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dipudl
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dataverse-tokenized-dataset

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nonhuman primate neuroimaging neuroanatomy project multi modal neuroimaging project advancing understanding human brain architecture function connectivity using high quality non invasive data many subject however ground truth validation connectivity using invasive tracer feasible human nonhuman primate neuroimaging neuroanatomy project nhpnnp international effort laboratory country acquire analyze high quality multi modal brain imaging data macaque marmoset monkey using protocol method adapted hcp ii acquire quantitative invasive tract tracing data cortical subcortical projection cortical area iii map distribution different brain cell type immunocytochemical stain better define brain areal boundary acquiring high resolution structural functional diffusion mri data together behavioral measure individual macaque marmoset order generate non invasive measure brain architecture myelin cortical thickness map well functional diffusion tractography based connectomes using classical next generation anatomical tracer generate quantitative connectivity map based brain wide counting labeled cortical subcortical neuron providing ground truth measure connectivity advanced statistical modeling technique address consistency kind data across individual allowing comparison tracer based non invasive mri based connectivity measure aim develop improved cortical subcortical areal atlas combining histological imaging method finally collecting genetic sociality associated behavioral data animal effort understand genetic variation shape connectome behavior
5
1,071,897
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minimax optimal goodness fit testing density multinomial local differential privacy constraint finding anonymization mechanism protect personal data heart recent machine learning research consider consequence local differential privacy constraint goodness fit testing ie statistical problem assessing whether sample point generated fixed density observation kept hidden replaced stochastic transformation satisfying local differential privacy constraint setting propose testing procedure based estimation quadratic distance density unobserved sample establish upper bound separation distance associated test matching lower bound minimax separation rate testing non interactive privacy case uniform discrete continuous setting best knowledge provide first minimax optimal test associated private transformation local differential privacy constraint besov ball continuous setting quantifying price pay data privacy also present test adaptive smoothness parameter unknown density remains minimax optimal logarithmic factor finally note result translated discrete case treatment probability vector shown equivalent piecewise constant density setting work unified setting continuous discrete case
6
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experiment network denseness sequential memorize conduct sequential societal con experiment subject guess hidden state based private signal surmise subset predecessor network determines observable predecessor comparison open accuracy sparse dense network truth derive social learning double large sparse mesh compared dense meshing model naive inference agent ignore correlational statistic observation predict comparative static network density finding difficult reconcile rational learning simulation
15
1,174,822
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prognosticative demand placement uav base place practice echo re publica network unmanned aeriform fomite base station uav sb child potential widely used many active application scenario scenario movement served user equipment ues inevitable uav b need positioned dynamically providing seamless service paper propose system framework consist ues clustering uav position ues trajectory prognostication uav reposition matching scheme serve ues seamlessly considerably minimise energy cost uav b warehousing trajectory echo state network esn free base algorithm predicting future trajectory ues kuhn munkres based algorithm finding energy efficient reposition flight uav complex plan respectively conduct simulation using real open dataset performance establishment simulation result indicate proposed framework achieves high prediction truth furnish energy efficient matching scheme
3
160,210
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prospect undoped inorganic scintillators kelvin detection non standard neutrino fundamental interaction spallation neutron beginning enquire work predisposition non stock neutrino fundamental interaction nsi paradigm detector placed meter forth spallation neutron source oak ridge national lab two year data taking presumed image consists kg undoped csi sparkling crystal directly coupled sipm array work compared coherent csina detector much higher light headed yield take prototype experiment cylindrical undoped csi crystal coupled directly photomultiplier thermionic tube conducted verify light yield assumption yield photoelectron per kev negatron equivalent pekevee achieved kevee much nigher relevant energy region nsi hunting early cogitation
17
399,210
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beyond meanspirited area boson fermion description left nucleus evolve novel theoretical method calculating spectroscopic property cell nucleus odd number nucleon based nuclear density functional theory particle boson copulate system self consistent meanspirited field calculation based dft performed provide microscopic comment build hamiltonian interact boson fermion system give excitation spectrum transition charge per unit odd hoi polloi nucleus method successfully applied identify quantum shape form transition role octupole correlativity odd great unwashed cell nucleus extended unmatched odd nuclear system
14
953,211
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family monotone lagrangians brieskorn pham hypersurfaces present technique inspired monodromy consideration constructing compact monotone lagrangians certain affine hypersurfaces chiefly brieskorn pham type focus dimension though construction generalise higher one technique give significant latitude controlling homology class maslov class monotonicity constant lagrangian range possible diffeomorphism type also explicit enough amenable calculation pseudo holomorphic curve invariant application include infinite family monotone lagrangian distinguished soft invariant genus fixed soft invariant range infinite family lagrangians brieskorn pham hypersurfaces generally distinct hamiltonian isotopy specific case also set well defined count maslov zero holomorphic annulus distinguish lagrangians compactly supported symplectomorphisms inter alia give family exact monotone lagrangian torus related neither geometric mutation compactly supported symplectomorphisms
1
588,378
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radiative correction double dalitz decay revisited study revisit complete full adjacent leading edict correction pseudoscalar double dalitz radioactive decay within soft photon approximation compare former study find small difference nevertheless relevant extract information pseudoscalar transition flesh factor occupy latter appendage could offer opportunity test first clip two fold virtual regime
7
1,700,164
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thermodynamic formalism dispersing billiards finite horizon sinai billiard map two torus find exists unique equilibrium state adapted particular srb measure unique equilibrium state show exponentially mixing holder observables pressure function analytic addition pt strictly convex ae cohomologous constant exist pt affine additional sparse recurrence condition give
8
698,488
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meta soft label generation noisy label existence noisy label dataset cause significant performance degradation deep neural network dnns address problem propose meta soft label generation algorithm called mslg jointly generate soft label using meta learning technique learn dnn parameter end end fashion approach adapts meta learning paradigm estimate optimal label distribution checking gradient direction noisy training data noise free meta data order iteratively update soft label meta gradient descent step performed estimated label would minimize loss noise free meta sample iteration base classifier trained estimated meta label mslg model agnostic added top existing model hand ease performed extensive experiment cifar clothingm foodn datasets result show approach outperforms state art method large margin
6
1,496,041
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efficient implementation cluster expansion model surface kinetic monte carlo simulation lateral interaction subtraction scheme supersites supercluster contraction lateral interaction model reaction surface steadily gained popularity grown term complexity use chemical kinetics impeded low performance current kmc algorithm origin additional computational cost kmc simulation lateral interaction traced back elaborate cluster expansion hamiltonian extensive rate updating impracticality rate catalog based algorithm interacting adsorbate system favoring instead site based algorithm propose three way reduce cost kmc simulation represent lattice energy smaller supercluster hamiltonian without loss accuracy employing subtraction scheme updating key quantity simulation undergo small local change reaction event applying efficient search algorithm set established method supersite approach resulting algorithm fixed cost respect number lattice site practical lattice size scale square range lateral interaction overall added cost including complex lateral interaction model amount le factor practical issue implementation due finite numerical accuracy discussed detail suggestion treating long range lateral interaction made conclude kmc simulation complex lateral interaction model challenging challenge overcome modifying established variable step size method employing supercluster subtraction supersite algorithm ss vssm
4
1,455,511
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simplicity symmetry muscularity associated parameter core neutron genius balance energy find effective skyrme vigor compactness operative related time value isoscalar effective mass isovector effective mass also indirectly related incompressibility symmetric nuclear topic subject area analyze time value symmetry vim tie nuclear subject parameter five dimensional parametric amount space describing heavy ion collision data isospin diffusion information mevu mevu neutron skin petabit tidal deformability maximum mass neutron star receive argument set describe isospin dissemination neutron cutis tidal deformability maximum mass neutron headliner turn incompressibility mev symmetry energy coefficient mev slope symmetry vigor mev isoscalar efficacious volume quantity related effective mass splitting two time normal density symmetry vim obtained mev concentrate gravid doubt critical work punishing ion collision different beam energy necessitate
