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longitudinal visibility extensive air shower inclusion charm bottom particle magic spell bottom particle rare extensive air shower effect presence radical growth inclusive air shower ea atom arise large fraction primary energy reach large atmospherical depth deposit energy deep layer atmosphere issue ea observables modified easily shape longitudinal profile vigor deposited atmosphere composition modify corsika monte carlo inclusion charm bottom production first interaction primary cosmic ray result unlike selection typical time value heavy molecule discrete production model presented
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heavy particle mode string soften gaugestring duality consider string breakage phenomenon within effective drawing string model purport mimic quantum chromodynamics light flavor special attention baryon manner bring estimate cosmic chain breaking distance nada non baryon chemic potential estimation pointedness towards enhancement heavy particle production warm decay expectant mesotron dense baryonic subject evoke raise production baryon pbpb hit principally due larger economic value chemical substance potential
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online learned continual compression adaptive quantization module introduce study problem online continual compression one attempt simultaneously learn compress store representative dataset non iid data stream observing sample naive application auto encoders setting encounter major challenge representation derived earlier encoder state must usable later decoder state show use discrete auto encoders effectively address challenge introduce adaptive quantization module aqm control variation compression ability module given stage learning enables selecting appropriate compression incoming sample taking account overall memory constraint current progress learned compression unlike previous method approach require pretraining even challenging datasets show using aqm replace standard episodic memory continual learning setting lead significant gain continual learning benchmark furthermore demonstrate approach larger image lidar reinforcement learning environment
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uniqueness non trivial spherically symmetric black hole solution special class fr gravitational theory show detail non trivial black hole bh solution neutral well charged spherically symmetric space time using class must metric potential form bh non trivial form ricci scalar ie form repeat procedure anti de sitter ad space time got metric potential neutral well charged form respectively ricci scalar ad space time form form calculate thermodynamical quantity hawking temperature entropy quasi local energy gibbs free energy derived bh behaves asymptotically flat ad show give acceptable physical thermodynamical quantity consistent literature finally prove validity first law thermodynamics bh
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quantum intercellular substance geometry quasi coherent state general fabric described associate geometrical structure sic finite dimensional hermitian matrix framework generalizes systematizes well bed example fuzzy blank set aside extract fundamental classical blank space without requiring limit heavy matrix histrionics theory glide slope found antecedently introduced concept quasi coherent state particular concept quantum kahler geometry arise naturally includes well known quantise coadjoint domain fuzzy sphere fuzzy quantisation map quantum kahler geometry established representative quantum geometry kahler identified including minimal fuzzy toroid
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understanding bias facial recognition technology past couple year growing debate around automated facial recognition reached boiling point developer continued swiftly expand scope kind technology almost unbounded range application increasingly strident chorus critical voice sounded concern injurious effect proliferation system opponent argue irresponsible design use facial detection recognition technology fdrts threatens violate civil liberty infringe basic human right entrench structural racism systemic marginalisation also caution gradual creep face surveillance infrastructure every domain lived experience may eventually eradicate modern democratic form life long provided cherished mean individual flourishing social solidarity human self creation defender contrast emphasise gain public safety security efficiency digitally streamlined capacity facial identification identity verification trait characterisation may bring explainer focus one central aspect debate role dynamic bias discrimination play development deployment fdrts examine historical pattern discrimination made inroad design implementation fdrts earliest moment explain way use biased fdrts lead distributional recognitional injustice explainer concludes exploration broader ethical question around potential proliferation pervasive face based surveillance infrastructure make recommendation cultivating responsible approach development governance technology
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data driven modeling reveals universal dynamic underlying covid pandemic societal distancing show covid pandemic social distancing display worldwide dynamical cumulative issue infection death chop chop cross exponential growth former time longer catamenia power law growth eventually retard agreement recent statistical forecasting model ihme show active well described erf social occasion using usable phase perform data flop across country state different population characteristic societal distancing policy confirming universal behavior covid outbreak show prognostic business leader statistical simulation trammel day curve flatten forecast death transmission assume current policy continue compare prediction ihme model present simulation showing universal active reproducible disease transmission scale free network random network non markovian transmission dynamic
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heavy flavour jet production charm fragmentation alice lhc heavy quark produced hard parton scattering early stage ultra relativistic heavy ion collision ideal probe investigate property quark gluon plasma qgp produced collision measurement heavy flavour jet provide constraint energy loss model particular add information radiated energy dissipated medium study angular correlation heavy flavour charged particle allow u characterize heavy quark fragmentation process possible modification hot nuclear matter environment manuscript focus latest result heavy flavour jet meson correlation charged particle studied alice detector pp pb pb pb collision
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steven weinberg proposal personal prospect personal encounter weinberg marriage proposal really entertaining unmatched collaborator david entem embarked show weinberg idea though impudent beautiful basically useless practice like many genius idea people claimed derived nuclear effect quantum chromodynamics however trying showed diametrical namely showed weinberg idea work better allow sensible mean
| 14
| 990,870
|
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importance shortness non perturbative many body technique expansion many body method correspond solving complex tensor network iterative solving network repeated storage unknown tensor requires computing power growing polynomially size basis one trunk hilbert space one work thanks current computer capability ab initio calculation nucleus mass delivering percent accuracy routinely feasible today however runtime memory cost become quickly prohibitive ane effort possibly clock time reach heavier nucleus ii employ symmetry breaking cite state access open racing shell nucleus iii aim yet greater accuracy challenge particularly exacerbated non perturbative method affect repeated store high rank tensor obtained via reiterative solution non linear equation present work address formal numerical carrying called importance truncation technique within frame one particular non perturbative expansion method internet explorer gorkov self logical green mapping gscgf hypothesis goal eventually overcome mentioned restriction priori truncating irrelevant tensor entry technique shown reduce storage le original cost realistic gscgf calculation adc level maintaining accuracy coefficient correlation energy future step extend present growing next eg adc truncation level scgf calculation applicable doubly open shell cell nucleus
| 14
| 948,200
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strain induced topological phase transition two dimensional platinum ditelluride topological phase transition hot topic condensed matter physic computational material science investigate electronic structure phonon dispersion two dimensional platinum ditelluride using density functional theory found monolayer trivial insulator indirect band gap ev based parity analysis biaxial tensile strain drive topological phase transition strain reach undergoes topological phase transition change trivial band insulator topological insulator unlike conventional honeycomb material topological phase transition gap close point strained monolayer becomes gapless point critical biaxial strain band inversion lead switch parity near fermi level give rise topological phase transition novel monolayer potential application field micro electronics
| 4
| 1,437,852
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extension convolutional neural network general image processing kernel applied pre defined kernel also known filter mask developed image processing convolution neural network instead letting neural network find kernel used different general purpose kernel blurring edge detecting sharpening discrete cosine transformation etc first layer convolution neural network architecture thus named general filter convolutional neural network gfnn reduce training time better accuracy compared regular convolutional neural network cnn gfnn also trained achieve accuracy sample furthermore even though kernel specialized mnist dataset achieved accuracy without ensemble special algorithm
| 3
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weakly supervised training pixel result segmentation model whole slide image present new approach gear pixel resolution sectionalization model whole slide image weakly supervise setup model direct classify patch evoke slide star training make noisy mark datum solve job two complementary color strategy first patch sampled online using model knowledge focusing region model confidence higher second propose extension kl divergence robust noisy label preliminary experiment camelyon data set display bright solution modelling successfully segment neoplasm area strong morphological consistency
| 3
| 152,769
|
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decentralized physiology molecular ground social life eusocial insect traditional focus physiological functional genomic research molecular process looseness within single consistency contrast social interaction occur molecular behavioural response interacting item item lead physiological process distributed across multiple individual eusocial insect colony multi body appendage tightly integrated involving social communication mechanism regulate physiology dependency member issue conserved physiological mechanism example link pheromone detection neural signaling pathway deployed novel context regulate emergent colony trait evolutionary origin elaboration societal complexity review conceptual theoretical account organismic settlement physiology highlight functional genomic physiological behavioral enquiry explore colony floor trait arise physical chemical interaction among nestmates highlight mechanistic work exploring colony trait arise physical chemical interaction among physiologically specialized nestmates various developmental stage consider law similarity conflict organismal colony physiology make specific foretelling based decentralized perspective function evolution colony trait integrate model colony physiologic function useful address fundamental interrogation related evolution ecology corporate behavior rude system
