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dataverse-tokenized-dataset

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saving universe finite intensity effect adjust aside anthropical argument reason universe ab initio favour last expanding phase kind one experiencing net contraction however collapse universe comprise normal matter end singularity finite time point chemical mechanism descend non perturbative effect quantum field theory finite volume may ply bias towards expanding upon spacetime mass shrink dynamically violating null energy condition without need modified gravity exotic matter describe scalar field component subjected non perturbative effect cosmological background consider impact sign phase saucer could dynamically sire necessary initial precondition pompousness get started form part mechanism non singular cosmological leaping
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old experiment new light young double slit stern gerlach experiment liquid crystal microcavities spin orbit interaction couple spin particle momentum degree freedom lie center spintronic application special interest semiconductor physic rashba dresselhaus spin orbit coupling soc equal strength rashba dresselhaus field result su spin rotation symmetry emergence persistent spin helix psh investigated charge carrier semiconductor quantum well recently synthetic rashba dresselhaus hamiltonian shown describe cavity photon confined microcavity filled optically anisotropic liquid crystal work present purely optical realisation two type spin pattern corresponding psh stern gerlach experiment cavity show symmetry hamiltonian result spatial oscillation spin orientation photon travelling plane cavity
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scaling limit strict convexity gratis energy gradient example non convex potential consider gradient model grille exemplar effective model interface well get laid continuous ising model height port modelled random field energy non convex upset quadratic fundamental interaction interested gibbs measure tip boundary condition inverse temperature modelling akm hil abkm generator show small tilt large inverse temperature surface tension strictly convex limit take posteriority moreover shown scaling limit posteriority gaussian free field continuum torus method cogent evidence tight implementation renormalisation group method follow general strategy get brydges coworkers paper renormalisation group analysis extended finite intensity flow infinite volume version eliminate necessity subsequence result akm hil abkm
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proof geants gnrf module nuclear resonance fluorescence data al gnrf feigning module model nuclear peal fluorescence nrf fundamental fundamental interaction geant framework work validate gnrf absolute proportional measurement three nrf fundamental fundamental interaction approximate mev atomic number utilize transmission nrf data experimentation described arxiv agreement absolute nrf enumeration rate notice information forebode inclusive geantgnrf example validate combine geantgnrf within nrf transition al modal divergence across entire study difference simulation experiment relative nrf rate show proportion reckoning tread assorted nrf seam found grade statistically identical zero turn back analysis approximate value absolute floor width ramify ratio aluminum obtained
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twist finding plane angulate correlational statistic analysis various coordinate system reaction excite resonant department state travel along consecutive cluster decay plane angular correlation method acting usually use determine twist mother nucleus however correlational statistic pattern display two dimensional angulate correlation coefficient spectrum depend selected coordinate organization particular parity bit symmetrical axile symmetrical process presented path enhance correlational statistic pattern whereas non symmetrical subroutine plotted elsewhere order trim coefficient correlativity backdrop clause three possible coordinate system previously adopted literature described compare consistence system judge based genuine data establish datum analysis mev land spin para obtained three coordinate brass
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probability distribution astrophysical gravitational wave background fluctuation coalescence compact binary star bun oven bring forth stochastic background gravitational undulation gw observable future gw detector background usually characterized power spectrum function absolute frequency present method calculate full full point distribution strain fluctuation centering fourth dimension serial data point approach generalizes absolute frequency domain illustrate probability distribution evaluated numerically increase derive accurate analytic asymptotic expression big strain tail demonstrate dominated nearest beginning application programme calculate statistical distribution strain fluctuation astrophysical gw background produced binary merger compact star universe statistical distribution celebrate confusedness backdrop obtained upon subtracting bright resolve source signal quantify extent deviate gaussian distribution coming could useful spiritual soma reconstruction stochastic gw background
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recent progression quantification uncertainty reaction theory uncertainty quantification become progressively dramatic nuclear physic preceding several year body reaction theory quartet primary source contribute uncertainty calculated observables good potential estimation hit body problem structure map point exemption left model space work illustrate feature obtain modern statistical pecker put context nuclear reaction body oeuvre consists summary advancement make measure theoretic uncertainty domain focalize primarily uncertainty coming effect visual potential well propagation within diverse reaction theory use central illustration reaction double magic stable nucleus ca viz neutron proton elastic scatter single nucleon transfer cadpca foremost show dissimilar optimisation scheme use constrain optical electric potential first derivative cross subdivision experimental constraint saucer uncertainty propagate conveyance crossbreeding arm comparing response theory finish laying futurity program
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sparse matrix linear model structured high throughput data recent technological advancement led rapid generation high throughput biological data used address novel scientific question broad area research data thought large matrix covariates annotating row column matrix matrix linear model provide convenient way modeling data many situation sparse estimation model desired present fast general method fitting sparse matrix linear model structured high throughput data induce model sparsity using penalty consider case response matrix covariate matrix large due data size standard method estimation penalized regression model fail problem converted corresponding univariate regression scenario leveraging matrix property structure model develop several fast estimation algorithm coordinate descent fista admm discus trade offs evaluate method performance simulated data coli chemical genetic screening data two arabidopsis genetic datasets multivariate response algorithm implemented julia programming language available
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1,423,183
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muon caterpillar tread reconstruction exploit stochastic loss big scale cherenkov detector icecube cubic kilometer cherenkov scope operating south pole main goal icecube detection astrophysical neutrino identification source high department energy negative muon neutrino observed via secondary muon produced charge current interaction nucleus internal combustion engine presently best perform muon runway directional reconstruction based maximum likelihood method using arrival metre distribution cherenkov photon registered experiment photomultipliers known taxonomic shortcoming endure method acting assume continuous energy loss along muon caterpillar tread however energy tev light yield muon overshadow stochastic shower newspaper discus generalized ansatz anticipate arrival sentence distribution parametrized stochastic muon energy loss pattern realistic parametrization loss profile lead betterment negative muon angulate resolution going track factor starting track existing algorithmic program additionally procedure estimate directional reconstruction uncertainty improved robust numerical computer error
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light neutrino exchange long space contribution decomposition exploratory field present explorative lattice qcd calculation neutrinoless double beta decline mechanism light neutrino exchange decay amplitude involves significant farseeing length contribution computing reported pion plenty mev demonstrates decay amplitude computed first principle using lattice method unphysical forcible pion mass incur amplitude small postulation lead order chiral perturbation theory find provide lattice qcd input constraint efficacious field hypothesis follow calculation fully controlled systematic error possible adequate computational resource
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probability dispersion positioning error form center gravitation algorithm parting deuce snapper gravity matchless frequently used algorithm position reconstructive memory different analytical human body interference optimisation computer error distribution different form essential instrument improve track fitting mote physic cauchy agnesi tail beneficial effect attenuate outlier maximum likelihood search probability distribution calculated combination random variable impossible discovery literature relevant raceway fitting probability density function complex structure realm reduced probability region must handled care avoid false maximum likeliness function universal integral equation detail analytic expression figure adopt set independent random variable gaussian chance distribution
17
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multi messenger astrophysics multi messenger astrophysics long anticipated extension traditional multiwavelength astronomy recently emerged distinct discipline providing unique valuable insight property process physical universe insight arise inherently complementary information carried photon gravitational wave neutrino cosmic ray individual cosmic source source population realizing observation astrophysical source via non photonic messenger presented enormous challenge evidenced fiscal physical scale multi messenger observatory however scientific payoff already substantial even greater reward promised year ahead review survey current status multi messenger astrophysics highlighting exciting recent result addressing major follow question raised key recent achievement include measurement spectrum ultra high energy cosmic ray highest observable energy discovery diffuse high energy neutrino background first direct detection gravitational wave use gravitational wave characterize merging black hole neutron star strong field gravity identification first joint electromagnetic gravitational wave electromagnetic high energy neutrino multi messenger source review rationale next generation multi messenger observatory outline vision likely future direction exciting rapidly advancing field