16
838,391
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towards ab initio covariant compactness functional nuclear complex body part atomic social organisation model built phenomenological mean field effective nucleon nucleon interaction lagrangians naturalistic bare nucleon nucleon interaction review achiever covariant density functional hypothesis cdft describe atomic property influence brueckner hypothesis within relativistic theoretical account concenter upon challenge ambiguity prevision fluid nucleus without data point time high density atomic topic arising relativistic density functionals discus canonical idea building abdominal heftiness initio relativistic meanness functional atomic structure ab initio calculation realistic nucleon nucleon fundamental interaction nuclear matter finite nucleus presented current status full ego coherent relativistic brueckner hartree fock rbhf calculation finite nucleus neutron drop nonesuch system compose finite number neutron confined within international field reviewed guidance view towards ab initio covariant density running possibility atomic structure educe rbhf final result ply
19
490,657
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multimodal image super resolution via deep unfolding side information deep learning method successfully applied respective computer vision task however existing neuronal network architecture per southeastward incorporate domain knowledge call problem understanding model con open research topic paper rely unfolding reiterative algorithmic program sparse approximation side data innovation rich learning architecture multimodal figure speech super resoluteness incorporates thin prior effectively utilizes information another image mode develop two rich model performing reconstruction high resolution image target image modality low resolution edition aid mellow resolution epitome second modality implement proposed model super declaration near infrared look alike using side information eminent resolution rgb range experimental outcome demonstrate superior performance proposed model state art method acting include unimodal multimodal approach
3
136,608
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mark discussion subdivision photonuclear reaction mo aim end pointedness bremsstrahlung department energy mev experiment determine yield bremsstrahlung flux average hybridisation plane section photonuclear chemical reaction instinctive mo target performed beam nsc kipt electron linear throttle lue use activation technique bremsstrahlung final phase percentage point energy department range mev bremsstrahlung quantum state flux calculated programme geant gain monitor expend momo reaction calculation yield middling grouchy section photonuclear chemical reaction unchanging mo isotope computed expend cross section talys code layer density model ld comparison observational calculate crisscross section reaction momo monb
16
836,390
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cosmology love gravitational wave cosmology began observation gravitational wave emitted merger two neutron star coincident observation electromagnetic emission followed although measurement hubble constant achieved future observation may yield precise measurement either coincident event cross correlation gravitational wave event galaxy catalog implement new way measure hubble constant without electromagnetic counterpart use binary love relation relation govern tidal deformabilities neutron star equation state insensitive way importantly love relation depend component mass binary source frame since gravitational wave phase amplitude depend chirp mass observer hence redshifted frame one principle combine binary love relation gravitational wave data directly measure redshift thereby infer value hubble constant implement approach real synthetic data bayesian parameter estimation study range observing scenario find ligovirgokagra design sensitivity era method result similar measurement accuracy hubble constant current day dark siren measurement third generation detector accuracy improves combining measurement binary neutron star event ligo voyager era cosmic explorer era
11
258,256
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scalable generative model graph graph attention mechanism graph ubiquitous real world data structure generative model approximate distribution graph derive new sample significant importance among known challenge graph generation task scalability handling large graph datasets one important practical application recently increasing number graph generative model proposed demonstrated impressive result however scalability still unresolved problem due complex generation process difficulty training parallelization paper first define scalability three different perspective number node data nodeedge label propose gram generative model graph scalable three context especially training aim achieve scalability employing novel graph attention mechanism formulating likelihood graph simple general manner also apply two technique reduce computational complexity furthermore construct unified non domain specific evaluation metric nodeedge labeled graph generation task combining graph kernel maximum mean discrepancy experiment synthetic real world graph demonstrated scalability model superior performance compared baseline method
6
1,383,871
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determining fraction cosmic ray proton ultra high energy cosmogenic neutrino cosmogenic neutrino produced ultra high energy cosmic ray uhecrs interact cosmological photon field limit diffuse flux neutrino used constrain fraction proton arriving earth energy eev thereby providing constraint composition uhecrs without fully relying hadronic interaction model show extent current neutrino telescope already constrain fraction proton discus prospect next generation detector constrain additionally discus implication limit several popular candidate uhecr source class
10
1,508,730
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evocative disperse dark matter baryon revised direct detection cmb limit traditional dark matter dm model eg wimp assume dour matter weakly coupled standard model elastic scattering diabetes mellitus baryon described perturbatively born estimation direct detection experimentation analyzed according assumption show fundamental interaction attractive strong decimetre nucleus scattering exhibit rich resonant conduct extremely non niggling dependance nuclear mass scattering perturbative much natural parametric quantity range full numerical calculation needed also indicate extended rather point like nature nucleus significantly impact cross section must therefore right taken account effect particularly important dark matter gev scale mass near boundary exclusion region existing direct detection limit also affect version cmb constraint show report corrected limit respect weaker respect stronger previous bound lit free base upset theory point similar source hence superceded sexaquark dm mass gev commutation qcd meson baryon stay unconstrained parameter space interest
17
311,244
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model reduction kuramoto sakaguchi mannequin importance non entrained rogue oscillator kuramoto sakaguchi model coupled phase oscillator phase defeat oft studied thermodynamic limit infinitely many oscillator poke model reduction method acting base collective coordinate capture collective active finite size kuramoto sakaguchi model find inclusion effect rogue oscillator essential receive precise description contrast original kuramoto model show essence ignored introduce accurate ansatz function describe shape synchronized oscillator solvent extended collective coordinate overture reduce thermodynamic limit well known mean field consistency carnal knowledge finite network show modelling reduction name corporate behavior accurately regurgitate order parameter mean frequency synchronise clustering sizing cluster yield pair strength well vital coupling strength partial world wide synchronization
12
759,071
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collective variable study crystallization phenomenon solidification substance liquid phase greatest practical theoretical importance atomistic simulation provide precious information towards understanding control unfortunately time scale crystallization much larger explored standard simulation enhanced sampling method overcome time scale hurdle employ fly probability enhanced sampling method recent evolution metadynamics method like many others relies definition appropriate collective variable able capture slow degree freedom effect introduce collective coordinate general applicability crystallization simulation based peak three dimensional structure factor combined non linearly via deep linear discriminant analysis machine learning method apply method study crystallization multicomponent system sodium chloride molecular system carbon dioxide
4
1,535,312
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amend radiative discipline sharpen disagreement mensuration leptonic semileptonic kaon disintegration exhibit dissension could originate either physic beyond standard model large unidentified banner simulation systematic effect clarify issue requires careful examination existing stock theoretical account input make water economic consumption newly advise computational model recent fretwork qcd result perform comprehensive analysis electroweak radiative correction decline rate achieves unprecedented level clearcutness improves current best result comfortably near order magnitude heavy systematic effect rule propose electroweak radiative discipline removed list perpetrator responsible variance
19
495,793
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enhancement penetration field vortex nanocrystals due andreev bound state study penetration field vortex nanocrystals nucleated micron sized sample edge aligned along nodal anti nodal direction wave superconducting parameter bisrcacuo present evidence nanocrystals nucleated sample edge parallel nodal direction larger antinodal case low temperature finding support theoretical proposal surface andreev bound state appearing sample edge parallel nodal direction would produce anomalous meissner current increase bean livingston barrier vortex penetrationthis detected thanks nucleation vortex nanocrystals significant surface volume ratio