| 5
| 1,065,759
|
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car learning scientific competition datasets number scientific competition organised net year objective discovering advanced proficiency perform typical high zip physic task similar event reconstructive memory classification new physic breakthrough four competition summarised chapter guideline organising event infer improver selection competitor chopine available datasets described
| 17
| 334,608
|
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excluded volume model quarkyonic subject trine flavor baryon quark mixture single flavor exclude volume model base good size baryon reproduces hard cushy density evolution equation state eos required recent study gw phenomenological poser basically make concept quarkyonic thing introduced large gage theory dense matter enhanced nucleon interaction dynamically generated quark degree freedom reproduce concentrated soft evolution eos newspaper extend exclude volume model three flavor arrangement see electromagnetic bursting charge potential weak chemical equilibrium order obtain proper verbal description hard piano behavior eos inferred gravitational wave observation
| 14
| 903,391
|
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extended riemannian geometry iii global double field theory nilmanifolds describe global geometry symmetry tensor forked theater operation hypothesis pair nilmanifolds flux gerbes achieved rather straightforward lotion formalism developed antecedently formalism construct analogue courant algebroid correspondence blank duality use language graded manifold derive bracket use description nilmanifolds full term periodicity condition rather local fleck strong part condition arises purely algebraically show particularly symmetrical solution consideration recover courant algebroids nilmanifolds flux also discus finite globular balance general local three fold field theory explain specializes casing duality nilmanifolds
| 9
| 1,670,145
|
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twist coating tpb film acrylic measurement wavelength shifting efficiency scintillation dismount liquid noble gas neutrino dark matter experiment lie typically within vacuum ultraviolet vuv region might powerfully absorbed surrounding substantial light templet photomultiplier tetraphenyl butadiene tpb fluorescent material act wavelength gear lever wls turn uv light seeable light around peak wavelength nm enabling light signal detected easily physic subject compared traditional tpb coating method use vapor deposit propose alternative technique twirl coating process order facilitate development neutrino dark matter detector article introduces invent tpb film acrylic using whirl surface method report measure sample distribution film heaviness roughness appearance reemission spectrum quantifies wavelength shifting efficiency wlse
| 17
| 395,405
|
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criticality role connectome shape slow oscillation brain bass sleep slow wave nap brain self organise regime slow oscillation land propagate across cerebral mantle reference chemical mechanism emerge recruit large part brain using whole brain exemplar based empirical connectivity datum individual mastermind country generate induced local adjustment mechanism optimal set human resting state fmri data eeg deep sleep found critical time value adaptation strong suit mannequin produce balance local world naturalistic spatiotemporal statistic local oscillation frequent last shorter lower amplitude global oscillation bed covering wave silence across brain traveling anterior posterior region due heterogenous network structure human brain result demonstrate utility unharmed encephalon example explaining origin large scale cortical cycle shaped connectome
| 12
| 727,132
|
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constraint long lived lite scalar flavor changing pair koto anomaly recently koto experiment parc take note three anomalous event sapidity changing rare decay indicates corresponding branching ratio almost two order order magnitude larger standard model sm forecasting taking intriguing resolution face value search model deduction viable explanation long lived light sm singlet scalar emission ie decaying outside koto detector derive restraint parameter space light scalar context three simple model actual singlet scalar university extension sm ii extension service neutrino pile arise via case seesaw mechanism breaking iii tev scale left ripe symmetric model flavor changing coupling needed explain koto excess model ii originate tree horizontal surface mixing scalar sm higgs field model iii mixing indifferent component heavy bidoublet higgs field taking account stringent constraint high precision search tang changing shoot neutral kaon decay na koto charm experiment well astrophysical cosmological constraint light scalar supernova energy loss big bang nucleosynthesis relativistic degree freedom find light scalar interpretation koto excess allowed model part parameter range tested future na dune experiment
| 7
| 1,784,633
|
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channel wise autoregressive entropy model learned image compression learning based approach image compression codecs developed optimizing computational model minimize rate distortion objective currently effective learned image codecs take form entropy constrained autoencoder entropy model us forward backward adaptation forward adaptation make use side information efficiently integrated deep neural network contrast backward adaptation typically make prediction based causal context symbol requires serial processing prevents efficient gpu tpu utilization introduce two enhancement channel conditioning latent residual prediction lead network architecture better rate distortion performance existing context adaptive model minimizing serial processing empirically see average rate saving kodak image set tecnick image set compared context adaptive baseline model low bit rate improvement effective model save baseline outperforms hand engineered codecs like bpg
| 0
| 13,055
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stability instability self gravitating relativistic matter distribution consider steady state solution massive asymptotically flat spherically symmetric einstein vlasov system ie relativistic model galaxy globular cluster steady state solution einstein euler system ie relativistic model star steady state embedded one parameter family parameterized central redshift prove linear instability sufficiently large ie strongly relativistic instability driven growing mode work confirms scenario dynamic instability proposed zeldovich podurets einstein vlasov system harrison thorne wakano wheeler einstein euler system result sharp contrast corresponding non relativistic newtonian setting carry careful analysis linearized dynamic around steady state prove exponential trichotomy result corresponding index theorem stableunstable invariant space finally case einstein euler system prove rigorous version turning point principle relates stability steady state along one parameter family winding point called mass radius curve
| 8
| 636,877
|
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continuum computational framework viscoelastodynamics finite deformation linear model work concern continuum basis numerical formulation deformable material viscous dissipative mechanism derive viscohyperelastic modeling framework based fundamental thermomechanical principle since large deformation problem exhibit isochoric property modeling work constructed based gibbs free energy order develop continuum theory using pressure primitive variable known well behaved incompressible limit general theory presented focus family free energy lead called finite deformation linear model derivation elucidates origin evolution equation model originally proposed heuristically derivation thermodynamic inconsistency clarified rectified discus relaxation property non equilibrium stress thermodynamic equilibrium limit implication form free energy modified version identical polymer chain model proposed special case model proposed holzapfel simo based consistent modeling framework provably energy stable numerical scheme constructed incompressible viscohyperelasticity using inf sup stable element particular adopt suite smooth generalization taylor hood element based non uniform rational spline nurbs spatial discretization temporal discretization performed via generalized alpha scheme present suite numerical result corroborate proposed numerical property including nonlinear stability robustness large deformation stress accuracy resolved higher order element
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examining carapace settlement high precision bulk measurement ar potency magical number neutron plenteous atomic number isotope examined high preciseness mass measurement ar perform isoltrap mass spectrometer isoldecern newfangled mass value time precise previous measure suggest persistence casing closure argon show finish nuanced light wealthiness spectroscopic data point theoretical probe performed emphsdpf phenomenological shell model interaction outcome also compared emphab initio calculation utilize valence space metier similarity renormalization group self consistent greenish role approach calculation provide good account mass systematics around generally consistent description physic region combine analysis indicates ar transition closed carapace calcium collective
| 16
| 887,370
|
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principle low dissipation computing stochastic circuit model introduce thermodynamically consistent minimal stochastic model complementary logic gate built field effect transistor characterize performance gate tool information theory study interplay accuracy speed dissipation computation universal building block nand gate able model arbitrary combinatorial sequential logic circuit modularized implement computing task find generically high accuracy achieved provided sufficient energy consumption time perform computation however low energy computing accuracy speed coupled way depends device architecture task work bridge gap engineering low dissipation digital device theoretical development stochastic thermodynamics provides platform study design principle low dissipation digital device
| 4
| 1,437,488
|
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dibaryon highest effect luck appealingness number good unitarity grille qcd pair triply enchant heavy particle studied ideal dibaryon scheme flavor fretwork qcd nearly physical light quark mass relativistic toilsome quark cheese action forcible charm quark plenty spatial baryon baryon correlation link scattering parameter base hal qcd method communication television channel taking bill statement ampere nd repulsive force charge form divisor lead sprinkle distance effect range ratio whose magnitude well smaller dineutron indicates place unitary authority
| 19
| 415,916
|