7
1,551,965
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mathemathical method theoretic physic course real mathematical method theoretical aperient intended undergraduate hearing
8
655,784
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role magnetic order vocl vocl transition metal oxychlorides candidate material next generation rechargeable battery investigated influence underlying magnetic order crystallographic electronic structure mean density functional theory study show antiferromagnetic ordering explains observed low temperature monoclinic distortion lattice lead decreased distance antiferromagnetically coupled v nearest neighbor also show existence local magnetic moment remove previously suggested degeneracy occupied level agreement experiment describe electronic structure turn crucial take correct magnetic ordering account especially elevated temperature
4
1,530,302
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relative role physical mechanism complex biodamage induced carbon irradiation effective use swift ion beam cancer treatment known hadrontherapy well appropriate protection manned space mission rely accurate understanding energy delivery cell damaging genetic information key ingredient characterizing response medium perturbation induced charged particle electronic excitation spectrum using linear response time dependent density functional theory obtain energy momentum transfer excitation spectrum energy loss function elf liquid water main constituent biological tissue excellent agreement experimental data inelastic scattering cross section obtained elf together elastic scattering cross section derived considering condensed phase nature medium used perform accurate monte carlo simulation energy deposited swift carbon ion liquid water carried away generated secondary electron producing inelastic event ionization excitation dissociation electron attachment dea strongly correlated cellular death scored sensitive volume size two dna convolution size cluster damaging event wide range carbon ion energy relevant hadrontherapy cosmic radiation predict unprecedented statistical accuracy nature relative magnitude main inelastic process contributing radiation biodamage confirming ionization account vast majority complex damage dea typically regarded relevant biodamage mechanism surprisingly play minor role carbon ion induced cluster harmful event
2
1,327,912
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pvlas experiment year effort measure vacuum clean magnetic birefringence paper describes year effort step vacuum magnetic double refraction dichroism pvlas experiment experiment go deuce main phase first habituate rotating superconducting magnet second using two rotating lasting magnet experimentation able reach prefigure time value qed nonetheless experiment lay current best bound vacuum magnetic birefringence dichroism field say uncertainty factor predicted economic value
17
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fermion transferral modelling one half bps preserve impurity study fermion battlefield coupled scalar via yukawa term scalar landing field model dross preserve half bps property analyze spectrum defect model collision close bps regime fermion bind mar may transferred quantify via overlap known bogoliubov coefficient bps hit le potential transfer fermion defect adiabatic non relativistic velocity especially small coupling constant moreover nearer bps limit small fraction fermion act radiated aside contrast non bit per second collision lead radiation fermion field irritation fermion higher bound state upshot sensitive parameter
9
1,688,819
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inductive reasoning human deep neural network compare robustness human current convolutional deep neural network dnns object identification twelve unlike character image degradation first using three intimately known dnns resnet vgg googlenet find human visual system robust nearly tested image manipulation observe progressively diverge classification error pattern human dnns signal get weaker secondly usher dnns trained directly distorted image consistently surpass human performance exact optical aberration type trained yet display extremely poor generalisation ability tested distortion eccentric example preparation salt pepper noise imply robustness uniform clean noise frailty versa thus modification haphazardness dispersion cultivate essay constitutes crucial challenge deep encyclopaedism vision system consistently addressed lifelong motorcar learning border new dataset consisting carefully measured human psychophysical trial provide utile reference lifelong robustness image abjection set human visual system
5
1,037,405
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thermalization dynamical phantasmal property quark mesotron model investigate nonequilibrium evolution quark meson theoretical account use two mote irreducible efficient action technique numerical simulation include full dynamic order parameter chiral symmetry show model thermalizes unlike region phase diagram particular studying quark meson ghostlike function shed light real metre dynamical go crossover voter transition discover eg emergence light effect fermionic degree freedom infrared late sentence evolution fluctuation wastefulness relation emerges course among meson quark degree exemption confirm pretense successfully reach caloric equilibrium
7
1,783,049
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proton commission radius origin electron scattering data using dispersively improved chiral effective field hypothesis extract proton bursting charge radius elastic descriptor factor ff data using novel theoretical framework aggregate chiral effective field theory dispersion analysis complex analyticity momentum transfer correlate behavior spacelike ff finite derivative ff calculated prognostic theory contains radius free parameter determine value compare prediction descriptive globular fit spacelike ff data hold report theoretical experimental uncertainty method allows manipulation finite ff data constrain gev larger avoids difficulty spring method acting relying extrapolation get radius fm consistent gamy precision muonic result
7
1,640,579
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quantisation gravity quantisation hamilton equation quantize hamilton equating instead hamilton condition leave par simple form fiber bundle laplacian laplacian wheeler dewitt metric leave using separation variable solution expressed merchandise worldly spatial eigenfunctions spatial eigenfunctions eigenfunctions laplacian symmetric space since one define schwartz space tempered distribution good fourier transform fourier quantisation applied spatial eigenfunctions transform dirac measure spacial laplacian multiplication operator
11
215,053
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study applicability varshni potential predict mass spectrum quark antiquark system non relativistic fabric body work obtain schrodinger par result varshni potential using nikiforov uvarov method push eigenvalue obtained non relativistic regime corresponding eigenfunction obtained term laguerre polynomial apply present consequence calculate enceinte mesotron hatful charmonium bottomonium mass spectrum charmonium bottomonium multiplets call numerically result good agreement experimental data work researcher
7
1,745,465
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open tooth decay closed cycle cryostat quantum optical platform introduction optical resonator enable effective precise fundamental interaction photon solid state emitter facilitates analyse strong light matter interaction polaritonic physic present powerful user interface quantum communication cypher pivotal aspect progress light matter interaction solid state system challenge combining necessary cryogenic temperature high mechanical stableness vibration maintaining sufficient degree exemption situ tunability present fibre based undetermined fabry perot cavity closed cycle cryostat expose ultra high mechanical stability providing wide range tunability three spatial instruction characterize setup demonstrate operation stem mean value square stability le pm temperature integration bandwidth khz finally benchmark tooth decay performance demonstrating strong couple formation exciton polaritons monolayer wse cooperativity set result manifest open cavity shut cycle cryostat versatile powerful platform low temperature cavity qed experiment
13
1,217,700
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thermogeometric study van der waals like phase modulation black hole alternative approach well known non extremal anti de sitter ad ignominious hole show various van der waals type criticality etc case phase blank space diagram relevant quantity similar behaviour isotherm diagram usual vanguard der waals accelerator system existing thermogeometric description criticality black hole deal whole thermogeometric manifold curvature however celebrate criticalness one notice behaviour relevant phase space variable hold open thermodynamical quantity fixed thence quite natural investigate geometrical behaviour induct metrical defined constant macroscopic variable like whole manifold thermogeometry using geometrothermodynamics gtd precisely address issue observed extrinsic curve metric also diverges critical full point provides alternative important aspect thermogeometric verbal description phase transition black pickle entire formalism paper general valid arbitrary black hole appearance van der waals type form transition
11
226,195
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multitrace intercellular substance simulation fuzzy field theory review analytical approach scalar field theory bleary space briefly adumbrate matrix verbal description possibility describe various approximation relevant ground substance modelling discus challenge obtaining consistent approximation include higher second theory
9
1,764,187
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sparticle higgs boson mass landscape dynamical versus spontaneous supersymmetry breaking perturbative supersymmetry break landscape string vacuum expected favor large soft term force law logarithm distribution tempered anthropic veto inappropriate vacuum vacuum leading large time value derived debile scale violation atomic rationale scan vacuum output statistical prediction light higgs boson mass mh gev sparticles save possibly light higgsinos typically beyond lhc compass contrast model dynamic susy breaking dsb hidden sector gauge coupling scanned uniformly lead gaugino condensation uniform distribution soft parameter log scale cushy term expected distributed favoring small note value scan dsb soft term generally lead gev sparticle mass unremarkably lhc limit thus dsb landscape scenario seem except lhc search result alternative exponential suppression weak exfoliation gear anthropically landscape via nuclear rule
7
1,714,190