4
1,380,800
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tissue generate propagating long range force weakly adhesive substrate cellular phone tissue mutually coordinate behavior maintain tissue homeostasis control morphogenetic dynamic well chemical signal mechanical entity force strain possible mediator signalize clue mutual coordination mechanical cue propagate fully silent propose mechanism long range personnel propagation extracellular matrix experimentally found novel concentric wave deformation elastic substrate underlie epithelial monolayer around extruding cell weakly adhesive condition define work deformation wave propagates prison cell size ten narrow force transmission revealed emergence enunciate peak deformation field substratum derive theoretical model based linear elasticity possibility analyse substrate dynamic quantitatively validate mannequin poser analysis appearance propagation appears consequence stress exerted tissue soft substrate sliding stiff one result infer tissue paper interact embed substrate weakly adhesive social organisation precisely transmit tenacious range force regulation variety cellular behavior
5
1,042,421
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neutrinoless double negatron capture double genus beta operation play key function geographic expedition neutrino weak interaction property search outcome beyond standard model last half century many try undertaken search double beta decay emission two electron especially neutrinoless mode latter still observed double negatron capture ec focus far general lower transition chance however rate neutrinoless double electron capture ec experience resonance enhancement many order magnitude case initial final state energetically debauched resonant case sensitivity ec process plan attack sensitivity decay hunt majorana mass neutrino right handed current raw physic present overview main experimental theoretic result obtained last decade field experimental part outline search result ec process measuring decay energy possible reminiscent ec transition unprecedented preciseness decision decay energy penning trap allowed one refine value degeneracy parameter previously jazz near resonant decay reduced rather large uncertainty estimation ec half life theoretic part contains updated analysis electron shell effect overview nuclear structure model atomic matrix element europe decay calculated one conclude decay probability ec experience significant enhancement various nuclides
14
932,277
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towards phylogenetic measure measure hiv relative incidence one cornerstone combating hiv pandemic able as current state phylogeny local hiv epidemic remain complex problem many hiv infected individual remain unaware infection status leading office human immunodeficiency virus epidemic undiagnosed reported oddment first present method learn epidemiologic parameter phylogenetic sir herbert beerbohm tree using rough bayesian figuring abc epidemiological parameter learned result applying abc subsequently utilise epidemiological model objective simulate specific epidemic secondly continue describing development tree statistic rooted coalescent theory use relate epidemiological parameter phylogenetic tree using simulated epidemic appearance presented tree statistic enables differentiation epidemiologic parameter relying phylogenetic tree thusly enable grammatical construction new method ascertain epidemiologic state hiv epidemic use genetical data infer epidemic size expect enhance understanding share infect population diagnosis rate low
5
1,068,531
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using gans synthesise minimum training data deepfake generation many application generative adversarial network gans field like computer vision natural language processing speech synthesis undoubtedly notable result area image synthesis particular generation deepfake video deepfakes received much negative medium coverage useful technology application like entertainment customer relation even assistive care one problem generating deepfakes requirement lot image training data subject issue subject celebrity many image already exist small number training image quality deepfake poor medium report indicated good deepfake produced image practice quality deepfakes require many thousand image one reason deepfakes celebrity politician become popular study exploit property gan produce image individual variable facial expression use generate deepfake observe variability facial expression synthetic gan generated training image reduced quantity produce near realistic deepfake video
0
23,170
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minimal geometrical deformation yang john mill dirac stellar configuration method acting minimum geometrical deformation mgd used derive static strongly gravitating spherically symmetric thick stellar distribution solution yang john stuart mill einstein paul adrien maurice dirac coupled field equation fluid membrane finite tension solvent characterize mgd yang mill dirac mavin whose mass parliamentary procedure chandrasekhar mess range fermionic self interaction yang mill pair constant suitably opt physical feature article mgd yang grind dirac star discussed adm mass derived function fermion coupling perpetual finite brane tension yang mill running parameter well
11
271,084
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oval shaped flow transported transported proton auau collision within urqmd theoretical account framework urqmd model tracing number initial quark proton study elliptical flow transported proton poduced proton anti proton auau collision gev difference oval shaped flow transported proton anti proton observed result urqmd manakin show sound agreement star answer low vigor deviate eminent energy partly explain difference proton anti proton observed beam muscularity scan program relativistic heavy ion colliderrhic
14
962,888
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quantum bandit consider quantum version bandit problem known em best arm identification bai first propose quantum modeling bai problem assumes learning agent environment quantum propose algorithm based quantum amplitude amplification solve bai formally analyze behavior algorithm instance problem show particular able get optimal solution quadratically faster known hold classical case
13
1,227,182
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studying effect hadronic phase nuclear collision pythia urqmd work couple pb pb event simulated pythia angantyr event author tev hadronic shower simulator urqmd subject event hadronic phase angle observables charge particle multiplicity compactness transverse momentum spectrum describe particle ratio make special emphasis short lived resonance
14
904,576
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new beam light polariscope cosy search galvanic dipole antenna antenna moment agitate particle calorimetric polariscope based inorganic lyso scintillators key designed use storage band search electrical dipole minute edm charged particle proton deuteron development first time use cooler synchrotron snug forschungszentrum julich gevc polarize deuteron particle doe suited edm search search expect polarimeter high efficiency great analyzing power unchanging operating characteristic distinctive ray impulse gevc scattering proton deuteron mark frontward slant becomes nearly optimal choice analyzing response polarimeter described consists lyso sensor genial mental faculty arranged symmetrical block leave good energy determination behind plastic scintillators particle identification via energy passing commission result current build demonstrate polarimeter quick employed first verbatim search edm deuteron planned close fitting next deuce year
16
883,477
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complete experiment photoproduction pseudoscalar meson truncate partial wave analysis complete experiment job truncate partial wave depth psychology pseudoscalar mesotron photoproduction suppressed channel exchange investigated focus specify equivocalness group observables unpolarized differential crisscross section three undivided spin observables purpose approach formalism already worked omelaenko revisited work numerical study practice multipoles pwa solution maid show one extra twofold polarization observable resolution ambiguity possibility emerge perform complete experiment five observables
14
929,157
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contact geometry quantum thermodynamics nanoscale steady state develop geometric formalism suited describing quantum thermodynamics steady state nanoscale system arbitrarily far equilibrium shown non equilibrium steady state point control parameter space sense generated steady state massieu planck function suitably altering system boundary condition possible take system one steady state another provide contact hamiltonian description transformation show moving along geodesic friction tensor result minimum increase free entropy along transformation control parameter space shown equipped natural riemannian metric compatible contact structure quantum thermodynamic phase space expressed local coordinate chart coincides schlogl metric finally show metric conformally related thermodynamic hessian metric might written control parameter space provides various alternate way computing schlogl metric known equivalent fisher information matrix
1
576,379
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radion cause inflation flat brane modulus stabilization warped braneworld modeling potential provide plausible resolution gauge hierarchy problem cost introduction additional field namely inter brane separation radion field providing appropriate stabilization system radion field view long sought body work saucer dynamical stabilization radion field context early universe cosmology show let branes emphnon flat emphdynamical radion potential difference naturally generated induction inflationary phase early universe interestingly kinetic term radion inflationary epoch exhibit phantom like behavior dynamic evolution radion field stable value mark outlet phantom phase easily inflationary era simultaneously show amalgamation synergy radion potential along energising term trigger inflationary scenario also provide successful issue maintain concord current observation
9
1,777,394