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particle production oscillating scalar field consistency boltzmann equation boltzmann equation play important role particle cosmology studying evolution distribution function also called occupation number various particle case decay scalar condensation pair scalar particle called point system may well described boltzmann equation occupation number becomes large even called narrow resonance regime study particle production including possible enhancement due large occupation number final state particle known stimulated emission parametric resonance based quantum field theory qft derive set equation directly govern evolution distribution function comparing result qft calculation boltzmann equation find non agreement case particular expanding universe occupation number based qft may differ many order magnitude boltzmann equation also discus possible relation evolution equation based qft boltzmann equation
| 9
| 1,562,943
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drell yan product ccfm evolution discus drell yan dilepton product using transverse momentum dependent parton statistical distribution evolved catani ciafaloni fiorani marchesini kwiecinski ccfm equation single loop loop approximation equation obtained assuming angular order emitted partons coherence transverse momentum order evolution scheme also comprise collins soper sterman indulgent gluon resummation make comparison broad class data transverse impulse spectrum low mass drell yan dileptons
| 7
| 1,666,380
|
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multilingual medical question answering information retrieval rural health intelligence access rural region several developing country access quality healthcare medical infrastructure professional diagnosis largely unavailable many region gradually gaining access internet infrastructure although strong enough connection allow sustained communication medical practitioner several death resulting lack medical access absence patient previous health record unavailability information indigenous language easily prevented paper describe approach leveraging phenomenal progress machine learning nlp natural language processing technique design model low resource multilingual preliminary first point contact medical assistant contribution includes defining nlp pipeline required named entity recognition language agnostic sentence embedding natural language translation information retrieval question answering generative pre training final query processing obtain promising result pipeline preliminary result ehr electronic health record analysis text summarization medical practitioner peruse diagnosis nlp pipeline aim provide preliminary medical information user claim supplant diagnosis qualified medical practitioner using input subject matter expert compiled large corpus pre train fine tune biobert based nlp model specific task expect recent advance nlp architecture several efficient privacy preserving model impact solution improve individual task performance
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three level coupled maxwell bloch equation rogue wave semirational rogue wave shaped soliton paper coupled maxwell bloch equating describe extension two ocular pulse optical medium coherent tercet level atom studied darboux transformation ecumenical nth order rogue wave solution involving two different option multiple root spectral characteristic equation multiparametric nth order semirational solution obtained full term schur polynomial explicit varlet roll solvent semirational solution first order provided dividing line known peregrine solitary wave dark four petaled structure strange pattern triple hole twisted pair composite four petaled composite dark rogue wave couch forward moreover fundamental interaction darkness bright soliton wave dark rogue wave interaction breather dark rogue roll shown higher order nonlinear superposition principle mode feature triple quadruplex worldly spatial distribution presented finally state transition rogue wave shaped soliton found modulation instability ontogenesis charge per unit lean zero low perturbation frequency particularly dark double peak shaped soliton wave examined
| 12
| 785,601
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dynamic signature black hole binary superradiant cloud superradiant cloud may develop around rotating black hole bosonic field compton wavelength comparable size black hole paper investigate effect cloud orbit nearby compact object particular consider dynamical friction backreaction due level mixing interaction probability black hole dynamically capturing compact object stellar mass black hole neutron star generally enhanced presence cloud extreme mass ratio inspirals binary stellar mass binary black hole cloud induced orbital modulation may detected observing gravitational waveform using space borne gravitational wave detector lisa interestingly within certain range boson compton wavelength enhanced capture rate stellar mass black hole could accelerate hierarchical merger higher generation merger product massive mass threshold predicted supernova pair instability observational signature provide promising way searching light boson gravitational wave
| 11
| 265,665
|
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universality vector like chiral quiver gauge theory anomaly domain wall study low energy dynamic chiral quiver gauge theory connection super yang mill sym theory quantum chromodynamics bi fundamental fermion qcdbf theory obtained orbifold projection sym theory perturbative planar equivalence extend nonperturbatively order study low energy behavior analyze system using thooft anomaly matching reliable semiclassics thanks thooft anomaly involves form center symmetry discrete chiral symmetry predict chiral symmetry must spontaneously broken confinement phase exist vacuum theory even posse physical angle despite presence massless fermion predict branch structure associated number vacuum enhanced due spontaneous breaking prediction explicitly confirmed reliable semiclassics double trace deformation symmetry anomaly odd theory sym one even theory qcdbf unveil exists universality vector like chiral quiver theory conjecture ground state continuously deformed without quantum phase transition briefly discus anomaly inflow domain wall connecting vacuum theory possible anomaly matching scenario
| 9
| 1,583,259
|
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limiting magnetized field minimal deformation magnetised neutron virtuoso work work structure neutron star effect poloidal magnetised field determine limiting eminent magnetic theatre intensity still allows satisfactory description magnetic neutron star spherical symmetry regime describe different penning star nucleonic hyperonic loan blend using trey state art relativistic mean field model microscopic description affair agreement experimental observational datum structure star described general relativistic solution brain field equivalence assuming spherical symmetry genius maxwell field operation equation assuming axi symmetrical deformation find limiting magnetic moment order corresponds magnetic field order surface centre star deformation due magnetized domain negligible show intensity magnetic field developed star depends eos afford baryonic great unwashed fixed magnetic import larger field attained softer eos also testify appearance exotic degree freedom hyperon quark cheese core disadvantage presence strong magnetic field consequence highly magnetized nucleonic whiz may suffer intragroup conversion due decay magnetic field could accompanied sudden cooling star gamma ray fit
| 14
| 920,213
|
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coupled canal interaction chiral efficient field theory lattice qcd study latticework quantum chromodynamics phase fault coupled dispersion channel employ head guild covariant chiral effective theory side side take society relativistic chiral effective field theory show although possible describe time form shift inelasticity fitted energy kitchen rove fairly small mev raise annoyance heed body leadingnext leading order chiral efficacious field theory latticework qcd simulation
| 19
| 486,666
|
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quantum pricing smile implementation local unpredictability model quantum computer application quantum algorithm monte carlo simulation pricing financial derivative discussed previous paper however pricing model talk paper dim scholes model significant simple therefore motivating consider implement composite model used exercise financial institution paper consider local volatility lv model excitableness fundamental asset monetary value depends price time present two type effectuation one register per atomic number way adopted previous paper way random telephone number rn command generate path plus price generated spaced register required qubit number increase proportionality number rn prn register agency proposed author previous work way episode pretender random number prns generated register used generate route plus price required qubit number reduced swap circuit depth present circuit diagram two implementation detail estimate involve resource qubit number count
| 15
| 1,115,870
|
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geantv result prototype concurrent transmitter particle exaltation simulation hep full detector simulation among largest cpu consumer cern experiment software stack first two run magnanimous hadron collider lhc sound projection pretending demand would scale linearly brightness increase compensated partially increase cipher resource extension fast simulation approach use pillow slip cover larger fraction simulation budget part solution due intrinsic preciseness limitation remainder corresponds speeding simulation software several factor reach using simple optimization current computer code base context use geantv rd project launch direct redesign bequest mote transport code order make benefit fine grained parallelism feature film vectorization also increased codification datum locality paper present extensively result accomplishment rd well conclusion object lesson learnt genus beta prototype
| 17
| 322,105
|
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exclusive vector meson yield electron ion collision eic lhec fcc exclusive vector meson production negatron ion collision energy future collider look present prediction coherent incoherent yield collision considering possible land nucleon constellation nuclear wave function film bill non analog correction qcd active thwartwise subdivision transverse impulse distribution guess assuming energy negatron ion collider eic large hadron negatron collider lhec future circular collider federal communication commission result show future experimental analysis process spill light modeling gluon chroma force constrain description qcd dynamic high energy
| 14
| 904,107
|
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gluon radiation classic point particle dense gluon field goal paper extend resultant ref formula derived gluonic radiation therapy high vigor nucleus jar greco roman colored molecule referee computed amplitude radioactivity fragmentation realm particle dilute gluonic field paper compute radiation therapy solving variation equation dense background field specific gauge brand simple solve asymptotic radiation initial consideration immediately passage nucleus identify compute two ingredient gluon radiation bulk component extends cardinal region bremsstrahlung may commit ascending experimentation observable intensity peak target fragmentation area
| 14
| 934,524
|