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vulnerable road user detection using smartphone sensor return quantification analysis fast advancement autonomous vehicle av industry detection vulnerable road user vrus using smartphones critical safety application cooperative intelligent transportation system study explores use mouth power smartphone sensing element recurrence quantification analysis rqa feature task feature speech computed thresholded similarity matrix extracted nine channel accelerometer gyroscope rotation vector direction given gamey power consumption global positioning system global positioning system data excluded rqa feature added traditional time domain feature investigate categorisation accuracy using binary four class quint class random forest classifier data based issue appearance bright carrying using rqa lineament ensue accuracy adding sentence domain feature result outperform old reported truth present rqa feature high classifying capableness prize vru detection
3
143,030
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large information meet causal survey research understanding nonresponse recruitment mixed mode line panel survey scientist increasingly face problem high dimensionality enquiry digitisation get much easy concept high dimensional big data set peter online sketch mobile application machine learning method able handle data successfully applied solve emphpredictive problem notwithstanding many situation survey statistician want learn emphcausal relationship draw conclusion capable transfer finding survey another standard car learning method provide biased estimate human relationship introduce resume statistic double machine learning approach give roughly unbiased calculator causal argument appearance used analyze survey nonresponse high dimensional venire scope
18
1,622,509
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comprehensive analysis genus beta decay within beyond standard exemplar preciseness measuring allowed atomic genus beta decline neutron decay review analyzed within standard model looking young physic analysis incorporates recent experimental theoretical exploitation outcome interpreted status wilson coefficient describing force fundamental fundamental interaction lepton nucleon quark cheese responsible beta decay new worldwide paroxysm performed merged comprehensive list preciseness measurement neutron decay superallowed transition nuclear decline include first time data mirror genus beta conversion result affirm quality fundamental interaction translate update note value level also position new rigorous limit alien coupling require give mighty give neutrino benefit significantly inclusion mirror decay depth psychology
16
851,443
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periodic dirac operator breakdown count paul adrien maurice dirac operator dislocation potential real line dislocation potential fixed periodic potential negative half line potential shifted real parameter positive one half dividing line spectrum dead uninterrupted part union striation separated gap plus two eigenvalue non empty break resolvent admits meromorphic sequel onto two sheeted riemann surface prove deuce simple pole open gap inaugural sheet eigenvalue plane resonance terminal called state pole prove state continuous function obtain local asymptotic state department gap distinguishable general re publica non monotone function monotone specific potential construct example manipulator characteristic root square matrix one ringing finite number break two eigenvalue two resonance finite number gap two static practical state one gap
8
643,174
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prospect ii physic opportunity preciseness reactor oscillation spectrum experiment expectation made world leading mensuration reactor antineutrino short service line first stage conducted gamy flux isotope reactor hfir oak ridge national laboratory prospect produced strongest terminal point ev scale sterile neutrino made preciseness measurement reactor antineutrino spectrum demonstrated observation reactor antineutrino aboveground demodulator good energy resolution well curb background prospect collaboration preparing upgraded detector prospect ii probe yet unexplored parameter blank sterile neutrino contribute total resolution nuclear reactor antineutrino anomaly longstanding puzzle neutrino physic pressing forward populace precise measurement antineutrino spectrum measuring absolute flux antineutrino prospect deuce sharpen tool potential note value canonic neutrino science nuclear data point proof nuclear security application following two year deployment hfir extra medical prognosis ii deployment low enriched uranium reactor could make completing measurement neutrino yield nuclear fission isotope prospect ii provides unique opportunity continue study reactor antineutrino short baseline taking advantage demonstrated element original aspect design close access highly enriched uranium reactor core
16
859,188
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geometric viewpoint quantization fuzzy logic within hamiltonian framework proposition classical physical system described borel sigma algebra symplectic manifold phase space logical connective standard set operation considering geometric formulation quantum mechanic give description quantum proposition term fuzzy event complex projective space equipped kahler structure quantum phase space obtaining quantized version fuzzy logic deformation product norm
1
592,355
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helicity form factor decay theme calculate helicity form factor hffs twist truth using faint strobile total rule approach extrapolating hffs physically allowable region investigate meson two consistence decay semi leptonic decay viewpoint light pseudo scalar meson vector meson respectively branching fraction derive employ ckm matrix element lifespan molecule data point group obtain find agree lhcb measured value within error well receive like theoretical prediction reproducible lhcb measured value within misplay
7
1,643,802
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elucidating cation cation interaction neptunyl dications using multireference ab initio theory understanding binding mechanism neptunyl cluster formed due cation cation interaction crucial importance nuclear waste reprocessing related area research since experimental manipulation specie often rather limited rely quantum chemical prediction electronic structure spectroscopic parameter work present state art quantum chemical study shaped diamond shaped neptunylv neptunylvi dimer specifically scrutinize molecular structure implicit explicit solvation effect interplay static dynamical correlation influence spin orbit coupling ground state lowest lying excited state different total spin state total charge neptunyl dications furthermore use picture interacting orbitals quantum entanglement correlation analysis identify strongly correlated orbitals cation cation complex included complete active space calculation importantly study highlight complex interplay correlation effect relativistic correction description ground lowest lying excited state neptunyl dications
2
1,486,803
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depth psychology randomized experiment network interference disobedience randomise experiment become standard tool economics analyzing randomized experiment traditional approach based stable unit treatment value sutva citerubin assumption dictate noise single however sutva presumption fails hold many application due social interaction general equilibrium andor externality effect much progress made relaxing sutva assumption literature considered setting perfect compliance treatment assignment practice even noncompliance occurs frequently actual treatment receipt dissimilar grant treatment paper subject area causal consequence randomize experimentation network hindrance noncompliance spillover allowed occur treatment choice leg outcome realization stage particular explicitly model treatment selection agent binary plot incomplete information resulting equilibrium treatment choice probability affect outcome interest outcome characterized random coefficient model allow oecumenical unseen heterogeneity causal effect specify causal parameter interest propose simple control function estimator derive asymptotic property large network asymptotics apply method randomized subsidy program citedupas find ground spillover effect short political campaign long run adoption insecticide treated bed net eventually illustrate usefulness method analyzing impact counterfactual subsidy policy
18
1,605,775
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classical logic classic probability quantum mechanic give overview conceptual discussion solution contextuality non locality centering particular connexion oeuvre itamar pitowsky correlation polytopes bell inequality boole condition possible experience
13
1,243,869
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physic behind cosmicwatch desktop muon sensor cosmicwatch desktop muon detector massachuset institute engineering science mit polish internal eye atomic research ncbj based undergraduate level purgative project incorporate various aspect electronics shit technical development detector designed humiliated might extremely portable capable wide range physic student explore document describes physic behind screen background muon sensing element search possible measurement made sensor particular explore versatile physical phenomenon relate geomagnetic field atmospheric condition cosmic ray shower report attenuation particle matter radioactivity statistical property poisson process
17
377,540
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strongly coupled super yang mill plasma coulomb branch thermodynamics study super yang mill theory ampere second branch csym strong coupling demarcation use adscft correspondence dual geometry rotating black brane type iib supergravity solution single non zero rotation parameter typeset fixed mass scale corresponding scalar condensate branch introduce new ensemble take fixed ie free energy routine compute par state eos csym finite well heavy quark antiquark potential quantized mass spectrum scalar spin glueballs computing wilson loop minimal surface determine heavy quark antiquark potential cornell potential detain large separation find two black gob branch large black hole small black hole branch large blackened hole branch cocksure specific heat find qualitatively similar eos pure yang mill theory lattice little black hole ramification negative specific heating system find eos entropy push denseness decrease also notice second order form passage large small black hole branch critical temperature
9
1,763,840
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single target tracking algorithmic rule found procreative adversarial network single target tracking battleground occlusion lead red ink tracking objective ubiquitous arduous problem solve problem propose single prey go algorithm anti occlusion capability main content algorithm use region marriage offer network obtain tracked target potential interference use occlusion awareness mental faculty judge whether step object occludes target occlusion occurs persist chase closure occurs prediction module take move flight target subsequent frame predicted according motion trajectory occlusion result obtained prediction module use replace target position feature obtained original tracking algorithm solve job closure cause tracking algorithm lose target actual performance algorithm successfully cut across target occluded dataset vot dataset algorithm eao truth robustness compared siamrpn increase severally
3
131,748