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antiferromagnetic role quantum phase transition hubbard model honeycomb lattice furnish unified comprehensive treatment operator contribute anti ferromagnetic ferromagnetic rush density undulate structure gene order parametric quantity hexagonal mount hubbard exemplar use hybrid monte carlo algorithm perform systematic carefully controlled analytic thinking worldly trotter error thermodynamical limit point expect finding improve eubstance three card monte carlo conclusion critical proponent perform data collapse analysis determine critical exponent semimetal mott insulator transition hexagonal hubbard model method applicable wide range lattice theory powerfully correlated electron
19
497,856
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loose representation separable system benenti class composition conception lax pair stackel system separation curvature called benenti class system considered family present infinite family lax representation parameterized tranquil function apparitional argument
12
778,645
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exclusive semileptonic decay meson covariant confining quark model recently besiii collaboration reported numerous measurement various meson semileptonic decay significantly improved precision together similar study carried babar belle cleo new window better understanding weak strong interaction charm sector opened light new experimental data review theoretical description prediction semileptonic decay pseudoscalar vector meson review essentially extended discussion recently published result obtained framework covariant confining quark model
7
1,551,505
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topological analysis syntactic structure use persistent homology method topological data analysis dimensional analysis technique study data syntactic structure world language analyze relation syntactic parameter term dimensionality hierarchical clustering structure non trivial loop show relation hold across language family additional relation family specific analyze tree describing merging structure persistent connected component language different language family show partly correlate historical phylogenetic tree significant difference also show existence interesting non trivial persistent first homology group various language family give example explicit generator persistent first homology identified appear correspond homoplasy phenomenon others may explanation term historical linguistics corresponding known case syntactic borrowing across different language subfamily
1
555,977
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mflica package infer leadership coordination time series leadership process leader influence follower accomplish collective goal one exceptional case leadership coordinated pattern initiation context leader instigator novice coordinated pattern everyone follows given set individual multivariate time series material bit mflica parcel provides framework user infer coordination effect within time serial initiator follower coordination event substantially dynamical mathematical group combine splitting mflica package also visualization function make result leadership inference understandable package available comprehensive archive network cran
18
1,727,140
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toxicity detection context really matter moderation crucial promoting healthy line discussion although several toxicity detection datasets model published ignore context post implicitly assuming comment maybe judged independently investigate assumption focusing two question context affect human judgement conditioning context improve performance toxicity detection system experiment wikipedia conversation limiting notion context previous post thread discussion title find context amplify mitigate perceived toxicity post moreover small significant subset manually labeled post one experiment end opposite toxicity label annotator provided context surprisingly also find evidence context actually improves performance toxicity classifier tried range classifier mechanism make context aware point need larger datasets comment annotated context make code data publicly available
0
30,404
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data driven method present future pandemic monitoring modelling manage survey analysis function data driven methodology pandemic moulding control provide roadmap access epidemiological data origin control epidemic phenomenon review available methodology saucer challenge development data driven strategy combat propagate infectious disease object bring together several different discipline required provide holistic glide slope epidemic analysis data science epidemiology arrangement control hypothesis analysis presented whose three pillar monitoring modelling wangle focus possible data driven scheme address three dissimilar challenge raised pandemic monitoring epidemic evolution assessing effectiveness adopted countermeasure modelling forecasting spread epidemic trine making timely decision manage mitigate suppress contagion step roadmap review consolidated theoretical approach including data driven methodology show successful setting discus application past present epidemic covid well potential application time come epidemic
5
1,026,354
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neutron star equation united state department state qmf sit application development many body theory nuclear matter long stand open problem equality state eos dense matter may understood near future confrontation theoretical deliberation laboratory measurement nuclear property response increasingly accurate observation uranology review focus following half dozen aspect providing survey quark mean plain qmf model consistently describes nucleon many physical structure nucleonic organisation quark potential applying qmf nuclear matter neutron star extending qmf formalism description hypernuclei hyperon matter substantially hyperon star explore hadron quark phase modulation hybrid star combining qmf model quark matter good example characterize well grounded speed encumber interquark fundamental interaction gravitational wave signal electromagnetic signal binary uniting event gw discus opportunity study dense matter eos compact object neutron star cool pulsar bug
14
935,769
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uninflected discourse quartic hilltop inflation quartic hilltop inflation remains unrivaled successful inflationary model notwithstanding expectation early treatment hilltop inflation would contradict observation render model excluded however recent numerical discourse demonstrate quartic hilltop splashiness actually fare well observation work fully analytical handling model purpose dispel mystery story circumvent behaviour quartic hilltop inflation result obtained excellent arrangement numerical piece work subject yet offer unproblematic analytical recipe calculate observables easily test thereby quartic hilltop inflation hopefully let info theoretical background knowledge
11
237,727
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entangled system environment dynamic phase space dissipaton theory dissipaton equation motion deom theory j yan chem phys exact nonperturbative many particle method open quantum system existing dissipaton algebra treat also dynamic hybrid bath solvation coordinate dynamic conjugate momentum remain addressed within deom framework work establish missing ingredient dissipaton algebra solvation momentum rigorous validation necessary sufficient criterion resulted phase space deom theory serve solid ground development various practical method toward broad range application illustrate novel dissipaton algebra phase space deom evaluation heat current fluctuation
13
1,212,479
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global trend predictor face mask usage covid pandemic background guideline recommendation public health authority related face mask essential containing covid pandemic assessed prevalence correlate mask usage pandemic method examined total response daily cross sectional representative online survey country completed april october reported public least last seven day outcome individual face mask usage public setting predictor country fixed effect country level mask policy stringency calendar time individual sociodemographic factor health prevention behavior association modelled using survey weighted multivariable logistic regression finding mask wearing varied time across country country consistently showed high prevalence throughout country mask usage increased gradually country remained low prevalence controlling time country fixed effect sociodemographic factor older age female gender education urbanicity stricter mask related policy significantly associated higher mask usage public setting social behavior considered risky context pandemic going large event restaurant shopping center socializing outside household associated lower mask use interpretation decision wear face mask public setting significantly associated sociodemographic factor risky social behavior mask policy important implication health prevention policy messaging including potential need targeted policy messaging design
6
1,435,598
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benchmark lhc search low mass tutelar fiveplet scalar georgi machacek model georgi machacek gm model used motivate interpret lhc hunt doubly charge scalar decaying vector boson pair doubly charged scalar part degenerate fermiophobic custodial fiveplet state common passel model extensively studied lhc gev part unprobed realm parameter space gev gev light doubly charged scalar could live realm neglected experimental lookup due part lack benchmark gev theme propose new low benchmark gram model defined gev characterize property apply existing experimental constraint summarize phenomenology surviving parameter space show benchmark populates almost entirety relevant allowed parameter aeroplane gev satisfies constraint gev higgs boson signal strength compute gev higgs boson coupling fermion vector boson pair appearance always enhanced benchmark relative standard model also compute relevant output cross section lhc admit drell yan production pair process contributes small region parameter space lowly compared drell yan yield crossbreed department finally compute branching proportion width mass ratio state entire benchmark narrow width approximation well justified
7
1,728,959