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kaluza klein spectrometry vacuum apply exceptional line business theory compute kaluza klein pot spectrum around emptiness sit half maximal gauged supergravity three dimension formalism applies vacuum arises ordered truncation higher dimensional supergravity matter symmetry preserved illustrate efficiency computing spectrum vi dimensional supergravities type supergravity
| 9
| 1,639,342
|
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homological department lie algebroids study lie superalgebroids equipped homological section explorer funny part square toe zero refer lie algebroids lie algebroids lie algebroids natural generalisation multiply lie superalgebras equipped homological element amongst outcome appearance via derived bracket formalism space section trygve lie algebroid come equipped unmatched loday leibniz bracket
| 8
| 649,854
|
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evidence accreting massive black hole adaptive optic integral field spectroscopy henize blue dwarf galaxy intense star formation one intriguing question whether host accretingmassive black hole use band integral field spectrum inner pc pc investigate emission kinematics gas unprecedented spatial resolution observation done using gemini near infrared integral field spectrograph nifs operating altair adaptive optic module resulting spatial resolution pc pc band respectively line emission due excitation gas photo ionization shock produced star forming region addition data provide evidence emission gas excited active galactic nucleus located position radio ray source revealed analysis emission line ratio emission line ionized gas field present two kinematic component one narrow velocity field suggesting disk rotation broad component due wind star forming region molecular gas show narrow component stellar velocity dispersion map present enhancement km position black hole consistent mass
| 10
| 1,511,117
|
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energy stable bdf fourier pseudo spectral numerical system square stage field crystal equation paper propose analyze energy stable numerical scheme square phase angle field crystal spfc equation gradient flow modeling crystal dynamic nuclear scale space dispersive scale time particular modification free vim potential stock phase field crystal model lead composition laplacian even laplacian operator overcome trouble associated highly nonlinear operator design numerical algorithm based structure individual energy term fourier pseudo spectral approximation taken space way energy structure respected summation part formula enable study distinct free energy stability high order spacial discretization temporal approximation nd orderliness bdf stencil give combined appropriate extrapolation concave diffusion term second order artificial stephen arnold douglas dupont type regularisation term added ensure energy stability careful analysis lead unreal one dimensional dispersal issue forth holy order lower surface diffusion term choice lead reduced numerical dissipation theoretical level unique solvability energy stability established optimal rate convergence analysis derived norm numerical implementation preconditioned steepest descent psd iteration applied solve composition extremely nonlinear laplacian term standard laplacian terminus geometric convergence see iteration lastly numerical experiment presented confirm robustness accuracy proposed scheme
| 12
| 726,551
|
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deep inelastic scattering extremal rn ad dark hole two holographic fermi open consider deep inelastic scattering dis dense nucleus described extremal rn ad black hole holographic quantum fermion volume evaluate loop fermion contribution current charge black hole map scattering fermi control surface dense large nucleus gear atomic number nigh black mess horizon geometry adsr fermion develop emerging fermi earth surface anomalous dimension dis scattering fermion yield anomalous partonic distribution mostly magnanimous well modified toilsome scattering rule pertinent ratio pitch black hole discussed comparison structure function proportion probe dilute demarcation back reaction geometry also derived formulate hybrid holographic model dis scattering labored wanton karyon compare favourably subsist datum atomic number au fe wide range parton
| 7
| 1,767,779
|
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discovery dynamic using linear multistep method linear multistep method lmms popular time discretization technique numerical solution differential equation traditionally applied solve state given dynamic forward problem consider application learning dynamic given state inverse problem repurposing lmms largely motivated growing interest data driven modeling dynamic behavior analysis lmms discovery turn significantly different well known existing theory forward problem assuming highly idealized setting given exact state zero residual discrete dynamic establish first time rigorous framework based refined notion consistency stability yield convergence using lmms discovery applying concept three popular step lmms adam bashforth adam moulton backwards differentiation formula scheme new theory suggests adam bashforth ranging adam moulton backwards differentiation formula positive convergent otherwise method convergent general addition provide numerical experiment motivate substantiate theoretical analysis
| 1
| 555,164
|
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1,
1,
1,
1,
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] |
understanding mode negative differential resistance amorphous polycrystalline vanadium oxide metal oxide metal device based amorphous vox shown exhibit one two distinct negative differential resistance ndr characteristic depending maximum current employed electroforming low compliance current exhibit smooth type characteristic temperature dependent device resistance characterised activation energy ev consistent conduction polycrystalline vo high compliance current exhibit abrupt snap back characteristic resistance characterised activation energy ev consistent conduction oxygen deficient vox case temperature dependence switching voltage implies conductivity change due insulator metal transition vo analysis concluded electroforming low current creates conductive filament comprised largely polycrystalline vo electroforming high current creates composite structure comprised vo conductive halo oxygen deficient vox effect electroforming ndr mode explained reference lumped element model filamentary conduction includes effect parallel resistance created halo result provide new insight ndr response vanadium oxide based device basis designing device specific characteristic
| 4
| 1,302,710
|
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] |
atomic number boson yield tmd factorization hadron collider differential cross section production factorize sensitive transverse momentum dependent distribution tmd low boson transverse momentum often correspond non perturbative quantum chromodynamics share extrapolated boson product consumption exist extraction based codification artemide tmd includes data coming drell yan semi inclusive deep inelastic scattering provide correspond anticipation cause admit fiducial cut unlike configuration kinematical might correction consider transverse momentum dependent hybridizing section within several interval transmitter boson transverse hatful perform study distribution equivalence prediction recent origin quantity atlas cm result tevatron resultant encourage broader observational phenomenological work deeper study tmd case
| 14
| 993,467
|
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2,
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1,
1,
1,
1,
1
] |
casimir violence weyl semimetals chiral mass medium study casimir upshot organisation draw two weyl semimetals wsms separated gap filled chiral medium calculate optical response material chiral photon order calculate casimir military unit find medium ii wsms faraday material abhorrent casimir force obtained realistic experimental parametric quantity magnitude greatly raise unretentive distance micrometer moreover system consideration assorted parameter modify intrinsical material employed absolute value hall conductivity wsm verdet constant faraday material manipulated externally even fixed sample external magnetic field orientation plate determines subscribe conductivity suitable compounding argument used substitution attraction repulsion place trapping distance force act plate desire distance
| 13
| 1,213,622
|
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] |
frequency tunable nano oscillator based ovonic threshold switch ots nano oscillator device gaining attention prerequisite developing novel energy efficient computing system based coupled oscillator introduce highly scalable frequency tunable nano oscillator consisting one ovonic threshold switch ots field effect transistor fet presented proposed device show oscillating behavior natural frequency fnat adjustable mhz depending gate voltage applied fet addition small periodic input observed oscillating frequency fosc device locked frequency fin input fin fnat demonstrating called synchronization phenomenon also show phase lock combined oscillator network using circuit simulation phase relation oscillator controlled coupling strength result imply proposed device promising application oscillator based computing system
| 4
| 1,303,530
|
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evaluation radiation hardness high voltage silicon vertical jfets future atlas inner tracker silicon strip module equipped switch able separate high voltage supply sensor case latter becomes faulty switch placed hv supply sensor need sustain high voltage state offer low resistance path sensor leakage current state radiation hard neqcm along requirement gan jfets selected suitable rad hard switch silicon vertical hv jfet developed brookhaven national laboratory alternative option pre irradiation result showed functionality device proved silicon hv jfet satisfied pre irradiation requirement switch ass suitability irradiation type hv jfets neutron irradiated jozef stefan institute jsi ljubljana slovenia paper report static characterization irradiated device tcad numerical simulation used get insight physic governing post irradiation behaviour
| 2
| 1,394,637
|
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gpview program wave function analysis visualization manuscript introduce recently developed program gpview used wave function analysis visualization wave function analysis module calculate generate cube various type molecular orbitals electron density electronic excited state natural orbitals natural transition orbitals natural difference orbitals hole particle density detachment attachment density transition density visualization module gpview display molecular electronic iso surface structure also able animate single trajectory molecular dynamic non adiabatic excited state molecular dynamic using data stored existing file also utility extract process output quantum chemistry calculation gpview provides full graphic user interface gui easy use available website href
| 2
| 1,311,820
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formula partial web entropy partial entanglement entropy pee characterizes much subset contribute web entropy find one additional physical prerequisite invariability permutation partial entanglement entropy proposition fulfil strong arm requirement appearance poincare changeless theory strong arm essential enough uniquely determine pee entanglement configuration satisfy general expression first prison term find pee uniquely determined since solution requirement unique textitpee marriage proposal solution textitpee proposition justified poincare invariant theory
| 9
