed speck momentum distribution yield hadronisation different mass quantum routine quark content hadronic reverberance carry wealth information unlike aspect ion ion collision including process determine shape particle momentum spectrum insight strangeness production collective effect modest collision organisation present recent alice result production lhc let measurement performed pp pb pbit pb collision different energy well latest result lhc prevail xe xe collision tev pb pb hit tev hit push centrality multiplicity differential measuring integrated production particle ratio discussed detail critical overview result apply comparison measurement experiment theoretic model
16
853,302
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psnet parametric sigmoid norm based cnn face recognition convolutional neural network cnn become popular recently due outstanding performance various computer vision application also used widely studied face recognition problem however existing layer cnn unable cope problem hard example generally produce lower class score thus existing method become biased towards easy example paper resolve problem incorporating parametric sigmoid norm psn layer final fully connected layer propose psnet cnn model using psn layer psn layer facilitates high gradient flow harder example compared easy example thus force network learn visual characteristic hard example conduct face recognition experiment test performance psn layer suitability psn layer different loss function also experimented widely used labeled face wild lfw youtube face ytf datasets used experiment experimental result confirm relevance proposed psn layer
0
41,831
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holographic formulation metric solemnity finite boundary work construct holographic boundary theory linearise gravity general family finite quasi local boundary boundary theory directly educe dynamical gravitational force compute effective activity geometric boundary observable step geodesic length given boundary point centre bulk manifold identify general form boundary theory find liouville similar coupling boundary ricci scalar illustrated diverse object lesson offer interesting insight complex body part holographic boundary possibility
11
244,639
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measurement anti elliptic flow pb pb collision tev elliptic flow anti measured pb pb collision tev transverse momentum range gev centrality class using event plane method measurement compared pion kaon proton center mass energy clear mass ordering observed low expected relativistic hydrodynamics violation scaling number constituent quark low already observed identified hadron deuteron lhc energy confirmed also anti elliptic flow anti underestimated blast wave model overestimated simple coalescence approach based nucleon scaling elliptic flow anti measured centrality class well described sophisticated coalescence model phase space distribution proton neutron generated using iebe vishnu hybrid model ampt initial condition
16
803,874
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unclouded quark dipole hustler lhc study effect manipulator generating dipole coupling light quark electroweak gauge boson several observables lhc start demonstrating finding caliber boson self coupling electroweak diboson production lhc racy inclusion quark cheese dipole antenna manipulator even let totally unconstrained analytic thinking conversely determine bound diboson data imposes light quark dipole antenna partner appearance represent pregnant improvement limit arising electroweak precision measurement also explore sensitiveness drell yan cross section determination lhc run result resonance search high invariant mass lepton duad production run constrain electroweak dipole mate light quark
7
1,793,922
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nonlinear theoretical account predictive control variable speed hydropower provision fast frequency book paper present development non linear exemplar predictive controller mpc control variable speed hydropower vshp plant mpc coordinate turbine controller virtual synchronic author vsg control power electronics converter optimize plant execution main objective deliver fast power response frequency deflection utilizing kinetic energy turbine generator gain possible allowing turbine rotational speed deviate temporarily optimal speed addition efficiency maximized keeping galvanising hydraulic variable within constraint simulation final result show proposed mpc also capable damp tycoon oscillation grid deoxidize water supply hammer penstock improve next estimation turbine head turbine power turbine flow ensures turbine head outmatch limitation wave turbine speed disturbance slenderize besides vsg converter control condition enable fast power response utilizing rotational energy turbine generator thereby vshp provide meaning amount fast frequency reserve ffr grid
3
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searching ev scale sterile neutrino eight twelvemonth atmospheric neutrino icecube neutrino telescope reputation detail lookup ev scale sterile neutrino setting example expend viii year information icecube neutrino telescope analyzing reconstructed energy zenith angle atmospheric event construct sureness interval two analysis space conservative assumption give sufficiently child fast oscillation characteristic unresolvable detailed discussion result survival systematic uncertainty meet procedure presented strong evidence sterile neutrino found best fit likelihood consistent sterile neutrino hypothesis note value first analysis blank space second
17
390,829
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bodily cavity assisted squeezing entanglement non adiabatic effect optimal cavity nuclear ensemble matching investigate theoretically quantum web light collective tailspin polarisation cold nuclear ensemble cavity assisted raman scheme previous work concentrated mostly spoilt cavity restrain signal much longer cavity field lifetime view atomic loosening imperfection may arise need speed light atom port operation increasing cavity subject area lifetime unitary achieve better sluttish topic coupling entanglement work consider non adiabatic effect become important beyond big cavity limit low photon uninterrupted variable regime find classical control field time profile allow one retrieve cavity output quantized signal predefined time shape duration optimum homodyne detection optical mixing manipulation done wide chain signal duration compared cavity field lifetime discus optimal cavity atomic ensemble couple term cavity field lifetime allows matchless apply le intense control field minimize variety non linear effect ac light shift four wave integrate etc may potentially harmful experiment
13
1,287,223