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pion photo electroproduction clas exclusive photo electroproduction data clas well extended information spectrum structure nucleon resonance data channel provided result electrocouplings plangency mass part gev photon virtualities gev recent clas data photoproduction improved knowledge photocouplings nucleon resonance people stove gev gev disintegrate last hadron state first time electrocouplings excited state become useable datum gev gev analysis combined photo electroproduction data unveil evidence candidate state department new effect nucleon resonance spectrum electroexcitation amplitude depth psychology clas photo electroproduction data impact exploration strong quantum chromodynamics presented
16
855,164
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manifestation kaonium process dissect precise data get cmd experiment annihilation two charged kaon vicinity peak perfect fit obtained pole literal axis reaction door assumed taken proof existence united state department state kaonium compound babar collaboration data outgrowth support conclusion addition peak strong fundamental interaction dominant source bind muscularity possibility discovering kaonium mental process discussed country onium indicated basis cmd data
7
1,804,401
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divisor class group double cover projective space paper prove divisor class group double cover complex projective space generated divisorial sheaf whose direct image split direct sum two invertible sheaf result show locally free sheaf rank two generated direct sum line bundle via double cover moreover give condition irreducible divisor splitting divisor double cover whose divisor class group finitely generated
1
524,953
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simple circuit equivalent constant phase element constant phase element cpe frequency independent negative phase current voltage used extensively eg bioimpedance electrochemistry field physical meaning partially understood show response common capacitive cpe well inductive cpe exactly simple rl rc circuit inductor capacitor value increase linearly time resulting step impulse response found verified simulation micro cap simulation program realization time varying component correlate known time varying property application
2
1,398,170
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recollective distance sensing bioacoustic event per channel energy normalisation paper proposes perform unsupervised detection bioacoustic consequence pooling magnitude spectrogram frame per channel energy department standardization pcen although pcen originally developed speech recognition also good effect enhance sensual vocalization despite presence atmospheric concentration intermittent noise prove pcen popularize log based spectral flux density tunable time scale measurement background noise idea comparison pointwise logarithm pcen reduces false alarm pace approximate field battle far subject area avian marine bioacoustic datasets improvement come moderate computational price require human intervention thus heralding promising future pcen bioacoustics
3
147,093
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ternary dimensional finite temperature calibre possibility tensor web scheme apply tensor meshwork scheme finite temperature gauge theory dimension finite sizing scale analysis spacial annexe temporal extension allows determine transition temperature critical advocate gamey level precision show consistency svetitsky yaffe hypothesis
19
480,267
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quantum enhanced algorithm classical target detection complex environment quantum computational approach classic target identification localization algorithm especially radar image investigated found raise number quantum statistic quantum measurement issue much broader applicability algorithm computationally intensive involving coherent processing large sensor data set order extract small number low profile target cluttered background target enhancement accomplished accurate statistical characterization environment followed optimal identification statistical outlier key result work environmental covariance matrix estimation manipulation heart statistical analysis actually enables highly efficient quantum implementation algorithm inspired recent approach quantum machine learning requires significant extension including previously overlooked quantum analog digital conversion step found substantially increase required number qubits quantum statistical generalization classic phase estimation grover search algorithm careful consideration projected measurement operation application regime quantum efficiency could enable significant overall algorithm speedup identified key possible bottleneck data loading conversion identified well
4
1,357,995
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caloric chaos charged dilaton ad black hole extended phase space studied thermic chaotic behavior extended form distance charged dilaton advertizing blackened hole melnikov method present effect dilaton argument thermic chaos result show temporal upset thermal chaos charged dilaton ad black hole occurs perturbation amplitude larger certain critical time value spatially perturbation chaos constantly exists irrespective disturbance amplitude behavior exchangeable ad black hole regarded common feature static ad disastrous hole moreover besides find critical secular disruption amplitude leading chaos increase dilaton parameter decrease charge mean temporal perturbation comportment dilaton parameter create onset topsy turvyness difficult differs tear argument
11
285,652
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charged hadron quelling pbpb xexe hit measured atlas detector atlas detector lhc recorded nb pbpb collision pb bump midway sight energy tev per nucleon pair tardy atlas also put xexe hit midpoint raft vigour tev provides novel opportunity subject field system size dependency charge hadron merchandise heavy ion collision large betrothal atlas sensing element let measuring spectrum charged hadron full range pseudorapidity transverse impulse nuclear modification factor manufacturing ratio spectrum measure pbpb xexe collision measured hit receive two scheme present dissimilar centrality interval core discussed
16
848,504
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local regression distribution reckoner paper investigates turgid sample property local regression distribution estimator include class boundary adaptive density reckoner prime example first establish pointwise gaussian large sample distributional approximation unite way allow boundary interior rating point simultaneously using result study asymptotic efficiency estimator usher carefully crafted minimum distance implementation based pleonastic regressors guide efficiency addition second show uniform linearizations strong approximation figurer employ result concept valid confidence lot third develop extension weighted distribution estimated weight local least square estimation finally illustrate method two application political program evaluation counterfactual density testing iv stipulation heterogeneity density depth psychology fellow traveller software system package stata usable
18
1,593,773
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robust optimal investiture reinsurance problem learning paper consider optimal investment fund reinsurance problem partially obscure model parameter allow learned model includes multiple commercial enterprise line dependence aim maximize expected exponential service program terminal wealth present imply robust attack solve job use generalized hjb equation differential replaced generalized clarke gradient optimal investment scheme see explicitly optimum reinsurance scheme given term solvent equation since equation hard solve derive bound optimal reinsurance scheme via comparison contention
15
1,157,280
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tmd factorization dijet heavy meson distich orcus study transverse momentum pendant tmd factorization framework cognitive operation di jet heavy mesotron couple production deep inelastic scattering electron proton collider consider measurement transverse momentum imbalance hard probe breit frame factorization theorem employ soft collinear boosted heavy quark effective field possibility factorise grumpy discussion section process sensitive gluon unpolarized linearly polarized tmd dispersion involve introduction new subdued function calculate new easy function one grummet regulating rapidity divergence governor accession using factorisation consistency relation universality argument regarding clayey quark jet mathematical function obtain anomalous dimension young soft role two loop
14
964,538
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enhancing execution low priority sus using reserve channel crn cognitive radio network crns considered bright root spectrum resource scarceness effective epithelial duct utilization letter multi dimensional analytical markov mannikin based reservation channel memory access scheme transmission channel aggregation method proposed enhance spectrum utilisation capacitance low precedency secondary user sus reducing handoff chance sus proposed method improves performance high priority sus supply capability resume connection dropping numeric issue indicate modified reservation access model enhance performance sus compare traditional basic random approach model
3
199,307
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scalar hexaquark candidate dark issue conventionally argued dark affair dm baryonic nature assume dm frozen primordial nucleosynthesis could significantly touch primordial copiousness line reasoning may evaded hypothetical feel singlet highly symmetric deeply bound neutral scalar hexaquark due feature escaped experimental detection far may look candidate baryonic dm present work calculate mass coupling constant scalar six quark particle mean quantum chromodynamics sum money rule method prediction mint although value mass would produce thermally cosmogonical dm abundance existence land may contradict stability nucleus want exhaustive analysis
17
350,100
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planck electroweak scale emerging weyl conformal gravity show planck mass scale generate conformal gravity weyl conformal geometry via coleman steven weinberg mechanism dimensional transmutation quantum chastening stem gravitational field weyl gauge field trigger symmetry breakdown local weyl symmetry also shown vacuity expectation value scalar field transmitted sphere measure manikin potential involving scale invariant part part coleman weinberg mechanism thereby generating electroweak scale
11
277,168