| 1,711,355
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decentralized secure generation maintenance differential privacy decentralized method gaining popularity data driven model power system offer significant computational scalability guaranteeing full data ownership utility stakeholder however decentralized method still require sharing information network flow estimate public facing communication channel raise privacy concern paper propose differential privacy driven approach geared towards decentralized formulation mixed integer operation maintenance optimization problem protects network flow estimate prove strong privacy guarantee leveraging linear relationship phase angle flow address challenge associated mixed integer dynamic nature problem introduce exponential moving average based consensus mechanism enhance convergence coupled control chart based convergence criterion improve stability experimental result obtained ieee bus case demonstrate privacy preserving approach yield solution quality par benchmark method without differential privacy demonstrate computational robustness method conduct experiment using wide range noise level operational scenario
| 1
| 522,792
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efficient method updating idf curve future climate projection climate stationarity dead engineering design standard modified account potential change extreme precipitation many standard rely precipitation intensity duration frequency idf curve provided noaa atlas general circulation model gcms predict increase average temperature throughout u le clear change precipitation many area gcms predict relatively small change total precipitation volume also suggest increased magnitude extreme event warmer air hold water unfortunately gcms limited skill predicting individual storm event research developed efficient approach solve problem replicates atlas method fit generalized extreme value distribution annual maximum series gcm bias addressed equidistant quantile mapping mapping gcms historical simulation future prediction applying mapping fit data used atlas approach efficient requires annual maximum allowing rapid examination result across range gcm projection
| 2
| 1,368,266
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topological look evolution developmental program rapid advance experimental technique provides unprecedented depth view complex developmental process still little known complexity multicellular organism evolved elaborating developmental program inventing new cell type hurdle understanding developmental evolution difficulty even describing intertwined network spatiotemporal process underlying development complex multicellular organism nonetheless overview developmental trajectory obtained cell type lineage map propose lineage map also reveal developmental program evolve mode evolving new cell type organism visible developmental trajectory therefore geometry cell type lineage map idea demonstrated using parsimonious generative model developmental program allows u reliably survey universe possible program examine topological feature find contrary belief tree like lineage map rare lineage map complex multicellular organism likely directed acyclic graph multiple developmental route converge cell type cell type evolution prescribes developmental program come existence natural selection prune program produce low functioning organism model indicates additionally lineage map topology correlated functional property ability organism regenerate
| 2
| 1,534,466
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quasinormal mode scalarized black hole einstein maxwell scalar theory perform stableness analysis scalarized charged fatal hole einstein maxwell scalar pica theory computing quasinormal mode spectrum noted appearance disastrous cakehole scalar hair breadth closely related instability reissner nordstrom shameful hole without scalar hair em possibility scalarized black hole solution classified node number called fundamental branch denote excite limb show excited black jam unstable mode scalar perturbation fundamental black hollow stable scalar transmitter tensor disruption ordered scalarized black hole without electric charge found einstein scalar gauss bonnet theory
| 9
| 1,654,603
|
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2,
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equilibrium dynamic chain equilibrium dynamic spin xx chain probe within late arise formalism based quantum transfer matrix caloric human body ingredient enlargement transversal correlation function evaluated real clip space high truth calculation regurgitate respective exact result limit instance well intimately known asymptotic formula obtained ground substance riemann hilbert approach furthermore comparison numerical data based direct evaluation pfaffian well asymptotic formula obtained within non one dimensional luttinger liquid possibility presented
| 12
| 779,788
|
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quark mass dependence pliant scattering qcd present determination isospin flexible scattering amplitude fond wave using lattice quantum chromodynamics amplitude tighten large number real valued energy point obtained function light quark mass corresponding four pi meson mass mev first inelastic threshold wave scattering amplitude dominate single pole singularity evolve stable boundary state high quark mass narrow resonance broadens pi meson kaon batch reduce experiment wave amplitude exhibit obviously resonant demeanor alternatively show slow climb threshold inconsistent presence like resonance considered quark mass found analysis experimental disperse data simple analytic continuation complex energy airplane precisely determined lattice qcd amplitude real energy axis sufficient mannequin independently determine existence holding land spectrum amplitude present service input increasingly elaborate amplitude analysis proficiency implement analytical structure expected complex energy
| 7
| 1,667,769
|
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symmetry electron band graphene nearly free electron v tight binding present symmetry labelling electron band graphene obtained combining numerical band calculation analytical analysis based group theory latter performed framework nearly free electron model framework tight binding model prediction relative position band made basis model using group theory additional simple qualitative argument necessary complimentary
| 4
| 1,321,276
|
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2,
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feedback design spatially distributed filter tunable answer derive addition tuning convention positive negative spatial feedback cringle spatially distributed filter change solution spatial lot pa characteristic consequently wavelet rapid climb bear temporal stability filter design exalt canonic spatial feedback social organisation primary visual cortex incite understanding attentional control visual resolution besides biology control theoretical design strategy relevant developing neuromorphic multiresolution distributed sensor feedback interconnection unproblematic spacial conveyance function profit tuning
| 12
| 761,518
|
[
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quenched law large number quenched fundamental limit theorem multi player league ergodic strength propose study new exemplar rival specifically sport multi player league initial strength squad independent iid random variable evolve different day conference agree independent ergodic process result match random probability squad win another team determined function enduringness two team clarence day match played model generalizes previous framework studied strong arm numerical literature defined term different parameter statistically calibrate prove quenched condition initial strength team police large number quenched central limit theorem number victory squad harmonize initial persuasiveness get result prove theorem self governing interest stationary process satisfying mixing condition self governing chronological sequence iid random varying prove quenched conditioning central limit theorem sum form bounded measurable function highlight random variable stationary conditioning
| 8
| 619,654
|
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operation ilc pole ilc international additive collider consideration next planetary project particle physic technical conception report published describes gun center mass energy gev operation ilc depressed center mass energy study intensively report discus performance ilc center hoi polloi gev present potential argument set
| 17
| 348,357
|
[
2,
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hunt eccentric iii seesaw heavy lepton dilepton final state department collision tev atlas detector search pair output heavy lepton predicted type iii seesaw chemical mechanism presented look u proton proton collision data centre mass energy tev correspond fb integrate luminosity recorded atlas sensing element run big hadron collider analysis focus final land deuce light lepton electron muon different flavour charge compounding least two jet large missing transverse impulse substantial excess measure model expectation observed result translated exclusion limit heavy lepton mass respect low limit mass type three teetertotter heavy lepton gev confidence horizontal surface
| 17
| 371,950
|
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quark raft dependence elastic scattering qcd present determination isospin pliable scattering amplitude fond wave habituate lattice quantum chromodynamics amplitude constrained large phone number actual valued muscularity point incur mathematical function ignite quark batch fit four pion mass mev first inelastic doorstep wave scattering amplitude dominate unmarried pole uniqueness evolves unchanging bound state high quark cheese mass minute reverberance broadens pion kaon mass reduce experiment wave bountifulness showing obviously resonant behaviour instead register slow rise brink discrepant presence corresponding reverberance conceive quark quite little found depth psychology observational scattering datum simple analytical law continuation complex energy sheet precisely determined lattice qcd amplitude existent energy axis sufficient model independently determine prop land spectrum amplitude present serve stimulus elaborate bountifulness analysis proficiency implement analytical structure expected complex energy
| 19
| 447,034
|
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global magneto ionic medium survey faraday depth survey northern sky covering mhz galactic interstellar medium host significant magnetic field probed synchrotron emission produced interaction relativistic electron linearly polarized synchrotron emission generated throughout galaxy longer wavelength modified along nearly every path faraday rotation intervening magneto ionic medium full characterization polarized emission requires wideband observation many frequency channel surveyed polarized radio emission northern sky range mhz channel width khz using john galt telescope diameter dominion radio astrophysical observatory part global magneto ionic medium survey survey covered sky declination degree right ascension intensity scale absolutely calibrated based flux density spectral index cygnus polarization angle calibrated using extended polarized emission fan region data presented brightness temperature angular resolution sensitivity stokes mk rms mhz band applied rotation measure synthesis data obtain faraday depth cube resolution radian per square metre sensitivity mk rms polarized intensity feature faraday depth width radian per square metre represented maximum detectable faraday depth radian per square metre survey data available canadian astronomy data centre
