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stochastic quasi adiabatic electron heating quasi parallel shock using magnetospheric multiscale mm observation earth quasi parallel bow shock demonstrate electron heated two different mechanism quasi adiabatic heating process magnetic field compression characterized isotropic temperature relation electron heating function process controlled value stochastic heating function particle mass charge electric magnetic field test particle simulation used show stochastic electron heating acceleration studied shock accomplished wave frequency electron gyrofrequency bulk heating wave acceleration tail distribution function stochastic heating give rise flat top electron distribution function frequently observed near shock also shown obliquely polarized electric field electron cyclotron drift ecd ion acoustic instability scatter electron parallel direction keep isotropy electron distribution result reported paper may relevant electron heating acceleration interplanetary shock astrophysical shock
10
1,328,568
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data dependent coresets compressing neural network application generalization bound present efficient coresets based neural network compression algorithm sparsifies parameter trained fully connected neural network manner provably approximates network output approach based importance sampling scheme judiciously defines sampling distribution neural network parameter result retains parameter high importance discarding redundant one leverage novel empirical notion sensitivity extend traditional coreset construction application compressing parameter theoretical analysis establishes guarantee size accuracy resulting compressed network give rise generalization bound may provide new insight generalization property neural network demonstrate practical effectiveness algorithm variety neural network configuration real world data set
6
1,391,341
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room temperature superconductivity dome fano resonance superlattices wire late room temperature superconductivity tc degree celsius discovered pressurized complex ternary hydride cshx carbon doped alloy nanoscale structure particular realization patent claim superlattice quantum wire room temperature superconductors maximum tc occurs top superconducting dome focus electronic structure textile showing nanoscale heterostructures atomic limit make superlattice quantum wire hole doped cuprate perovskites organic intermetallics pressurized hydride provide perspective theory elbow room temperature multigap superconductivity heterogeneous textile tuned fano feshbach ringing called also shape resonance superconducting gap focusing maximum tc occurs pressure tune chemical pressure near topological lifshitz transition superconductivity dome tc versus pressure drive electron phonon coupling contact exchange interaction show tc amplification room temperature repel fano feshbach plangency superconducting gap anti adiabatic regime gap adiabatic regime event tc amplification via contact exchange interaction escape term conventional multiband bcs anisotropic migdal eliashberg hypothesis including cooper pairing
13
1,282,656
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generation ultra low top executive phononic comb demonstrate excitation phononic relative frequency comb bulk acoustical wave organisation temperature mk using single tone low power sign source abide ultra low power threshold due combination high lineament factor relatively strong nonlinear force observed repeat rate comb varies hz span ten heinrich hertz demonstrated system fully excited via piezoelectricity demand style spectrum engineering external optical microwave signal shown comb profile significantly depends geometry excitement catching electrode observed strong duffing nonlinearity generation threshold suggests system phononic parallel kerr frequency comb excite monolithic visual microresonators ultra low great power regime open way integrating phononic system quantum hybrid system rule impurity defect superconducting qubits
13
1,215,889
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machine learning estimator lattice quantum chromodynamics observables novel technique using car learning milliliter reduce computational cost evaluating lattice quantum chromodynamics qcd observables stage mil trained subset background gauge field configuration called labeled set predict observable value correlate le compute intensive observables direct liberal sample using subset also part label set estimate prejudice result predicted trained ml algorithmic pattern step computational cost demonstrate two different fretwork quantum chromodynamics deliberation using boost decision tree regression milliliter algorithm prediction nucleon three spot correlation mathematical function take isovector charge breaker point coefficient correlativity map expectancy phase take neutron mass small accusation st mary bethlehem cp violating fundamental interaction quark cheese chromoelectric dipole moment interaction added qcd deuce stage correlation function calculate without cp violation
19
495,554
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evaluation pion nucleon sigma condition dyson schwinger equation approach qcd calculate variation chiral condensation medium regard quark chemical potential evaluate pi meson nucleon sigma term via hellmann feynman theorem variation chiral condensate medium obtained solve truncated dyson schwinger equation quark propagator finite chemical potential different model quark cheese gluon vertex gluon propagator hold economic value sigma term mev first exemplify systematic fault due dissimilar model quark cheese gluon vertex gluon propagator nd represents statistical error linear meet procedure