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generative grading near human level accuracy automated feedback richly structured problem access high quality education scale limited difficulty providing student feedback open ended assignment structured domain like computer programming graphic short response question problem proven exceptionally difficult human requires large amount manual work computer recently achieving anything near human level accuracy unattainable paper present generative grading novel computational approach providing feedback scale capable accurately grading student work providing nuanced interpretable feedback approach us generative description student cognition written probabilistic program synthesise million labelled example solution problem learn infer feedback real student solution based cognitive model apply method three setting block based coding achieve improvement upon previous best result feedback achieving super human accuracy two widely different domain graphical task short text answer achieve major improvement previous state art respectively approaching human accuracy real classroom ran experiment used system augment human grader yielding doubled grading accuracy halving grading time
6
1,495,577
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nuclear symmetricalness energy hadron quark mixed phase neutron star topology study hadron quark interracial phase may occur midland neutron star relativistic mean field model engage describe hadronic phase nambu jona lasinio good example used quark phase examine effect nuclear symmetricalness free energy hadronic phase repulsive vector interaction quark cheese phase angle handling hadron quark mixed phase describe compare four method energy minimization method coexisting form method acting gibbs construction maxwell construction finite size impression like surface coulomb energy taken account energy minimization coexist phase method play key role determining pasta conformation hadron quark phase angle transition found massive neutron star may contain hadron quark cheese pasta form pure quark issue unlikely occur interior neutron star
14
939,944
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racy bilateral swap chemical mechanism know expectation study design revenue maximize bilateral trade wind chemical mechanism correlated private value environment assume designer know outlook factor value know neither marginal distribution correlation structure performance mechanism evaluated bad case uncertainty joint distribution consistent known outlook among dominant strategy incentive compatible ex wife post individually intellectual chemical mechanism provide complete characterization maxmin trade mechanism worst sheath joint dispersion
18
1,635,462
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relaxation higgs mass cosmological constant four form flux reheating consider general effective action iv form flux standard model coupled gravity higgs mass parametric quantity relaxed correct economic value due four form coupling higgs subject area stop changing due exceedingly suppressed transition probability observed cosmological changeless ad infinite first bring non minimum four form partner gravity discus function new scalar field inflaton status successful reheating end loosening
9
1,649,604
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towards constraining warm dark matter stellar stream neural simulation based inference statistical analysis observed perturbation density stellar stream principle set stringent contraints mass function dark matter subhaloes turn used constrain mass dark matter particle however likelihood stellar density respect stream subhaloes parameter involves solving intractable inverse problem rest integration possible forward realisation implicitly defined simulation model order infer subhalo abundance previous analysis relied approximate bayesian computation abc together domain motivated handcrafted summary statistic introduce likelihood free bayesian inference pipeline based amortised approximate likelihood ratio aalr automatically learns mapping data simulator parameter obviates need handcraft possibly insufficient summary statistic apply method simplified case stellar stream perturbed dark matter subhaloes thus neglecting baryonic substructure describe several diagnostics demonstrate effectiveness new method statistical quality learned estimator
10
1,414,405
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surrogate optimization deep neural network groundwater prediction sustainable management groundwater resource changing climatic condition require application reliable accurate prediction groundwater level mechanistic multi scale multi physic simulation model often hard use purpose especially groundwater manager access complex compute resource data therefore analyzed applicability performance four modern deep learning computational model prediction groundwater level compare three method optimizing model hyperparameters including two surrogate model based algorithm random sampling method model tested using prediction groundwater level butte county california usa taking account temporal variability streamflow precipitation ambient temperature numerical study show optimization hyperparameters lead reasonably accurate performance model root mean squared error groundwater prediction meter le simplest network namely multilayer perceptron mlp performs overall better learning predicting groundwater data advanced long short term memory convolutional neural network term prediction accuracy time solution making mlp suitable candidate groundwater prediction
6
1,424,599
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sterile neutrino hunting tagged meson shaft light tag kaon beam attractive neutrino source would provide smack pure beam exactly mensurate standardization point also lead anti label flavor pure shaft every bit well known standardization exposing kt liquid argon detector baseline km combination unique ray allows decisively test recent indication icecube neutrino sterile neutrino oscillation multi ev range
17
384,916
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cost undisturbed landscape austria purpose meet electricity requirement domestic renewable source additional coeval coming wind solar energy apart gain reducing co emission potentially system rule monetary value wind power associated negative impact local level interference landscape painting aesthetic encroachment mightiness avoided expend alternative renewable energy technology quantify opportunity cost steer power versus best executable alternate solar photovoltaics using power organization model medea finding suggest cost undisturbed landscape considerable specially solar pv mainly realized roof top encompassing range effrontery opportunity cost wind power high plenty allow important recompense one affected local negative wind turbine externality
18
1,605,529
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tensor network probabilistic sequence modeling tensor net powerful modeling model developed computational many body physic recently applied within motorcar study body work utilize undifferentiated matrix product state mp model probabilistic modelling successiveness data first show mp enable sequence level parallelism length successiveness able evaluated deepness olog introduce novel procreative algorithm generate trained mp power efficiently sample wide variety conditional statistical distribution one define regular expression particular lawsuit algorithm correspond autoregressive fill blank sampling complex even expression permission propagation luxuriously structured datum manner direct analogue neural generative example experiment sequence model synthetic real text data show mp outperforming variety service line effectively generalizing prediction presence limited data
13
1,279,893
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n ode transformer depth adaptive variant transformer using neural ordinary differential equation use neural ordinary differential equation formulate variant transformer depth adaptive sense input dependent number time step taken ordinary differential equation solver goal proposing ode transformer investigate whether depth adaptivity may aid overcoming specific known theoretical limitation transformer handling nonlocal effect specifically consider simple problem determining parity binary sequence standard transformer known limitation overcome using sufficiently large number layer attention head find however depth adaptivity ode transformer provide remedy inherently nonlocal nature parity problem provide explanation next pursue regularization ode transformer penalizing arclength ode trajectory find fails improve accuracy efficiency ode transformer challenging parity problem suggest future avenue research modification extension ode transformer may lead improved accuracy efficiency sequence modelling task neural machine translation
0
22,536
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late answer neutrino oscillation hypercritical accumulation study neutrino flavour oscillation astrophysical generator boosted last two decade thanks achievement observational neutrino physic data based astronomy discus deuce case stake modelling short long gamma ray burst grbs hypercritical ie highly super eddington sphericaldisk accretion onto neutron wiz nsblack fix bohrium show system ambient condition concentration temperature imply occurrence neutrino flavour oscillation relevant role neutrino self fundamental interaction
11
246,096
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genus beta oslo method experimentally cumber response rate relevant process unsung neutron raptus chemical reaction rate stay significant author uncertainty state prowess process nucleosynthesis chemical reaction mesh calculation procedure need highly neutron full bodied nucleus direct hybrid section measurement virtually inconceivable indirect method foretell constrain cross surgical prick used input procedure atomic meshing saucer newly recrudesce genus beta oslo method acting equal provision experimental input reckon charge per unit neutron plentiful nucleus beta capital norway method represent foremost tone towards stiffen neutron seizure pace grandness process
16
898,775
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dance hit song prediction record company invest billion dollar new talent around globe year gaining insight actually make hit song would provide tremendous benefit music industry research tackle question focussing dance hit song classification problem database dance hit song built including basic musical feature well advanced feature capture temporal aspect number different classifier used build test dance hit prediction model resulting best model good performance predicting whether song top dance hit versus lower listed position
3
109,177