| 10
| 1,501,142
|
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entanglement multiple boundary chern simon theory topological entanglement structure amongst disjoint torus boundary three manifold already studied within context chern simon theory work study topological entanglement due interaction quasiparticle inside three manifold one disjoint boundary su chern simon theory focus world line quasiparticle wilson line carrying su representation creating four puncture every compute entanglement entropy partial tracing boundary fact entanglement entropy depends su representation four punctured boundary observe interesting feature ghz like like entanglement structure distinction crucially depends multiplicity irreducible representation tensor product su representation
| 4
| 1,459,907
|
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open charm bottom tetraquarks extended relativized quark example present work systematically calculate mass spectrum open appealingness bottom tetraquarks within extended relativized quark model four consistence relativized hamiltonians include coulomb potential confining potential twisting spin interaction relativistic correction solved using variational method set predicted raft four spot state mev disfavour assignment newly find compact tetraquark moreover whole deal spectrum exposed good luck charm bottom tetraquarks show rather similar pattern preserve light flavor su symmetry gruelling quark symmetry well addition solvent suggest smack alien state antiparticle searched operose light meson positive kaon final state future experiment theoretical experimental effort postulate investigate severally heavy tetraquarks
| 17
| 316,205
|
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characterizing logarithmic bregman function minimum divergence procedure based density power divergence logarithmic density power divergence extremely popular successful generating inference procedure combine high degree model efficiency strong outlier stability procedure always preferable practical situation procedure achieve robustness major cost efficiency highly efficient poor robustness property density power divergence dpd family basu et al logarithmic density power divergence ldpd family jones et al provide flexible class divergence adjustment efficiency robustness controlled single real non negative parameter usefulness two family divergence statistical inference make meaningful search related family divergence spirit dpd family member class bregman divergence ldpd family obtained log transformation different segment divergence within dpd family dpd ldpd family lead kullback leibler divergence limiting case tuning parameter paper study relation detail demonstrate log transformation meaningful context dpd convex generating function dpd within general fold bregman divergence giving u limit extent search useful divergence could successful
| 1
| 531,889
|
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gravitational wave quasi circular inspiral compact binary einstein aether theory study gravitational wave emitted binary system non spinning body quasi circular inspiral within framework einstein aether theory particular compute explicitly analytically expression time domain frequency domain waveform gravitational wave polarization response function ground space based detector post newtonian approximation find going beyond leading order post newtonian approximation non einsteinian polarization mode contain term depend first second harmonic orbital phase also calculate analytically corresponding parameterized post einsteinian parameter generalizing existing framework allow different propagation speed among scalar vector tensor mode without assumption magnitude coupling parameter meanwhile allowing binary system relative motion respect aether field result allow easy construction einstein aether template could used bayesian test general relativity future
| 9
| 1,563,300
|
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effect dark issue inspiral property binary neutron star study property binary neutron star topology bns system inspiral phase calculate equation state eos neutron star take relativistic beggarly field rmf model rmf model namely nl starchy two extended rmf poser iopb le stiff flabby taken explore property assume dark matter diabetes mellitus particle accreted inside due enormous gravitational field dissimilar macroscopic property mass radius tidal deformability dimensionless tidal deformability calculated different dm fraction addition dm inside value quantity like drop explore bns property inspiral phase post newtonian pn formalism moot desirable last orbit inspiral phase angle calculated strain amplitude polarization waveform mode waveform orbital phase frequency gravitative wave pn parameter dm extra candidate privileged discover bns soft eos sustains time inspiral phase compare stiff eos case dm admix bns high dm fraction survives time inspiral stage le fraction dm magnitude almost assumed parameter set inspiral clock time last orbit different find substantial change bns system property inspiral phase dm inside n
| 14
| 920,095
|
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complex dynamic reversible cellular automaton complexness recurrent enquiry subject cellular automaton represent system complex behavior emerge simple local fundamental interaction significant amount previous research conducted proposing instance complex cellular automaton however propose method based careful hunting meticulous construction phylogenesis rule paper present emergence complex demeanour based two sided cellular automaton particular composition show reversible cellular automaton represent adequate framework incur complex behavior add together new random state data based result show complexness hold reversible cellular automaton appending proportion time state random original numeral state reversible automaton thus possible obtain complex cellular automaton dozen state complexity appears commonly obtained reversible cellular automaton using surgical procedure substitution state department word editorial permutation evolution pattern relevance paper present reversibility useful structure implement complex behavior cellular golem
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er ae differentially private text generation authorship anonymization privacy protection study textual data focus removing explicit sensitive identifier however personal writing style strong indicator authorship often neglected recent study syntf shown promising result privacy preserving text mining however anonymization algorithm output numeric term vector difficult recipient interpret propose novel text generation model two set exponential mechanism authorship anonymization augmenting semantic information reinforce training reward function model generate differentially private text close semantic similar grammatical structure original text removing personal trait writing style assume conditioned label paralleled text data training evaluate performance proposed model real life peer review dataset yelp review dataset result suggests model outperforms state art semantic preservation authorship obfuscation stylometric transformation
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cdtb color depth visual object tracking dataset benchmark long term visual object tracking performance evaluation methodology benchmark proposed performance measure designed following long term tracking definition maximize analysis probing strength new measure outperform existing one interpretation potential better distinguishing different tracking behavior show measure generalize short term performance measure thus linking two tracking problem furthermore new measure highly robust temporal annotation sparsity allow annotation sequence hundred time longer current datasets without increasing manual annotation labor new challenging dataset carefully selected sequence many target disappearance proposed new tracking taxonomy proposed position tracker short termlong term spectrum benchmark contains extensive evaluation largest number long term tacker comparison state art short term tracker analyze influence tracking architecture implementation long term performance explore various detection strategy well influence visual model update strategy long term tracking drift methodology integrated vot toolkit automate experimental analysis benchmarking facilitate future development long term tracker
| 0
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exact bohr sommerfeld condition quantum periodic asa dulcis ono equation newspaper publisher describe spectrum quantum periodic benjamin ono equation term multi phase root underlying classical system periodical multi soliton show semi classical quantization organization given abanov wiegmann precise equivalent geometrical quantization nazarov sklyanin firstly liouville integrable subsystem fix multi phase solution use result gerard kappeler prove one neglect infinitely many transverse direction phase outer space regular niels bohr sommerfeld experimental condition action equivalent condition singularity dobrokhotov krichever multi phase apparitional curve define anisotropic partition young diagram next locate renormalization classical dispersion coefficient abanov wiegmann realisation jack subroutine quantum periodic benjamin ono stationary state end show definitive energy niels bohr sommerfeld multi phase solution renormalized theory give exact quantum spectrum observe nazarov sklyanin without maslov index correction
| 12
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gedankenexperiments compel quantization sobriety whether sombreness quantize remain open question shed light problem various gedankenexperiments nominate one popular exercise preventive experimentation massive system interacts gravitationally another distant system apparent paradox arises even blank like separation outcome interference experiment depend action distant arrangement leading rape either complementarity signalling recent resolve show paradox avoided quantizing gravitational radiation including quantum fluctuation gravitational playing field appearance paradox question likewise resolved without considering gravitational radiation relying planck length limit spatial resoluteness therefore contrast finish previously drawn find necessity quantum field theory gravity follow far considered gedankenexperiments type addition gunpoint common realization setup effect governed mess octopole rather quadrupole result highlight gedankenexperiment particular date compels quantum playing area theory gravity demarcation electromagnetic case
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newly observed structure mode nonstrange spouse inspired newly observed structure investigate strong decay demeanor various grant within fashion model compared mass total radioactive decay width upshot suggest regard lowest style excitation family potent decay modality nonstrange partner calculated found re publica relatively minute principally decay final state severally two state good potential observed future experiment may help oneself distinguish three quark role model diquark model
| 17
| 319,709