14
909,371
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detection chaotic behavior time series deterministic chaos phenomenon nonlinear dynamic belongs greatest advance twentieth century science chaotic behavior appears apart mathematical equation also wide range observable nature originating time series chaos time series resembles stochastic behavior apart randomness totally deterministic therefore chaotic data provide u useful information therefore essential method able detect chaos time series moreover distinguish chaotic data stochastic one present discus performance standard machine learning method chaos detection implementation two well known simple chaotic discrete dynamical system logistic map tent map fit definition chaos
2
1,521,999
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dynamic channel choice wireless communication via multi armed bandit algorithmic program using laser chaos time series dynamic channel selection among important wireless communication element dynamically change electromagnetic surround wherein user experience improved communication quality choosing better channel multi armed bandit mab algorithm promising overture difficult tradeoff geographic expedition search better epithelial duct exploitation experience enhanced communication quality resolve ultrafast solution mab problem prove utilise chaotically oscillating sentence series generated semiconductor optical maser study experiment demonstrate mab algorithm incorporating laser chaos time series wireless local area network wlan autonomous adaptative dynamic channel selection successfully demonstrated ieeea found quaternary transmission channel wlan although laser chaos clip series arranged anterior wlan experiment result confirm utility ultrafast chaotic sequence real wireless application addition numerically examine underlining adaptation chemical mechanism significantly simplified mab algorithm implemented present study compared previously reported chaos based conclusion maker study provides first step toward application ultrafast chaotic laser next high functioning wireless communication network
12
796,921
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geometrizing deformation formulated dynamical change coordinate establish generalize relation curved space coupling undeformed possibility gravitation curved place dynamical change co ordinate supplemented dynamic weyl transmutation also sharpen holographical correspondence cutoff advertisement multiple agency first show action annular realm shortcut earth surface boundary advertisement given precisely operator integrated either cutoff airfoil asymptotic boundary derive dynamical coordinate weyl transformation directly bulk finally multiply flow equation bend stress tensor cutoff geometry
9
1,744,450
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symmetricalness mass matrix augur spin charge family hypothesis remains loop correction tailspin charge family theory predicts existence fourth family observed three mass matrix determined nonzero vacuum cleaner expectation time value two triplet scalar gauge field two group determining phratry quantum number contribution dynamic study scalar triplet three scalar singlet family unit member quantum number plain symmetry scalar carry weak hyper bearing standard model higgs arena respectively show using massless spinor base balance hoi polloi matrix remain loop correction discussed condition symmetry keep correction fudge factor induced repetition nonzero vacuum expectation value included
7
1,784,251
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cognitive content driven resource allocation strategy video transmission vehicular network grow computer vision practical application lot video transmitted content psychoanalysis way allocate resource affect performance video content analysis purpose traditional resource allocation outline video transmission vehicular meshing qualityof service qos based quality experience qoe based scheme longer optimum longer newspaper propose efficient subject matter drive resource allocation outline vehicle equipped camera bandwidth constraint rule order improve video content analytic thinking carrying action proposed resource allocation schema free base maximise quality content qoc related content analysis public presentation qoc base assessment model first proposed resource allocation problem commute solvable convex optimization problem end simulation result show better public presentation proposed scheme existing scheme like qoe ground schema
3
152,408
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elliptic flow hadron adequate speed quark combination mechanism relativistic heavy ion collision apply quark compounding model adequate velocity combination evc approximation study elliptic flow hadron heavy ion hit blanket collision doe range gev utilizing simple relationship hadron quark cheese evc find updown quark prevail experimental data proton consistent get datum strange quark cheese obtained datum consistent get data rhic energy also consistent obtained data mean hadron common quark degree source utilise data obtain good luck charm quark gevc get evc charm quark cheese dominates meson low light flavour quark significantly contribute meson mountain range gevc predict charmed baryon show significant enhancement intermediate due double contribution light flavor quark prop obtained quark evc studied regularity quark function found