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graphop mean field limit kuramoto type model originally rise context interacting particle system statistical physic dynamical system differential equation networksgraphs permeated broad number mathematical area advantageously many application unitary central problem field find suitable approximation active phone number nodesvertices tends infinity ie big graph limit cornerstone context vlasov fokker planck equation vfpes describing particle density mean domain level coupled system quite classical turn rigorous approximation vfpes many class particle system dense graph meet graphon limit one also know mean field approximation hold sealed class model eg kuramoto simulation graph yet space intermediate density sparse graph clearly extremely relevant prove kuramoto example approximated miserly theater operation limit far general graph limit graphons particular donation follows prove introduce operator theory abstractly vfpes considering graphops graphops recently proposed unifying approach graph limit theory show used differential equation graph ii kuramoto model graph strictly prove vfpe equation approximating mean field sense mean field vfpe involves graphop leaven existence uniqueness continuous graphop dependence unaccented solution iv proficient level result rely designing new suitable metric graphop convergence employing fourier depth psychology compact abelian group approximate graphops using summability kernel
12
738,287
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adoption blockchain based decentralized exchange investigate market microstructure automated market manufacturing business amms outstanding type blockchain based decentralised exchange show order implementation mechanism yield token value loss liquidity supplier tokenish exchange rate volatile amms adopted token distich high personal function investor token price movement brace highly correlate pricing curve higher curvature reduces arbitrage trouble also investor surplus pooling multiple token exacerbates arbitrage problem provide statistical support master model implication use dealing stage data point amms
15
1,141,386
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examine gamy impulse proton via reaction experimental hybridisation part chemical substance response miss momentum gev gev reported data compare relativistic deform wave impulse approximationrdwia reckoning transmission channel significantly outcome triton tidy sum region measured gev predicted theoretical model suggesting effect initial state multi nucleon correlational statistic stronger expected rdwia sit
16
831,275
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radiative correction neutron atomic genus beta decay revisited universal radiative chastisement common neutron superintendent allowed nuclear beta decay well known intimate chastisement revisit light late dispersion relation subject area found ieabout larger previous evaluation comparison deal several alternative computational method employ updated perturbative qcd four grommet bjorken sum normal bjsr defined qcd coupling supplemented nucleon form broker base born amplitude estimate axial vector bring hadronic contribution addition include hadronic share low loop essence free base wave particle duality consideration transmitter meson resonance interpolators basal result jibe average light front holomorphic qcd approach three resonance interpolator fit reduces dispersion sexual coitus variance approximately thereby provide consistence check upshot raw radiative chastening estimate along dispersal telling result ckm unitarity discussed neutron lifetime connection update register intimate unforesightful neutron lifetime find improved bound exotic non standard model neutron decay oscillation outlandish theorize solution neutron life problem
16
857,839
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effect credit found inquiry evaluation strategy self citation behavior investigate change self reference behavior italian professor following introduction acknowledgment based incentive scheme national accreditation academic appointee previous contribution self citation behaviour either focused small sampling bank simple model master confounding factor present work adopts complex statistic mannequin enforce bibliometric individual data italian professor controlling number covariates issue citable paper published author presence external author figure colorado author degree professor specialization average increase self acknowledgment pace following introduction asn increase coarse discipline academic rank albeit diverse magnitude moreover increase sensitive proportional incentive depending status assimilator regard scientific accreditation analysis show much heterogeneity individual pattern self citing behavior albeit outlier
15
1,135,419
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eigenstate fluctuation theorem short recollective time regime canonical ensemble play important role statistical mechanic vestibular sense example standard derivation fluctuation theorem relies assumption initial commonwealth heat bath canonical ensemble hand late progress foundation statistical mechanic revealed thermal sense equilibrium state necessarily described canonical ensemble quantum pure state still single vitality eigenstate excogitate eigenstate thermalization hypothesis eth question fire two picture canonic ensemble single energy eigenstate thermal equilibrium state compatible variation theorem paper theoretically numerically show fluctuation theorem hold tenacious short time regime even initial nation bath single energy eigenstate many body system proof fluctuation theorem long time regime based eth previously shown short time regime basis lieb lennox robinson bound eth phys rev lett proof clock time regime theoretically independent complementary implying fluctuation theorem entire time sphere also perform systematic numeric simulation hard core boson exact diagonalization verify variation theorem time regimen focusing finite size scaling result contribute understanding mechanism fluctuation theorem emerges unitary dynamic quantum many body system tested experiment eg ultracold mote
13
1,225,551
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slender shell wormhole rastall gravity constructed thin shell wormhole using well hump cut paste technique static pitch dark maw source anisotropic fluid within context rastall gravity using infer lanczos equation search vitality condition wormhole pharynx along traversability condition determined stability region wormhole configuration surrounded different bulk seed obtained stability region considerably modified imputable trivial dependence rastall parametric quantity effective potential energy
9
1,796,806
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renormalization balance restricted spin foam model curvature asymptotic government cogitation renormalization group flow euclidian engle pereira rovelli livine freidel krasnov eprl fk twirl foam model prominent terminus ad quem vertex amplitude deformed let cosmogonic incessant terminus state sum reduced describe foliate spacetime whose spatial cutting savourless isotropic homogeneous framework admits non fly extrinsic curvature whereas scale agentive role expand contract serial time stride diminution degree freedom leave numerical valuation sure geometric observables coarser finer discretizations comparison defines renormalization group rg flow model parametric quantity beginning consider jutting nuclear number flow rate along pedagogy display uv attractive fixed point put analysis two trinity dimensional parametric quantity space notably find indication fixed pointedness space evince unrivaled repulsive two attractive steering
19
479,233
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