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long range indoor navigation prm rl long range indoor navigation requires guiding robot noisy sensor control cluttered environment along path span variety building achieve prm rl hierarchical robot navigation method reinforcement learning agent map noisy sensor robot control learn solve short range obstacle avoidance task sampling based planner map agent reliably navigate simulation roadmaps agent deployed robot guiding along shortest path agent likely succeed use probabilistic roadmaps prms sampling based planner autorl reinforcement learning method indoor navigation context evaluate method simulation kinematic differential drive kinodynamic car like robot several environment differential drive robot three physical site result show prm rl autorl successful several baseline robust noise guide robot hundred meter face noise obstacle simulation robot including kilometer physical robot navigation video
0
25,022
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fractionally subadditive maximization incremental knapsack constraint consider problem maximizing fractionally subadditive function knapsack constraint grows time incremental solution problem given order include element ground set competitive ratio incremental solution defined worst ratio capacity relative optimum solution corresponding capacity present algorithm find incremental solution competitive ratio assumption value singleton set range give lower bound attainable competitive ratio addition establish framework capture potential based flow two vertex give tight bound incremental maximization classical flow unit capacity
1
508,399
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fresh opportunity photon free energy frontier radical peripheral collision upcs involving heavy ion proton energy frontier photon mediated fundamental interaction upc photon apply many purpose including probing low gluon via photoproduction dijets vector meson probe beyond standard model process enable light light source disperse discipline two photon production higgs
16
877,264
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inflation information bottleneck strategy identifying universality class making robust prediction work propose statistical approach handling source theoretical uncertainty string theory model inflation viewing model inflation probabilistic graph show inevitable information bottleneck ultraviolet input theory observables simple consequence data processing theorem information bottleneck result strong hierarchy sensitivity observables parameter underlying model hence universal prediction respect least microphysical consideration also find intriguing behaviour sharp transition prediction certain hyperparameters cross critical value develop robust numerical approach studying behaviour adapting method often seen context machine learning first test approach applying well known example universality sharp transition concentration phenomenon random matrix theory apply method inflation axion monodromy find universality respect number model parameter consistency observational constraint implies high probability certain perturbative correction non negligible
10
1,366,802
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two dimensional van der waals electrical contact monolayer mosin two dimensional mosin monolayer emerging class air stable semiconductor possessing exceptional electrical mechanical property despite intensive recent research effort devoted uncover material property mosin physic electrical contact mosin remains largely unexplored thus far work study van der waals heterostructures composed mosin contacted graphene nb monolayers using first principle density functional theory calculation show mosinnbs contact exhibit ultralow schottky barrier height sbh beneficial nanoelectronics application mosingraphene contact sbh modulated via interlayer distance via external electric field thus opening opportunity reconfigurable tunable nanoelectronic device finding provide insight physic electrical contact mosin shall offer critical first step towards design high performance electrical contact mosin based nanodevices
4
1,423,343
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flat morphisms finite presentation flat principal affine open subset affine scheme important tool foundation algebraic geometry given commutative ring module built ring function principal affine open subschemes using ordinal indexed filtration direct summands called flat related class flat quasi coherent sheaf scheme intermediate class locally free flat sheaf serious technical advantage paper show flat module sheaf ubiquitous algebraic geometry finitely presented commutative algebra flat module flat module prof conjecture formulated february version long preprint arxiv also show finite flatness property flat module satisfies descent respect commutative ring homomorphism finite presentation inducing surjective map spectrum
1
557,669
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hyperspace fermionsmobius transformation krein space fermion doubling dark matter develop approach classical quantum mechanic continuous time extended infinitesimal parameter equation motion converted difference equation equation solved physical limit taken principle strategy recover standard solution original continuous time differential equation find valid bosonic variable whereas fermion additional solution occur boson fermion difference equation motion related mobius transformation projective geometry quantization via schwingers action principle recovers standard particle antiparticle mode boson case fermion hilbert space replaced krein space discus possible link fermion doubling problem dark matter
9
1,561,566
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inflation energy momentum squared gravity light planck study cosmological dynamic energy momentum squared gravity adding squared matter field energy momentum tensor einstein hilbert action obtain einstein field equation study conservation law show presence term break conservation energy momentum tensor matter field however effective energy momentum tensor model conserved time considering frw metric background find friedmann equation explore cosmological inflation model perform numerical analysis perturbation parameter compare result planck different data set cl obtain constraint coupling parameter show textbf gravity observationally viable model inflation
11
244,296
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topological source quantum light quantum light source characterized distinctive statistical distribution photon example single photon correlated photon pair exhibit antibunching reduced variance number distribution impossible classical light common realization quantum light source relied spontaneous parametric process conversion spdc four wave mixing sfwm process mediated vacuum fluctuation electromagnetic field therefore manipulating electromagnetic mode structure example using nanophotonic system one engineer spectrum generated photon however manipulation susceptible fabrication disorder ubiquitous nanophotonic system lead device device variation spectrum generated photon demonstrate topologically robust mode engineering electromagnetic vacuum fluctuation implement nanophotonic quantum light source spectrum generated photon robust fabrication disorder specifically use topological edge state achieve enhanced robust generation correlated photon pair using sfwm show outperform topologically trivial counterpart demonstrate non classical nature source using conditional antibunching photon confirms realized robust source heralded single photon topological effect unique bosonic system could pave way development robust quantum photonic device
13
1,293,320
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three body constrained boson double well optical lattice analyse ground state property three body constrained boson one dimensional optical lattice staggered hoppings analogous double well optical lattice considering attractive repulsive site interaction boson obtain phase diagram exhibit various quantum phase due double well geometry three body constraint several gapped phase mott insulator dimerbond order phase emerge commensurate density repulsive interaction regime attractive interaction lead pair formation lead pair bond order phase unit filling resembles valence bond solid phase composite bosonic pair incommensurate density see signature gapless pair superfluid phase
4
1,527,480
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easy transfer learning exploiting intra domain structure transfer learning aim transferring knowledge well labeled domain similar different domain limited label unfortunately existing learning based method often involve intensive model selection hyperparameter tuning obtain good result moreover cross validation possible tuning hyperparameters since often label target domain would restrict wide applicability transfer learning especially computationally constraint device wearable paper propose practically easy transfer learning easytl approach requires model selection hyperparameter tuning achieving competitive performance exploiting intra domain structure easytl able learn non parametric transfer feature classifier extensive experiment demonstrate compared state art traditional deep method easytl satisfies occam razor principle extremely easy implement use achieving comparable better performance classification accuracy much better computational efficiency additionally shown easytl increase performance existing transfer feature learning method
6
1,318,229
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double copy spinning matter explore various tree grade double copy construction amplitude including massive particle spin working world wide dimension use particle spin fundamental argue corresponding double copy relation partially follow compactification massless counterpart massless origin fix coupling gluon dilatons axions matter characteristic way life illustration fix gyromagnetic proportion whereas graviton couple universally reflecting equivalence principle spin matter conjecture order lagrangians reproducing interaction two massive seam test classical apparatus monumental line represent spinning heavyset object bootleg cakehole also test amplitude via chy pattern bosonic fermionic integrands fin point show applying generalize gauge transformation one obtain smooth transition quantum classical bcj double written matter coition radiation thereby providing qft derivation latter application show theory arising classic double copy goldberger ridgway naturally identified certain compactification supergravity
11
216,158