14
964,174
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periodic attractor distinct time best response dynamic rock paper scissors plot rock newspaper pair scissors rps biz classical non cooperative game widely canvas terminal figure theoretical depth psychology substantially application ranging sociology biology economics many data based result rps game indicate secret plan better modelled discretized best reception dynamic rather continuous sentence dynamic work appearance attractor distinct time best reply dynamical rps game finite periodic moreover also describe bifurcation attractor determine precise number period locating periodic strategy
18
1,600,931
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toward witnessing molecular exciton entanglement spectroscopy entanglement defining feature quantum mechanic resource engineered instinctive system measuring entanglement experiment remains elusive especially large chemical system practical approach require determining measuring desirable entanglement witness provides flat info entanglement social system probed state fundamental quantity quantum metrology quantum fisher data qfi rigorous witness multipartite web evaluated linear response function certain state work explore measuring qfi molecular exciton state first innervation subspace spectrometry particular utilize fact linear response pure department state subject weak electric field possible driving frequency encodes variance corporate dipole moment probed state valid measure qfi system investigated include molecular dimer internet site linear aggregate nearest neighbor coupling situation circular aggregate modeled collection interacting qubits theoretic analysis show variableness collective dipole moment brightest dipole allow eigenstate maximum qfi optical response thermally equilibrated state st excitement subspace also valid qfi theoretical anticipation measured qfi realistic linear dye aggregate function temperature energetic disorder due stable version host matrix show partite entanglement realizable work lay groundwork inspires measurement multipartite entanglement molecular excitons ultrafast pump probe experiment
13
1,295,767
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expando mono duo design pattern text ranking pretrained sequence sequence model propose design pattern tackling text ranking problem dubbed expando mono duo empirically validated number ad hoc retrieval task different domain core design relies pretrained sequence sequence model within standard multi stage ranking architecture expando refers use document expansion technique enrich keyword representation text prior inverted indexing mono duo refer component reranking pipeline based pointwise model pairwise model rerank initial candidate retrieved using keyword search present experimental result m marco passage document ranking task trec deep learning track trec covid challenge validate design task achieve effectiveness near state art case using zero shot approach exploit training data target task support replicability implementation design pattern open sourced pyserini ir toolkit pygaggle neural reranking library
0
88,480
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full point localize photon state aim paper critically examine claim possible conception point localized state vector photon supply brief proof impossibleness find author making claim habit non criterion scalar mathematical product equal quantum mechanically skillful one alternate scalar ware found relative dirac delta function position state transmitter use remain element cogent evidence namely satisfying three newton wigner criterion lacking
13
1,294,085
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model growth morphology fungal mycelium present minimum driven lattice gas model generates structural characteristic associated single colony mycelium arising growth branching process fungal hypha fed single source nutrient first analyze growth transport process primary hypha modeled growing lattice subject particle vesicle loss due presence dynamically created branching web site show spacial visibility vesicle along growing lattice exponential distribution length grows logarithmically fourth dimension besides find probability distribution distance hypha tends gaussian distribution function belated time direct contrast probability distribution role time required growth specific length tends broad log normal distribution simulate resultant geomorphology generated rise basal hypha quantifying motility behavior morphological characteristic colony analysis temporal behavior morphological characteristic vector sum morphology reveals encompassing variability characteristic depend stimulation parameter characterize furcate elongation dynamic hypha calibrating input parametric quantity model make quantitative comparison prediction good example observed experimental growth characteristic fungal hypha morphological characteristic single settlement fungal mycelium
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1,008,859
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bimodality scaling recurrence network cardiogram data point human heart complex system rule studied using electrical activity memorialize electrocardiogram ecg variation anomaly ecg indicate abnormality cardiac dynamic piece work present elaborated analysis ecg data utilise model recurrence network rn show measure recurrence network constructed ecg data pose quantify complexness variability underlying data study show beginning time rn ecg show unequalled lineament bimodality degree statistical distribution relate complex dynamical underlying cardiac system complex body part two spatial scale also show relevant information extracted scaling meter recurrence threshold thus observe two scaling region data link tightness electrocardiogram data compared scaling rn standard chaotic hyperchaotic system rule noise bimodality descale plebeian feature registered nurse type ecg data find disease specific variant measure