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simultaneous monte carlo analysis parton density fragmentation function comprehensive new four card monte carlo analysis high energy lepton lepton lepton hadron hadron hadron scattering data simultaneously determine parton distribution function pdfs proton parton hadron fragmentation function ffs analysis includes available semi inclusive deep inelastic scattering individual inclusive annihilation data pion particle unidentified charge hadron allows flavour dependence fragmentation single valued function constrained employ fresh multi gradation accommodate strategy flexible parametrizations pdfs ffs as impact different information ready ocean quark density confirm previously observed suppression strange quark statistical distribution new conniption refer jam sidis reserve improved survey universality parton correlation part including transverse momentum strung tmd statistical distribution across wide variety process matching collinear tmd factorization description
14
947,365
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empirical sampling connected graph partition redistricting space connected graph partition underlies statistical model used evidence court case reform effort analyze political districting plan response demand redistricting application researcher developed sampling method traverse space building technique developed statistical physic paper study connection redistricting statistical physic particular self avoiding walk exploit knowledge phase transition asymptotic behavior self avoiding walk analyze two question crucial importance markov chain monte carlo analysis districting plan first examine mixing time popular glauber dynamic based markov chain show self avoiding walk phase transition interact mixing time examine factor new redistricting context complicate picture notably population balance requirement connectivity requirement irregular graph used second analyze robustness qualitative property typical districting plan respect score function certain lattice like graph called state dual graph used discretization geographic region districting analysis help u better understand complex relationship typical property districting plan score function designed political districting analyst conclude direction research interface statistical physic markov chain political districting
2
1,429,049
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time air pressure honesty deception game previous experiment line interracial solvent whether honesty intuitive requires deliberation add literature building prior work capraro report orotund discipline manipulating time pressure time time lag deception game feel setting mass honest time pressure sensation result driven confounds present earlier work
5
1,054,714
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mot minimax optimal thompson sampling thompson sampling one widely used algorithm many online decision problem due simplicity implementation superior empirical performance state art method despite popularity empirical success remained open problem whether thompson sampling match minimax lower bound armed bandit problem total time horizon paper solve long open problem proposing variant thompson sampling called mot adaptively clip sampling instance chosen arm time step prove simple variant thompson sampling achieves minimax optimal regret bound finite time horizon well asymptotic optimal regret bound gaussian reward approach infinity knowledge mot first thompson sampling type algorithm achieves minimax optimality multi armed bandit problem
6
1,423,946
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structured space property paper introduce new kind topological space called structured space locally resembles various kind algebraic structure useful instance locally study space cannot globally endowed algebraic structure using tool algebra definition space made precise via one main result involves structure map also lead u rigorous unambiguous definition algebraic structure showing example naturally arise context study various property develop theory new space particular consider partition respect measure prove one important theorem paper theorem state every structured space assumption induces lattice conversely every lattice induces structured space satisfing hypothesis conclude relation connected space
1
576,936
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axion baryon coupling su ponderous heavy particle chiral perturbation possibility past axion nucleon coupling aim framework su weighty baryon chiral disturbance theory third order chiral exponent counting reach early work case heavy heavy particle chiral broken hypothesis su savour symmetry derive axion teammate total su heavy particle octet indicate axion also significantly couple hyperon study dim nuclear subject intimate possible existence hyperon astral object neutron adept upshot phenomenological implication related called axion windowpane
19
418,382
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bayesian trench erudition quantum computer bayesian method acting political machine learning gaussian process great vantage com pared technique particular cater estimate uncertainty connect prediction extending bayesian approach deep architecture remained major challenge late result connected deep feedforward nervous network gaussian process allowing train without backpropagation connection enable leverage quantum algorithmic program designed gaussian process develop new algorithm bayesian trench learning quantum computer property gist matrix gaussian cognitive process insure efficient execution core component communication protocol quantum matrix inversion providing least polynomial speedup classical algorithmic program furthermore demonstrate execution algorithm contemporary quantum computer analyze robustness respect realistic stochasticity model
13
1,281,168
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sxps improved expanded swift ray telescope point source catalog present sxps swift xrt point source catalog containing point source detected swift ray telescope xrt kev energy range catalog represents significant improvement sxps double sky coverage deg several significant development source detection classification particular present first time technique model effect stray light significantly reducing number spurious source detected technique important future large effective area ray mission forthcoming athena ray observatory also present new model xrt point spread function method correctly localising characterising piled source provide light curve four energy band two hardness ratio two binning timescales every source deduce source sxps variable least one band hardness ratio catalog data queried downloaded via bespoke web interface via heasarc vizier ix
10
1,305,819
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first direct measure isotopic nuclear fission fragment yield unmediated complete measurement isotopic fission fragment choose perform st clock time fissioning system produced average rubor energy mev individual neutron conveyance reaction beam christ within target ampere second barrier energy nuclear fission fragment discover isotopically identified using vamos mass spectrometer ganil adeptness measurement appropriate consecutive evaluate nuclear fission example excitation doe flying neutron relevant next generation atomic reactor present information point agreement model calculation recently cover anomaly nuclear fission fragment fruit confirm persistence spherical cuticle effect sn part fervour vigour outdo fission barrier mev
16
868,733
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animating face using disentangled audio representation previous method audio driven talking head generation assume input audio clean neutral tone show empirically one easily break system simply adding certain background noise utterance changing emotional tone sad make talking head generation robust variation propose explicit audio representation learning framework disentangles audio sequence various factor phonetic content emotional tone background noise others conduct experiment validate conditioned disentangled content representation generated mouth movement model significantly accurate previous approach without disentangled learning presence noise emotional variation demonstrate framework compatible current state art approach replacing original audio learning component best knowledge first work improves performance talking head generation disentangled audio representation perspective important many real world application
3
198,052
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e mu discrimination high vigour juno demodulator cosmic ray neutrino oscillation physic studied using atmospherical neutrino juno jiangmen underground neutrino observatory large liquid state scintillator detector small energy detection threshold excellent energy resolution detector performance allow atmospherical neutrino oscillation measure work favoritism algorithm different response channel neutrino nucleon interaction juno liquidness scintillator gevsub gev energy region presented atmospheric neutrino flux taken reference considering different temporal behaviour course study event exploited build time profile based discrimination algorithm result display ripe selection power cubic centimetre event cc component suffers important contamination nc event energy written report preliminary result presented
17
311,203
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lattice study electromagnetic conductivity quark gluon plasma external magnetic champaign discipline electromagnetic em conductivity qgp charismatic background lattice simulation dynamical rooted staggered fermion physical distributor point study correlation function emcurrents mev manipulation tikhonov approach extract conductivity find rise magnetic discipline direction parallel decrease thwartwise direction giving evidence chiral charismatic effect magnetoresistance phenomenon qgp estimate chiral charge relaxation behavior time qgp
19
441,765
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rate prefix free code lqg ascendence system side information study study lqg control system one two feedback channel discrete incurs communication cost assume decoder colorado located accountant brand noiseless measuring subset nation transmitter referred side selective information meanwhile remote encoder co located sensing element make arbitrary mensuration entire state department transmitter must convey measurement decoder noiseless binary channel use channel incurs communication cost quantify time averaged expected length prefix free binary codeword study tradeoff communication cost ascendence performance expression motivates constrained directed info minimization trouble solved via convex optimization using optimization propose quantizer excogitation subsequent attainableness result
3
164,518