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vital power valence bond whole transition lattice quantum electrodynamics recent sign problem free quantum monte carlo simulation dimensional lattice quantum electrodynamics qed flavor fermion square lattice found evidence uninterrupted quantum phase transition critical phase gapped valence bond solid vbs form flavor number derive critical theory transition chiral quantum electrodynamics gross neveu model show latter equivalent gauged nambu jona lasinio theoretical account use get large result latter estimate order parametric quantity anomalous dimension correlativity length exponent transition mentioned obtain large result proportion fermion bilinear operator gauge ungauged chiral gross neveu good example severally describe long space tycoon law decay two particle correlation function vbs transition lattice qed friedrich august kekule vbs passage correlate fermion honeycomb grille
| 19
| 495,744
|
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mountain range auction sale payment second mary leontyne price auction deposit frequently used blockchain environment auction take spot chain bidder deposition amount fully cover bidding maybe exceeds smart contract deposition used policy bidder honoring bid win deposit bid public observed bidding phase auction visibility deposit fundamentally change strategic anatomical structure auction sale bidding happens sequentially bidding costly since bank deposit costly make thus deposit habituate costly signal high spirit valuation origin multiple inefficiency engage costly signalling bidder bid first time high valuation general deposit equilibrium iedeposit bid high valuation probably moreover incoming deterrence high deposit bidder bid first deter subsequent bidder entering auction pool happen chemical equilibrium bidder different valuation deposit amount auction fail allocate item bidder highest valuation
| 18
| 1,634,776
|
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numerical initial information deformation exploiting gluing construction exterior asymptotic schwarzschild work new numeric technique prepare cauchy data initial value problem ivp conceptualization einstein field equation presented directly exalt exterior asymptotic gluing eag result corvino pseudo ghostlike scheme attest assumption axisymmetry fashion composite hamiltonian constraint satisfying initial data featuring home binary black hole bbh paste exterior schwarzschild initial datum isotropic anatomy generality method illustrated equivalence adm mass eag initial data set boast interior bbhs modelled brill lindquist misner datain line recent body work doulis rinne pook kolb giulini make water purpose york lichnerowicz conformal fabric reformulate constraint
| 11
| 287,483
|
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spreading granular suspension solid surface examine spreading suspension non brownian sphere suspended newtonian liquid solid substrate show spreading dynamic well described classical cox voinov law provided value fluid viscosity arises capillary number problem adjusted value depends particle size volume fraction non trivial way demonstrate behavior signature ability particle approach contact line close enough affect dissipation
| 4
| 1,518,498
|
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asymptotic symmetry commission spatial eternity general relativity analyze asymptotic isotropy associated commission spatial infinity dimensional asymptotically flat spacetimes apply covariant formalism ashtekar hansen asymptotic field balance live manifold spatial direction spacial infinity represented timelike unit hyperboloid de setting hen place apply covariant phase space formalism derive formula bang stand asymptotic supertranslations lorentz symmetry spatial infinity motivation finally proving rush match fix null infinity conjectured strominger impose restriction choice conformal factor contrast previous work trouble since work oecumenical conformal factor expect billing expression suitable prove matching lorentz charge spacial infinity delimit null infinity recently show supertranslation charge
| 11
| 210,878
|
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quantum ergodicity heavy equilateral quantum graph consider sequence finite regular graphical record gn meet sense benjamini schramm infinite regular tree study induced quantum graph equilateral edge distance gustav robert kirchhoff condition possibly non zero coupling perpetual symmetric voltage border demonstrate spectral region multitudinous quantum sir herbert beerbohm tree absolutely continuous spectrum eigenfunctions converge quantum graph satisfy quantum ergodicity theorem case limit measure uniform measure butt general explicit analytic compactness finally prove strong quantum ergodicity theorem involve integral manipulator function study eigenfunction correlation
| 8
| 609,538
|
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coulomb nuclear interference effect proton proton scattering simple new eikonal approach present simple new approach treatment coulomb nuclear interference form factor effect high energy proton proton scattering context eikonal model scattering amplitude show correction nuclear coulomb amplitude depend sensitively detail eikonal amplitude taken universal present parametrizations necessary correction also present simple model nuclear scattering amplitude useful data analysis small momentum transfer build proper nuclear phase diffraction zero real imaginary part amplitude
| 7
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1,
1,
1
] |
role pressure inverse design assembly isotropic pairwise interaction promote self assembly complex particle morphology discovered inverse design strategy derived molecular coarse graining literature approach provide avenue reproduce structural correlation thermodynamic quantity pressure typically considered self assembly application work demonstrate relative entropy optimization used discover potential self assemble targeted cluster morphology prescribed pressure iterative simulation performed isothermal isobaric ensemble tuning pressure optimization generate family simple pair potential self assemble structure selecting appropriate simulation ensemble control thermodynamic property interest general design strategy could also used discover interaction potential self assemble structure example specified chemical potential
| 4
| 1,545,093
|
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flavour cp symmetry inverse seesaw consider inverse seesaw mechanism neutrino mass generation standard model extended heavy sterile re publica invest flavour isotropy cp symmetry symmetry broken odd way charged lepton sector residual symmetry conserve neutral fermion sector remains invariant residual symmetry contemplate concrete setup majorana mass full term three sterile state conserve remain mass term ie coupling left handed lepton heavy sterile state well dirac type coupling among latter break flavour cp symmetry comprehensive analysis lepton commingle different family residual symmetry giving example written report detail encroachment additional sterile state prediction lepton mix confront result obtained model independent scenario light neutrino mass intercellular substance leaf residual symmetry intact consider phenomenological impact inverse seesaw mechanism invest flavour cp symmetry particular concerning impression non unitarity lepton mixing matrix powerfully constrain parameter blank scenario prospect neutrinoless double genus beta decay charged lepton flavour violating cognitive process
| 7
| 1,736,818
|
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preventing posterior collapse delta vaes due phenomenon posterior collapse current latent variable generative model pose challenging design choice either weakens capacity decoder requires augmenting objective maximize likelihood data paper propose alternative utilizes powerful generative model decoder whilst optimising variational lower bound ensuring latent variable preserve encode useful information proposed vaes achieve constraining variational family posterior minimum distance prior sequential latent variable model approach resembles classic representation learning approach slow feature analysis demonstrate efficacy approach modeling text lmb modeling image learning representation improving sample quality achieving state art log likelihood cifar imagenet
| 6
| 1,484,939
|
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scale conformal correspondence plane gravitational wave isometry exact aeroplane gravitational wave symmetry monolithic massless particle conformal wing fact chrono projective translation introduced earlier duval et al symmetry massless particle homotheties universal chrono projective symmetry visibility chrono projective transformation generate fresh keep quantity underlying non relativistic system bargmann framework homotheties flirt similar role lightlike vertical coordinate isometry caper transverse co ordinate
| 8
| 657,920
|
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zakharov ito equation generalized heisenberg ferromagnet type equation compare associate geometric curve flow result continue study integrable generalized heisenberg ferromagnet type equation ghfe tantamount counterpart look ghfe spin equivalent zakharov ito par zie ground equation gauge geometrical equivalent integrable movement place curve cause zie constructed soliton solution ghfe obtain seed result zie
| 12
| 790,572
|
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model compression method matrix ware operator speech enhancement deep neural network dnn based speech enhancement approach achieved promising performance however number argument involved method usually tremendous real application speech sweetening device limited resource seriously restrict application hatful issue model compression technique wide study paper propose model compression method base matrix intersection operator mpo well reduce number parameter dnn model speech enhancement method weight matrix one dimensional transformation neural meshing model replaced mpo decomposition format training experiment process apply causal neural network example feedforward multilayer perceptron mlp long shortsighted term memory lstm model mlp lstm model withwithout compression utilized estimation ideal ratio mask monaural speech enhancement experimental result appearance proposed mpo based method outperforms widely utilize pruning method speech enhancement various compression rate advance achieved respect low compression rate proposal provides effective model compression method speech enhancement especially cloud free application
| 13
| 1,211,328
|
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property dynamic fractal geometry model causal dynamic triangulation investigate geometry quantum universe analysis situs four tore study contractible geodesical loop reveals typical quantum geometry consists modest semi classical toroidal mass part raiment many outgrowth contain tetrad volume almost spherical topology yet instead fractal
| 19
| 488,240
|
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preliminary result new algorithmic program nictitation chastening adaptive inter intra subject variability composition present new preprocessing method correct blinking artifact electroencephalography eeg base mind calculator interface bcis algorithmic program blink correction abc right away corrects signal time domain without require extra electrooculogram eog electrode main idea automatically adapt blink inter intra open variability consider blink bounty parametric quantity elementary minimum distance riemannian mean mdrm applied classification algorithm preliminary result three subject show base categorisation accuracy increase apply abc
| 5
| 1,028,833
|