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nuclear liquid gas phase transition machine learning machine learning technique shown capability studying phase transition condensed matter physic employ machine learning technique study nuclear liquid gas phase transition adopt unsupervised learning classify liquid gas phase nucleus directly final state raw experimental data heavy ion reaction based confusion scheme combine supervised unsupervised learning obtain limiting temperature nuclear liquid gas phase transition value consistent obtained traditional caloric curve method study explores paradigm combining machine learning technique heavy ion experimental data also instructive studying phase transition uncontrollable system like qcd matter
16
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topologically protected duality boundary maxwell bf theory maxwell bf theory single sided planar boundary considered euclidean four dimensional spacetime presence boundary break ward identity describe gauge symmetry theory using standard method quantum field theory general boundary condition nontrivial current algebra boundary derived electromagnetic structure characterizes boundary used identify three dimensional degree freedom turn formed scalar field vector field related duality relation induced three dimensional theory show strong weak coupling duality separate different regime described different covariant action role maxwell term bulk action discussed together relevance topological nature bulk action boundary physic
9
1,562,218
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nonparametric predictive illation asian option asiatic selection one path dependent alien option wide traded energy market either speculation hedging however hard price specially one arithmetic average price traditional trading procedure either restrictive assuming distribution underlie plus lupus erythematosus rigorous using approximation attractive infer asian choice cost assumption underlying asset distribution take diachronic data nonparametric method paper present tense novel approach price asian option imprecise statistical aspect nonparametric prognosticative inference npi applied infer modal value future underlying asset price attempt pee pee prediction mull uncertainty limited information rational pairwise trading standard proposed paper asian pick comparison risk measure npi method acting asian option illustrated several example using simulation proficiency empiric datum energy market
15
1,161,333
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seiberg corresponding dichotomy impertinent symplectic gauge theory boundary propose duality supersymmetric boundary experimental condition gauge theory orthogonal symplectic gauge grouping show boundary hooft unusual person half index perfectly match duo proposed dual boundary condition
9
1,686,023
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infinitely stochastic micro forecasting calculate cost front burner empirical economics propose unconventional peter stochastic prediction future expense found individual micro development recorded event consider firm enterprise institution land posse noesis particular historical event effect series several related subevents payment loss spread time lead infinitely stochastic process close yet issue already occurred event necessarily reported aim lie prognostication next subevent flow add already reported occur reported yet occurred event methodology illustrated quantitative jeopardy judgment however applied area startup epidemic war legal injury advertisement commercial digital defrayal drug prescription manifested report theoretical share inference infinitely stochastic process develop finical non homogeneous poisson procedure non homogeneous poisson process mark used include instance coxswain process special case
18
1,623,371
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searching molecular outflow support vector machine dark cloud complex cygnus present survey molecular outflow across dark cloud complex cygnus region based deg field co isotopologues data milky way imaging scroll painting mwisp survey supervised machine learning algorithm support vector machine svm introduced accelerate visual assessment outflow feature data cube co co emission total outflow candidate identified show bipolar structure new detection spatially outflow located inside dense molecular cloud found cluster elongated linear structure tracing underlying gas filament morphology along line sight candidate reside local perseus outer arm respectively young stellar object outflow driver found near outflow candidate show associated source cluster outflow detect inhomogeneous property nevertheless show outflow cannot inject turbulent energy cloud scale instead best restricted affecting called clump core scale short myr estimated timescales combined outflow sample literature work show tight outflow mass size correlation
10
1,484,433
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complete experiment problem pseudoscalar meson photoproduction truncated fond wave analytic thinking dissertation delicacy problem complete experimentation pseudoscalar meson photoproduction context truncated fond wave analysis tpwa work contains algebraical numerical consideration influence measurement uncertainness probe using bootstrap method thesis first place published online university bonn st quarter link reach comment
14
936,919
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spin whittaker polynomial deformed quantum toda spin whittaker symmetric polynomial label partitioning recently introduced borodin wheeler arxiv context integrable vertex example one parameter deformation macdonald polynomial present new convenient alteration spin whittaker polynomial find ii macdonald eccentric remainder wheeler dealer act diagonally multinomial eigenvalue respectively polynomial label study probability measure enlace regalia based twisting whittaker multinomial compeer observables known stochastic speck system hahn tasep scaling limit spin whittaker polynomial turn new parameter deformation whittaker function rescale pieri type rule pay rise unmatchable parametric quantity distortion quantum toda hamiltonian deformed hamiltonian act diagonally new spin whittaker function stochastic side discover multilevel extension genus beta polymer model barraquand corwin arxiv relate spin whittaker function
12
736,484
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ship detection parameter server variant deep learning ship detection satellite optical imagery suffers false positive occurrence cloud landmass man made object interfere correct classification ship typically limiting class accuracy score work explores tension customization strategy class accuracy rate training time cost cloud based solution demonstrate custom net achieve class accuracy validation dataset target dataset confidence also compare single node architecture parameter server variant whose worker act boosting mechanism parameter server variant outperforms class accuracy target dataset reaching class accuracy compared best single node approach comparative investigation systematic performance single node parameter server variant architecture discussed support empirical finding
0
34,891
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quantum distribution channel marginal problem gift set local dynamic compatible spherical dynamical systematically formulate question quantum transmit marginal job understood dynamical abstraction marginal problem quantum state problem let special casing channel broadcasting communication channel extendibility measurement compatibility powerfully connected generality signaling condition quantized input output delimit notion compatibility globose local dynamic provide solution channel marginal problem take form semidefinite program using formulation construct channel mutual exclusiveness witness show set local channel incompatible demonstrate advantage province favoritism task
8
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frisson bridge among linux automaton operating system android remote controlled aerial fomite civilian unmanned aeriform vehicle uavs becoming accessible domestic use currently uav maker dji overlook mart droning used inclusive range application programme model line phantom applied autonomous navigation global positioning organization gps signal reliable aid simultaneous localization function map slam monocular ocular slam employment propose bridge among different arrangement linux automaton operating system ro android uavs undefended source framework gimbal camera recording stream remote server supporting implementation autopilot finally present experimental result show performance video pelt validating framework
3
152,755
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deformation left right asymmetric cfts compute loop anomalous proportion current primary field operator deform current algebra possibility based general semi simple group different large degree left right sphere theory unlike equal level similitude posse new non trivial fix full stop ir computing exact two three point part manipulator deduce opes equal clock time commutator using argue nature cft ir gear head link current poisson bracket parameter deformation canonical structure isotropic pcm
8
655,016
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machine learning prognostication quasi pdf ground sum element rapid development unmediated computing lattice qcd lqcd bjorken dependence hadron structure large momentum force theory lamet lamet overcomes premature limitation lqcd moment integral bjorken hadron social organisation allowing lqcd directly provide kinematic area experimental value least known lamet require enceinte impulse hadron state minimize systematics tolerate reach pouch size faithfully mean fine lattice space minimize lattice artifact order become crucial adjacent generation lamet like structure calculation furthermore computation require operator prospicient wilson link displacement finer lattice unit increasing communication cost relative propagator inversion work explore whether simple machine learning ml algorithm realize correlator prediction deoxidize computational cost lqcd calculation consider two algorithmic program gradient boosting decision sir herbert beerbohm tree one dimensional model applied lamet data matrix element needed determine kaon unpolarized parton statistical distribution function pdfs meson distribution amplitude da nucleon gluon pdf discover algorithmic program reliably foreshadow target observables different fit character taxonomic computer error prevision smaller supplanting larger one oeuvre better momentum due higher correlation among data point
19
401,501
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