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equipoise quantum metrology mean field quantum criticality study influence collective transition phenomenon quantum metrological protocol unmarried spherical quantum spin sqs serf stereotypical toy model allows analytical insight mean field level first centre equilibrium quantum cruciality sqs obtain quantum fisher entropy analytically associated minimum low bound precision estimation parametric quantity driving phase transition liken fisher information specific experimental scenario photoncounting corresponding measurement utilize find quantum criticality squeezing useful resource metrological scenario second find quantum fisher information equilibrium transition dissipative non equilibrium steady state ness investigate front dissipation affect parameter estimation scenario away critical head shifted amount depends dissipation rate use design high preciseness protocol solid range transition driving parameter ordered phase fact sure value parameter forecast dissipation whitethorn use obtain higher precision compared equilibrium scenario
13
1,275,780
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wave topsy turvyness dental caries regular geometry tunable boundary wave chaotic system underpin panoptic range inquiry activity cardinal study quantum chaos via electromagnetic compatibility lately come forth application corresponding microwave figure certificate screen antenna characterisation waving based analog computation implement brandish chaotic system experimentation traditionally cavity detailed geometry bow tie shape truncated circle parallelepiped hemisphere employed geometry dictate wave field characteristic propose experimentation verify radically different paradigm enclosed space regular geometry tunable boundary condition experimentation implemented leveraging reconfigurable metasurface issue set young foundation enjoyment study chaos wave physic
12
727,646
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optical lattice sound quantised sound wave phonons govern elastic response crystalline material also play integral part determining thermodynamic property electrical response eg binding electron superconducting cooper pair physic lattice phonons elasticity absent simulator quantum solid constructed neutral atom periodic light potential unlike real solid traditional optical lattice silent infinitely stiff optical lattice realisation crystal therefore lack central dynamical degree freedom determine low temperature property real material create optical lattice phonon mode using bose einstein condensate bec coupled confocal optical resonator playing role active quantum gas microscope multimode cavity qed system image phonons induces crystallisation support phonons via short range photon mediated atom atom interaction dynamical susceptibility measurement reveal phonon dispersion relation showing collective excitation exhibit sound speed dependent bec photon coupling strength result pave way exploring rich physic elasticity quantum solid ranging quantum melting transition exotic fractonic topological defect quantum regime
2
1,498,011
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microarcsecond vlbi pulsar astrometry psr ii parallax distance pulsar present result psr large astrometric project targeting radio pulsar using long baseline array vlba astrometric database pulsar obtained parallax based distance measurement parallax precision typically approaching best case full sample double number radio pulsar reliable model independent distance constraint importantly many newly measured pulsar well outside solar neighbourhood psr brings near tenfold increase number pulsar reliable model independent distance kpc using sample along previously published result show even recent model galactic electron density distribution model contain significant shortcoming particularly high galactic latitude comparing result pulsar timing two four millisecond pulsar sample exhibit significant discrepancy estimate proper motion obtained least one pulsar timing array additional vlbi observation improve absolute positional accuracy reference source expansion number millisecond pulsar able extend comparison proper motion discrepancy larger sample pulsar reference position provide much sensitive test applicability solar system ephemeris used pulsar timing finally use large sample estimate typical accuracy attainable differential astrometry vlba observing pulsar showing sufficiently bright target observed time month parallax uncertainty per arcminute separation pulsar calibrator expected
10
1,337,713
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vector boson polarization decay standard example higgs kinematic statistical distribution lepton pair produced decay stock model higgs zz ww come polarization fraction virtual vector boson broad amplitude break analytically sum polarized terminal figure respective observables particular invariant mass deuce charged lepton one boson lepton angular distribution transmitter boson center mass shown sensible boson polarisation
7
1,697,241
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maximum entropy approach policy evaluation average reward mdps work focus policy evaluation ope function approximation infinite horizon undiscounted markov decision process mdps mdps ergodic linear ie reward dynamic linear known feature provide first finite sample ope error bound extending existing result beyond episodic discounted case general setting feature dynamic approximately linear arbitrary reward propose new approach estimating stationary distribution function approximation formulate problem finding maximum entropy distribution subject matching feature expectation empirical dynamic show result exponential family distribution whose sufficient statistic feature paralleling maximum entropy approach supervised learning demonstrate effectiveness proposed ope approach multiple environment
0
40,738
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spinning particle orbit around black hole expanding background investigate analytically numerically orbit spinning particle around black hole post newtonian limit presence cosmic expansion show orbit circular absence spin get deformed orbiting particle spin show origin deformation twofold background expansion rate induces attractive repulsive interaction due cosmic background fluid expansion decelerating accelerating spin orbit interaction attractive repulsive depending relative orientation spin orbital angular momentum expansion rate
11
266,992
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isotopic equilibrium never ending low denseness low temperature nuclear affair yield equatorially emit wanton isotope observed ternary fission response puf engage determine apparent chemical substance equilibrium ceaseless dispirited temperature low density nuclear issue degree sack role medium alteration probed compare experimentally derived response quotient equilibrium constant calculated use relativistic meanspirited area mannikin employing universal medium limit rectification attractive meson couple result equivalence point vestibular sense achieved lighter treble nuclear fission isotope heavy isotope experimental reaction quotient well measured equilibrium perpetual assign dynamical restriction ponder insufficient time full equilibrium modernise role medium effect lead yield reducing discussed apparent enhancement yield neutron robust alien core
16
880,504
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mellin moment pion kaon lattice quantum chromodynamics present figure pion quark cheese momentum fraction third mellin moment besides hold initiative sentence kappa meson habituate local wheeler monger usance ensemble degenerate light unknown charm quark maximally twisted mess fermion clover improvement quark mass choose reproduce pi meson mass mev mesotron mass mev fretwork space ensemble fm fretwork spatial extent frequency modulation analyze several time value germ swallow hole prison term legal separation within range frequency modulation study eliminate excited state part necessary renormalization parting calculated perturbatively ri schema convert scheme scale gev final value impulse fraction tertiary mellin moment find reported systematic uncertainty imputable agitate land pollution well give ratio indication quickly pdfs lose support large
19
425,358
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quasi molecular mechanism formation hydrogen early universe scheme calculation recent paper kereslidze et non standard quasi molecular mechanism suggested applied treat cosmological recombination assumed pre recombination stage evolution universe electron combined two neighbouring proton created hydrogen molecular ion highly excited state descended lower lying state dissociated work elaborate scheme calculation free bound radiative transition attractive state function redshift together earlier developed treatment bound bound radiative transition elaborated scheme calculation used design fast complete cosmological recombination code
2
1,494,494
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state dependent regulation cortical processing hurrying via gain modulation thrive dynamic environment brute moldiness capable rapidly flexibly adapting behavioral response changing context internal do example behavioural flexibleness let faster stimulus response attentive slower response distracted contextual state pendent modulation may occur early cortical hierarchy may implemented via top projection cortico cortical neuromodulatory pathway however computational mechanism mediating effect acoustic projection known introduce theoretical framework classify burden cell type specific top perturbation information processing speed cortical circuit hypothesis demonstrates perturbation effect stimulus processing forecast intrinsic gain modulation ascendence timescale circuit dynamic theory lead counter intuitive effect improved performance increased input variance tested model prediction using large scale electrophysiological recording ocular hierarchy freely running mouse come decrease single cell intrinsic gain locomotion led speedup ocular processing final result establish novel theory cell type specific perturbation applicable top modulation considerably optogenetic pharmacologic use theory associate connectivity dynamic information processing via gain modulation
5
1,013,331
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confinement global colour symmetry global colour symmetry physical issue discussed nother current reality govern conserved matter current colouring material commission color field generated charge properly polarized color field strength charge uniform portion due nontrivial qcd vacuum field nonzero gluon condensation implies self zip organisation nett colour heraldic bearing non finite thereby cannot exist free state precisely colour confinement mean accordingly cornell type potential feature casimir scaling derived color undershirt system composed static semblance billing anti charge uniform color field implies hadron minimal size minimum zip furthermore global color symmetry requires minimum irreducible colouring material undershirt system etc multi quark organisation molecular conformation binding mechanism
17
318,520
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turing instability economical demographic dynamical system lead pattern formation geographical shell spatial distribution human universe clearly heterogenous eg bear witness important difference population density urban rural country diachronic perspective internet explorer timescale century emersion densely populated area present location widely believed linked favorable environmental climatic stipulation paper challenge point view first identify area different part world environmental condition quantified temperature precipitation elevation approximately unvarying thousand mile examine population distribution across area show spite homogeneousness surroundings exhibit clear nearly periodic spatial pattern based apparent disagreement hypothesize exist inherent mechanism lead pattern formation even uniform environment consider mathematical model couple demographic economic dynamic show spatially uniform locally stable unbendable state give rise periodic spatial figure due turing instability using computer simulation show interestingly emergence turing pattern eventually lead system collapse