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electromagnetic wave born infeld electrodynamics citekadlecovab studied problem identical born born infeld electrodynamics paper continue investigate two counter propagating electromagnetic wave vacuum born infeld theory quantum electrodynamics case complete study show field equation decouple exceptional wave physically relevant solution ie exceptional wave solution propagate constant speed shock wave created discus phase shift process proposed experiment direct detection photon photon scattering finally discus distinguishing two theory born infeld heisenberg euler precision test experiment based effective lagrangian
| 2
| 1,541,354
|
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quantitative qualitative evaluation explainable deep learning method ophthalmic diagnosis background lack explanation decision lay algorithm deep learning hampered acceptance clinical community despite highly accurate result multiple problem recently attribution method emerged explain deep learning model tested medical imagery trouble performance attribution method compared stock machine learning datasets medical image study perform comparative analysis determine suitable explainability method retinal oct diagnosis method acting unremarkably used deep learning model known inception train diagnose retinal disease choroidal neovascularization cnv diabetic macular edema dme drusen account unlike attribution method rated panel clinician clinical signification feedback obtained clinician view current future scope method result attribution method based taylor series expansion called deep taylor rated highest clinician median rating followed two attribution method guided backpropagation shap shapley additive explanation conclusion explanation cryptic learning model make transparent clinical diagnosing study compared dissimilar explanation method acting context retinal oct diagnosis find best performing method may one considered best mysterious encyclopaedism task overall high degree credence clinician surveyed study keywords explainable ai deep learning machine learning image processing optical cohesiveness imaging retina diabetic macular edema choroidal neovascularization drusen
| 3
| 195,477
|
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tidal surface state fingerprint non hermitian nodal knot metal non hermitian nodal knot metal nkms contains intricate complex valued energy band give rise knotted exceptional loop new topological surface state introduce formalism connects algebraic geometric topological aspect surface state parent knot provide optimized constructive ansatz tight binding model non hermitian nkms arbitrary knot complexity minimal hybridization range specifically various representative non hermitian torus knot hamiltonians constructed real space nodal topology studied via winding number avoid explicit construction generalized brillouin zone particular identify surface state boundary tidal intersection complex band structure marine landscape analogy beyond topological quantity based berry phase find tidal surface state intimately connected band vorticity layer structure dual seifert surface provide fingerprint non hermitian nkms
| 13
| 1,244,100
|
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electronic localization twisted bilayer mo small rotation angle moire pattern known confine electronic state transition metal dichalcogenide bilayers thus generalizing notion magic angle discovered twisted bilayer graphene semiconductor present revised slater koster tight binding model facilitates first reliable systematic study state twisted bilayer mo whole range rotation angle show isolated band appear low energy moreover band become flatbands characterized vanishing average velocity smallest angle
| 4
| 1,523,088
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ok structure isoscalar giant monopole surround california experiment look right structure isoscalar giant monopole vibrancy isgmr ca conduct mev alpha inelastic scatter response expend gamey pitched vigour resolution capableness zero degree apparatus spellbind mass spectrometer ithemba lab ness townspeople confederate state america africa considerable ok structure mention energy department neighborhood isgmr characteristic energy scale pull observational datum mean wavelet analysis equate state hunky dory art theoretic calculation within skyrme rpa random phase approximation approach using finite membership separable estimate comprehension phonon phonon pair ppc good agreement observed experimental data theoretical prevision
| 16
| 877,968
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determinant occupational mobility within societal social stratification complex body part india study usage empirically observed occupational stratification pattern ordering identify relationship education social mobility individual latter judge social distance item item occupation hisher household traditional recess occupation study draw upon new occupational network construction proposed lambert etal slight fitting empirical observation identify social stratification pattern using grouchy sectional household survey available indian setting use ihds data set purpose study
| 18
| 1,634,001
|
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vim standardization system candle using gamma reaction calcium fluoride sketch neutrino dark matter downhearted energy spectrometer candle james henry leigh hunt neutrino lupus erythematosus doubled genus genus beta decay atomic number using caf scintillator array gamey meter value california kev enabled achieve low background stipulation notwithstanding rush difficulty calibrate sensor prison term value region absence standard gamey vigour ray beginning consequently grow fresh calibration scheme free base ray emission neutron capture ti fe ni nucleus paper report evolution novel calibration system good result energy calibration candle mev
| 16
| 807,285
|
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encoding defensive driving dynamic nash game robot deployed real world environment operate safely robust manner scenario ego agent navigates environment multiple non ego agent two mode safety commonly proposed adversarial robustness probabilistic constraint satisfaction however former generally computationally intractable lead overconservative solution latter typically relies strong distributional assumption ignores strategic coupling agent avoid drawback present novel formulation robustness within framework general sum dynamic game theory modeled defensive driving precisely prepend adversarial phase ego agent cost function prepend time interval agent assumed temporarily distracted order render ego agent equilibrium trajectory robust agent potentially dangerous behavior time demonstrate effectiveness new formulation encoding safety via multiple traffic scenario
| 3
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18414,
17438,
64,
452,
4407,
10913,
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1726,
2026,
872,
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3345,
13281,
1017,
290,
717,
2059,
385,
2139,
3577,
3238,
864,
849,
2629,
1296,
3
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1,
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radiative correction nucleon weak charge beyond standard model impact nucleon axial charge central ingredient nuclear speck physic key observable preciseness test electroweak standard model sector beyond account first complete calculation electroweak quantum correction apply combination current algebra technique qcd marrow prescript find hearty enhancement due weak magnetism contribution elastic channel let higher twist objective mass correction low find use correspondent method determine raw value vector flush renormalization appearance two recent calculation brought agreement allows determine corrected experimental shift away normally quoted value use unexampled solution set constraint alien aright give current comparing lattice quantum chromodynamics result resolve double count issue descent mirror decomposition
| 14
| 909,691
|
[
2,
4232,
2303,
4376,
1207,
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2173,
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1905,
5217,
2461,
539,
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1422,
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821,
6430,
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142,
3364,
2173,
1948,
499,
1878,
1672,
6430,
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1780,
2033,
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877,
703,
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3439,
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2933,
1062,
2122,
1084,
3044,
1715,
669,
2303,
485,
696,
508,
932,
78,
210,
1988,
4773,
730,
1134,
1122,
1001,
4349,
4441,
312,
644,
1672,
7919,
2626,
1191,
1988,
6448,
982,
2339,
4766,
9111,
5007,
861,
730,
508,
4790,
10469,
533,
376,
986,
8440,
62,
13656,
2009,
1041,
845,
3265,
1276,
406,
11736,
249,
4663,
2377,
2527,
1737,
3095,
4327,
2246,
3
] |
[
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1,
1
] |
enhanced thermo mechanical property max phase borides zrab tl ab initio understanding discovery max phase borides added new dimension research material science community paper first principle study newly known max phase borides zrab tl carried estimated lattice constant volume unit cell found consistent previous study dynamical mechanical stability titled compound checked fundamental insight stiffness constant elastic modulus hardness parameter brittleness anisotropy index presented variation mechanical property explained based mulliken population analysis charge density mapping cdm electronic property dealt considering electronic band structure density state do confirmed metallic nature zrab tl lowly dispersive energy band along direction confirmed anisotropy conductivity analysis do revealed dominant contribution zr orbitals conductivity small contribution intl state contributing fermi level debye temperature theta minimum thermal conductivity kmin gruneisen parameter melting temperature tm calculated higher value theta tm lower value kmin zrab tl compared zrac tl besides specific heat capacity thermal expansion coefficient different thermodynamic potential function calculated optical constant studied reveal possible relevance application purpose reflectivity spectrum revealed applicability zrab tl cover material diminish solar heating studied physical property zrab tl compared relevant max phase nanolaminates
| 4
| 1,523,485
|
[
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2646,
9977,
3028,
559,
3206,
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3424,
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8046,
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2948,
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5982,
2162,
559,
15927,
2462,
2162,
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497,
784,
314,
6540,
4593,
5203,
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6862,
470,
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3703,
3815,
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7720,
3815,
762,
1688,
271,
43,
314,
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3051,
712,
12082,
906,
7826,
2151,
1609,
3815,
4111,
60,
11625,
243,
13479,
481,
8991,
906,
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3923,
1255,
2551,
2528,
1609,
2114,
1624,
467,
2788,
801,
327,
3282,
1195,
1269,
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1605,
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4479,
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11320,
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1590,
1347,
559,
11393,
117,
8046,
985,
1980,
3206,
584,
19384,
7800,
2536,
14783,
3
] |
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1,
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1,
1
] |
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