12
709,174
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weak lefschetz theorem simplicial pl sphere prove weak lefschetz theorem simplicial pl sphere result weaker hard lefschetz theorem general sphere proved adiprasito arxiv proof involves simple algebra avoids complicated combinatorics
1
561,069
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taming two interacting particle disorder compute scaling property localization length two interacting particle one dimensional chain diagonal disorder connectivity property fock state analyze record large system size disorder strength vary energy site interaction strength given disorder strength largest enhancement occurs order single particle band width two particle state energy center spectrum observe crossover scaling single particle localization length asymptotic regime happens due recovery translational invariance momentum conservation rule matrix element interconnected fock eigenstates entrance asymptotic scaling manifested nonlinear scaling function
4
1,362,854
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dynamic term structure model sofr future libor charge per unit presently schedule discontinuation successor advocated regulator uracil secured overnight financing rate sofr interchange likely disrupt trillion market derivative debt attach libor sofr linked derivative significant liquidity trading history sofr future contract traded cme since use historical record future price concept dynamic arbitrage free model sofr term structure model allow conception forward bet sofr terminal figure rate imply sofr discounting curvature price risk risk manage sofr derivative nonetheless liquidly traded market find standard three element gaussian arbitrage free nelson siegel role model describes term rate well shadow rate extension needed describe behaviour near zero bound likewise find jump seasonal effect observed sofr need specifically accounted model future price last analyze call convexity correction detect becomes significant beyond year maturity proof determination demonstrate model aligns closely methodology used federal reserve publish indicatory sofr full term rate
15
1,157,067
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refinement proof theoretic analysis lpo due buchholz give refinement proof theoretic analysis lpo lexicographic path order due buchholz note written feb moser visited japan
1
551,713
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eeg categorisation factoring sensor configuration electroencephalography encephalogram villein effective diagnostic dick mental disorder neurological abnormality enhanced analysis classification eeg signal help improve detection performance fresh plan attack canvas enhancing eeg compartmentalization operation leveraging knowledge spatial layout eeg sensor performance two categorization role model model ignores sensor layout role model factor investigated found achieve consistently higher detection truth analytic thinking base information content signal represented ii different way concatenation channel frequency band persona like representation eeg channel location carrying model examined two undertaking societal anxiousness disorderliness deplorable detection emotion recognition using dataset emotion analysis using physiological signal deap hypothesized model significantly outperform model validated result model yielded higher accuracy car learning algorithm investigated convolutional neuronic network cnn provided best performance far exceeding support vector machine svm nearest neighbor knns algorithm
3
178,406
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random phase approximation many body noncovalent system methane dodecahedral water cage many body expansion mbe energy molecular cluster solid offer way detect analyze error theoretical method could go unnoticed total energy system considered regard interaction methane molecule enclosing dodecahedral water cage chho stringent test approximate method including density functional theory dft approximation hybrid semilocal dft approximation behave erratically system three four body nonadditive term neither correct sign magnitude analyze extent qualitative error different mbe contribution conveyed post kohn sham random phase approximation rpa result reveal correlation quality dft input state rpa result moreover renormalized single energy rse correction play crucial role order mbe dimer rse corrects rpa underbinding every tested kohn sham model generalized gradient approximation gga meta gga meta gga hybrid well optimized effective potential correlated level remarkably inclusion single rpa also correct wrong sign three four body nonadditive energy well mitigate excessive higher order contribution mbe rpa error dominated contribution compact cluster workable method large system propose replace compact contribution ccsdt energy sum remaining many body contribution infinity supermolecular periodic rpa demonstration approach show rpapberse suffices apply ccsdt dimer compact hydrogen bonded trimer get methane water cage interaction energy within reference value
2
1,335,124
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nonparametric empirical bayes approach covariance matrix estimation propose empirical bayes method estimate high dimensional covariance matrix procedure center vectorizing covariance matrix treating matrix estimation vector estimation problem drawing compound decision theory literature introduce new class decision rule generalizes several existing procedure use nonparametric empirical bayes modeling approach estimate oracle optimal rule class allows u let data determine best shrink estimator rather shrinking pre determined direction toward diagonal matrix simulation result gene expression network analysis show approach outperform number state art proposal wide range setting sometimes substantially
6
1,307,867
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quantifying alpha clustering idle nucleus binding energy origin nuclear clustering emerge nuclear fundamental interaction copious experimental evidence phenomenon theoretical characterization directly nucleon degree freedom remains challenge making unmanageable improve nuclear force using clustering observables work simple ratio energy based effective graduated table argument proposed as quality atomic force alpha clustering bound narrow ground province nucleus advise clustering ratio parameter free correctly name introductory alpha clustering feature light nucleus found nucleus run commonwealth art textitab initio nuclear force underestimate degree alpha clustering key nucleus stringent restraint binding zip provided back propagating relative uncertainty experimental clustering proportion using parallel markov chain monte carlo algorithm demonstrated tie energy cell nucleus li need obtained within ten kev precision nuclear force ensure right replication canonical alpha clump feature tripping nucleus subject area provides new practical path guide future optimization atomic violence potential impact medium mass nucleus
16
866,934
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quantum assisted quantum compiling compiling quantum algorithm near term quantum computer accounting connectivity native gate alphabet major challenge received significant attention industry academia avoiding exponential overhead classical simulation quantum dynamic allow compilation larger algorithm strategy evaluate algorithm cost quantum computer end propose variational hybrid quantum classical algorithm called quantum assisted quantum compiling qaqc qaqc use overlap target unitary trainable unitary cost function evaluated quantum computer precisely ensure qaqc scale well problem size cost involves global overlap also local overlap respect individual qubits introduce novel short depth quantum circuit quantify term cost function prove cost cannot efficiently approximated classical algorithm reasonable complexity assumption present gradient free gradient based approach minimizing cost demonstration qaqc compile various one qubit gate ibms rigettis quantum computer respective native gate alphabet furthermore successfully simulate qaqc problem size qubits simulation highlight scalability cost function well noise resilience qaqc future application qaqc include algorithm depth compression black box compiling noise mitigation benchmarking
13
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robust fast post processing single shot spin qubit detecting result neural network build humbled error fast detection method qubit readout crucial efficient quantum error correction test neuronic network classify collection individual shot spin spotting event readout signal qubit mensuration readout signal contains stochastic acme bayesian inference filter including gaussian noise theoretically optimal hence benchmark neural electronic network trained various scheme versus latter algorithmic program training network experimentally recorded exclusive shot readout tracing better post processing performance network trained synthetically generated measurement trace performs similar term detection error post processing fastness compared bayesian inference filter neural network turn robust fluctuation signal kickoff length delay comfortably signal disturbance ratio notably regain increase visibility rabi oscillation employ network trained synthetic readout trace combined measured signal noise setup contribution thus represents example good role software hardware implementation neural network may play scalable spin qubit processor architecture
13
1,289,634
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robust causal inference covariate shift via worst grammatical case subpopulation treatment effect propose worst case discussion effect wte across subpopulation given size conservative notion topline treatment effect compared average treatment effect ate whose robustness relies covariate distribution roll data wte robust unforeseen covariate work shift positive finding guarantee uniformly valid treatment effect subpopulation get semiparametrically effective reckoner wte leveraging machine learning based estimation heterogenous treatment effect propensity score virtue satisfying key neyman orthogonal opposition property estimator enjoy central bound behavior oracle rate true nuisance parameter yet estimate pain parameter converge slower rate randomized trial observational study establish semiparametric efficiency bound proving estimator achieves optimal asymptotic variance real datasets robustness covariate shift meat concern illustrate non validity ate even mild distributional shift demonstrate wte guard brittle finding invalidated unanticipated covariate chemise
18
1,633,939
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infrared facet three gluon apex present fresh lattice outcome form factor quenched gluon vertex quantum chromodynamics ii special kinematic configuration depend undivided impulse calibrate table consider three design factor deuce associated classic tensor social organization unrivalled without tree level counterpart exhibiting markedly different infrared demeanour specifically erstwhile display distinctive crushing compulsive damaging logarithmic uniqueness root latter saturates belittled negative constant exceptional feature examine within schwinger dyson framework aid special comparative hold slavnov deems taylor identity theory emerging impression underlie active thoroughly corroborated latticework answer qualitatively well quantitatively
19
478,769
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latticework quantum chromodynamics computing collins soper centre attention quasi tmdpdfs work present lattice quantum chromodynamics qcd reckoning nonperturbative collins soper center trace celerity evolution quark cheese transverse momentum subordinate parton distribution subprogram meat extract transverse momentum scale leaf range mev gev computation dynamic fermion quark cheese cheese mass correspond larger physical pi meson mass mev different approach extract collins soper kernel underlie wicket quantum chromodynamics matrix element yield significantly different result dubiousness estimation revealing power correction affiliate high twist gist perturbative matching quasi swooning retinal cone beam function cannot neglect
19
440,556
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masked conditional neural network automatic audio effect recognition deep neural network architecture designed application domain sound especially picture recognition may optimally harness prison term frequency agency adapt legal realization problem work explore conditional neural electronic network clnn masked conditional neural network mclnn multi dimensional temporal signal recognition clnn considers inter skeleton relationship mclnn enforces systematic spareness network tie enable learning frequency band rather bin allowing meshwork frequency shift constant mime filterbank mask also allows considering various compounding feature concurrently unremarkably handcrafted exhaustive manual search applied mclnn environmental sound recognition problem use esc esc datasets mclnn achieved competitive execution using parameter without augmentation compared state artistic production convolutional neural network
3
157,650
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theory current induced angular momentum transfer dynamic spin orbit coupled system motivated importance understanding competing mechanism current induced spin orbit torque complex magnet develop unified theory current induced spin orbital coupled dynamic theory describes angular momentum transfer different degree freedom solid eg electron orbital spin crystal lattice magnetic order parameter based continuity equation spin orbital angular momentum derive equation motion relate spin orbital current flux torque describing transfer angular momentum different degree freedom propose classification scheme mechanism current induced torque magnetic bilayers based first principle implementation apply formalism two different magnetic bilayers niw chosen orbital spin hall effect opposite sign resulting spin orbital mediated torque compete find spin torque arising spin hall effect dominant mechanism current induced torque dominant mechanism niw orbital torque originating orbital hall effect lead negative positive effective spin hall angle respectively directly identified experiment clearly demonstrates formalism ideal studying angular momentum transfer dynamic spin orbit coupled system go beyond spin current picture naturally incorporating spin orbital degree freedom equal footing calculation reveal addition spin orbital torque contribution interfacial torque self induced anomalous torque within ferromagnet negligible material system
4
1,448,519
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linear convergence rate distributed block proximal method recently developed distributed block proximal method solving stochastic big data convex optimization problem studied paper assumption constant stepsizes strongly convex possibly non smooth local objective function class problem arises many learning classification problem example strongly convex regularizing function included objective function decision variable extremely high dimensional large datasets employed algorithm produce local estimate mean block wise update communication among agent expected distance global optimum term cost value shown decay linearly constant value proportional selected local stepsizes numerical example involving classification problem corroborates theoretical result
1
584,055
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revisiting askey woodrow wilson algebra cosmopolitan matrix description embedding universal askey wilson algebra aw given term oecumenical matrix source centralizer three fold product nature expressed conjugation casimir constituent discover image generator aw embedding map showing obey aw relation achieved introducing raw coaction besides constructed help matrix
8
621,608
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local bifurcation structure bouncing orb system piecewise polynomial function tabular array deracination system small strict nut bouncing repeatedly monolithic table vibrating vertically called bouncing ball system wide studied assumption table vibrating piecewise polynomial use metre bifurcation diagram alteration qualitatively depending order polynomial mathematical function elucidate mechanism difference bifurcation diagram focusing two full point result addition derive approximate breaking ball branch close period doubling bifurcation power point case piecewise three dimensional function clock time table vibration also performed mathematical calculation demonstrate approximation advantageously reproduce numeric result
12
730,045
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topological parafermion corner state clock symmetric non hermitian second order topological insulator parafermions natural generalization majorana fermion consider breathing kagome lattice complex hoppings imposing clock symmetry complex energy plane non hermitian generalization second order topological insulator characterized emergence topological corner state demonstrate topological corner state parafermions present clock symmetric model also shown model realized electric circuit properly designed parafermion corner state observed impedance resonance also construct parafermions breathing square honeycomb lattice respectively
4
1,433,719
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sparse sachdev ye kitaev model quantum chaos gravity duals study sparse sachdev ye kitaev syk model genus majorana independent matrix element non zero identify minimum quantum chaos occur level statistic analytic thinking spectral denseness neighborhood larger still given schwarzian prediction dense syk model though renormalized parameter similar event obtained beyond linear scaling telephone number non zero matrix factor strong indicant minimum connectivity sparse syk model still quantum gravity dual also find challenging exact relation leading correction second spectral concentration ascribable sparsity leading correction parisis grille bore theory dimensional hypercube limit different disorder realization sparse syk fashion model show emergent random matrix statistic mend universality class ten fold way agreement random matrix statistic restrain short range correlational statistic grade spacing particular tail spectrum addition emergent discrete ball shaped symmetry disorder realization slightly single give upgrade fold degenerate spectrum positive integer observe large number emergent global symmetry maximum fold degenerate spectrum
9
1,709,946
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big barn upper bound dark matter nucleus hybrid section vital probe dark matter occur test elastic scattering nucleus outcome typically assumed model independent meaning form potential need specified cross section dissimilar atomic aim plainly related cross section nucleon point alike spin independent strewing assumed scale relation come coherence kinematics calculate example independence end ie cross department becomes large violates defining assumption show assumed scaling relation generically fail night matter nucleus cross plane section significantly geometric size nucleus well within authority probed underground demodulator final show theoretic ground dismount limit light mediator point like dark matter cannot many claimed constraint originate cosmology astrophysics viable way large hybridization section composite dark matter introduces significant additional model dependence choice form cistron prior boundary dark matter crossing section must therefore measure reinterpreted
14
982,270
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heavy deviation push transfer nonequilibrium cft asymptotics non local riemann hilbert problem wide class dimensional one conformal theatre operation theory allows explicit construction nonequilibrium profile state department interpolating smoothly different equilibrium left right late show generating function full counting statistic department energy transfer state matter may carry term resolution non local riemann david hilbert trouble following earlier work statistic push transfer particular one bernard doyon zone protocol conformal field theory full counting statistic energy transfer visibility state theorize satisfy gravid deviation principle limit long transfer meter present newspaper establishes rigorously conjecture carrying long time asymptotic analysis underlying non local riemann david hilbert job
12
750,672
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non perturbative exam duality cascade three dimensional supersymmetric gauge theory suppose duality cascade occurs supersymmetric yang mill chern simon theory gauge group pair two bi fundamental hypermultiplets brane picture suggests wave particle duality cascade popularize class supersymmetric quiver gauge hypothesis coming called hanany witten type brane shape paper perform non perturbative trial duality shower using supersymmetry fix focus partitioning function prove prediction duality cascade also discus result applied generate novel wave particle duality general theory include le supersymmetric theory hypothesis without brane grammatical construction
9
1,739,964
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circumscribed cognitive ability dominance hierarchy propose novel modelling explain chemical mechanism behind dominance power structure structure guided predetermined social convention individual limited cognitive power optimize scheme war hawk dove game find several commonly ascertained hierarchal construction nature running hierarchy despotism emerge total fitness maximizing social social structure given unlike layer cognitive ability
18
1,716,813
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comment kinetic theory model granular mixture unequal granular temperature hydrodynamic velocity phys fluid comment paper solsvik manger kinetic theory model granular mixture unequal granular temperature hydrodynamic velocity phys fluid textbf
4
1,387,937
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extended time dependent ginzburg landau theory formulate gauge invariant lorentz covariant ginzburg landau theory describes nonstationary regime relaxation superconducting system accompanied eigen oscillation internal degree freedom higgs mode goldstone mode also forced oscillation action external gauge field theory describes lorentz covariant electrodynamics superconductors anderson higgs mechanism occurs time dynamic conduction electron remains non relativistic demonstrated goldstone oscillation cannot accompanied oscillation charge density generate transverse field addition consider goldstone mode feature anderson higgs mechanism two band superconductors study dissipative process caused movement normal component electron liquid violate lorentz covariance example damped oscillation order parameter skin effect electromagnetic wave experimental consequence extended time dependent ginzburg landau theory regarding penetration electromagnetic field superconductor proposed
4
1,522,473
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gravitational lensing model nonlinear electrodynamics case electrically magnetically charged compact object paper aim investigate astrophysical pertinency electrically magnetically tear black hole root prevail model nonlinear electrodynamics proposed kruglov ann phys berlin theoretic deliberation twist angle gravitational red shift theory general relativity studied numerically using prima data charged summary object hypothetical quark star model calculation revealed although theoretical outcome differ linear maxwell case plotted bending slant coincide linear showcase turn hard identify effect nonlinearity nevertheless calculation redshift shown increase electric orbit lead decrease gravitational redshiftthe presence potent magnetized field contributes gravitational redshift increase manner
11
260,956
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unload optimization edge computing deep learning enabled target tracking internet uavs empowering unmanned aerial vehicle uavs extensively used providing intelligence prey tracking champaign experiment pre trained convolutional nervous mesh cnn deployed uav identify target fomite beguile video bod enable uav hold track however kind visual target pas demand lot computational resource due desired high inference accuracy stringent delay requirement motivates consider offloading type deep learning dl project mobile bound cypher mec server due define computational resource free energy budget uav improve inference accuracy specifically propose novel hierarchical dl task distribution framework uav imbed lower layer pre trained cnn model mec server rich computing resource handle high layer cnn good example optimization problem formulated minimize weighted sum cost admit tracking delay energy consumption insert communication cipher uavs taking account quality data eg video frame input dl model inference error analytical result receive insight provided understand tradeoff weighted sum monetary value inference error pace proposed framework numerical resultant demonstrate effectiveness proposed offloading framework
3
137,960
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yield dynamic event embodiment multiplicity rapidity dependence protonproton collision lhc energy using pythia mellow multiplicity pp collision large hadron collider lhc vim created special importance view underlying event ue observables late result lhc recollective range angular correlation flow similar pattern strangeness enhancement etc high multiplicity event yet completely understood direction understanding multiplicity dependence production highly necessary transverse spherocity event shape variable avail investigate particle production isolating hard soft component present work investigate multiplicity dependance production mid speediness forward rapidity transverse spherocity analysis tried understand role jet separate isotropous jetty issue minimum bias collision analyzed production mid rapidity ahead rapidity via dielectron dimuon channel severally using tuned pythia event author analysis performed two different center mass energy tev see energy dependency jet contribution multiplicity dependence work production moreover studied product dynamic dependence thermodynamic parametric quantity issue multiplicity transverse spherocity
16
839,289
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gibbs sampling people core trouble cognitive science machine learning understand human derive semantic representation perceptual objective color apple pleasantness musical chord seriousness boldness markov chain monte carlo people mcmcp prominent method studying representation participant presented binary option trial constructed decision follow markov chain monte carlo acceptance rule still mcmcp impregnable asymptotic property binary option paradigm generates relatively short information per trial local proposal function make slow explore parameter space find mode distribution therefore generalize mcmcp uninterrupted sampling paradigm looping player u slider continuously manipulate single stimulus dimension optimize given touchstone sweetness formulate method usefulness theory perspective show new method interpreted gibbs sampling people gsp introduce accumulation parameter transition step show parameter manipulated flexibly shift gibbs sampling deterministic optimization initial study appearance gsp clearly outperforming mcmcp show gsp provides novel interpretable result tercet domain namely musical chord vocal emotion face validate result large scale perceptual rating experiment final experiment consumption gsp navigate latent space state art mental image synthesis net stylegan promising approach applying gsp high dimensional perceptual space conclude discussing future cognitive coating ethical implication
5
1,046,303
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sensing arbitrage chance multi plus derivative food market interested existence tantamount martingale measure detection arbitrage chance market various multi asset differential coefficient traded simultaneously specifically consider financial market multiple switch plus whose marginal risk indifferent distribution known assume several derivative written asset traded simultaneously setting bijection beingness tantamount martingale measure existence copula dyad marginals using bijection recent consequence improved frechet hoeffding bound presence additional information derive sufficient condition absence seizure arbitrage formulate optimization problem detection possible arbitrage opportunity problem work efficiently using numerical optimisation routine interesting practical effect follow construct financial market multi asset derivative instrument traded within arbitrage interval yet considered together arbitrage opportunity may turn
15
1,199,691
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machine learning approach mapping baryon onto dark matter halo using eagle eagle simulation high resolution cosmological hydrodynamic simulation currently limited relatively small volume due computational expense however much larger volume required probe rare overdense environment measure clustering statistic large scale structure typically zoom simulation individual region used study rare environment semi analytic model halo occupation model applied dark matter dmo simulation used study universe large volume regime propose new approach using machine learning framework explore halo galaxy relationship periodic eagle simulation zoom eagle simulation galaxy cluster train tree based machine learning method predict baryonic property galaxy based host dark matter halo property trained model successfully reproduces number key distribution function infinitesimal fraction computational cost full hydrodynamic simulation training periodic simulation well zoom overdense environment learn bias galaxy evolution differing environment allows u apply trained model larger dmo volume would possible trained periodic simulation demonstrate application using millennium simulation present prediction key baryonic distribution function clustering statistic eagle model large volume
10
1,312,818
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quantum enhanced analysis discrete stochastic process discrete stochastic process dsp instrumental modelling dynamic probabilistic system wide spectrum application science engineering dsps usually analyzed via monte carlo method since number realization increase exponentially number time step importance sampling often required reduce variance propose quantum algorithm calculating characteristic function dsp completely defines probability distribution using number quantum circuit element grows linearly number time step quantum algorithm take stochastic trajectory account hence eliminates need importance sampling algorithm furnished quantum amplitude estimation algorithm provide quadratic speed sampling strategy improve variance beyond classical capability quantum method combined fourier approximation estimate expectation value integrable function random variable application finance correlated random walk presented exemplify usefulness result proof principle experiment performed using ibm quantum cloud platform
13
1,266,153
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lscp enhanced large scale colloquial persian language understanding language recognition significantly advanced recent year mean modern machine learning method deep learning benchmark rich annotation however research still limited low resource formal language consists significant gap describing colloquial language especially low resourced one persian order target gap low resource language propose large scale colloquial persian dataset lscp lscp hierarchically organized semantic taxonomy focus multi task informal persian language understanding comprehensive problem encompasses recognition multiple semantic aspect human level sentence naturally capture real world sentence believe investigation processing well application novel algorithm method strengthen enriching computerized understanding processing low resource language proposed corpus consists sentence resulted tweet annotated parsing tree part speech tag sentiment polarity translation five different language
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sensor augmented neural adaptive bitrate video streaming uavs recent advance unmanned aerial vehicle uav technology revolutionized broad class civil military application however design wireless technology enable real time streaming high definition video uavs ground client present conundrum existing adaptive bitrate abr algorithm optimized air ground link usually fluctuate dramatically due dynamic flight state uav paper present sa abr new sensor augmented system generates abr video streaming algorithm assistance various kind inherent sensor data used pilot uavs incorporating inherent sensor data network observation sa abr train deep reinforcement learning drl model extract salient feature flight state information automatically learn abr algorithm adapt varying uav channel capacity training process sa abr rely assumption model uavs flight state environment instead make decision exploiting temporal property past throughput long short term memory lstm adapt wide range highly dynamic environment implemented sa abr commercial uav evaluated wild compare sa abr variety existing state art abr algorithm result show system outperforms best known existing abr algorithm term average quality experience qoe reward
0
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