12
796,088
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total variation bayesian learning via synthesis paper present thin bayesian learning algorithm opposite problem signal image processing entire mutation tv sparsity prior prior used fact prior parameter estimated directly data sparse bayesian encyclopedism much produce accurate result typical maximum posteriori bayesian estimate sparse signal recuperation also provides full ulterior statistical distribution however sparse bayesian learning available problem direct thinness prior formed via synthesis composition demonstrates problem tv sparsity prior devise synthesis approach develop method combine synthesis based tv sparse bayesian learning algorithm provide numerical example march new technique effectively use
3
142,864
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yb delafossites unique exchange frustration spin moment perfect triangular lattice heisenberg model magnetic mott insulator planar lattice structure comparatively well understood case transition metal ion intrinsic spin orbit entanglement magnetic ion lattice show fascinating new physic largely due corresponding strong anisotropy single ion exchange property show yb delafossites containing perfect magnetic yb triangular lattice plane pseudospin low temperature ideal platform study new phenomenon competing frustrated interaction may lead absence magnetic order associated gapless spin liquid ground state huge linear specific heat exceeding many heavy fermion whereas application magnetic field induces anisotropic magnetic order successive transition different long ranged ordered structure comparative study discus experimental finding term unified crystal field exchange model combine electron paramagnetic resonance epr experiment result neutron scattering measurement magnetic susceptibility isothermal magnetization full polarization specific heat determine relevant model parameter impact crystal field discussed well symmetry compatible form exchange tensor give explicit expression anisotropic factor temperature dependence susceptibility exchange narrowed epr linewidth saturation field
4
1,303,594
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application analytic function ball shaped solvabilty cauchy trouble equation syrupy incompressible liquid interrelation analytic procedure real valued function formulated employment shown interrelatedness realizes nonlinear mental representation real valued function allows develop newfangled method acting estimate method estimation approve solving cauchy job equation viscous incompressible liquid
8
692,543
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super heavy particle production high energy heavy ion collision estimate based parton model made rate production super heavy particle shp subthreshold collision heavy ion lhc one month run lead lead collision yield tev particle order per year
7
1,551,114
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energising monte carlo hydrodynamic model droplet dynamic open including evaporation condensation present lattice accelerator generalised ising model liquid droplet solid surface time phylogenesis model involves two process single particle move determined kinetic four card monte carlo algorithmic program incorporate model particle diffusion surface within droplet also evaporation condensation internet explorer exchange particle droplet surrounding vapour great scale corporate move modelling advective hydrodynamic fluid apparent movement determine considering active predicted lean film equation model enables relate macroscopic quantity contact angle surface latent hostility look microscopic fundamental interaction parametric quantity particle firm open present result droplet joining spreading sliding gravitation dewetting issue evaporation interplay diffusive advective dynamic demeanor depends temperature parameter
12
742,691
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cosmogonic perpetual massive graviton case study general relativity exceptionalism particle physic egalitarianism renaissance general relativity find considerable progress regarding understanding justifying einstein equation world wide relativists historian subject tend share view general relativity exceptionalism renaissance progress understanding justifying einstein equation owe something particle physic egalitarianism historiography gravitation genius equation reflect fact idea graviton mass th newtonian pre history neumann seeligers long distance modification gravity especially neumann adapted poissons equation give likely percentage point mass improving convergence homogeneous matter einstein reinvent melodic theme bring faulty doctrine analogy confusion first critiqued heckmann without effect trautman dewitt treder rindler freund et al especially recently schucking misguide north jammer pais kerszberg einstein paper kragh error difficult catch one aversion perturbative thinking difficult make one think along line particle physic graviton wad confusion distorted interpretation einstein theory also obscured potentially serious mote physic motivated rivalry massless monolithic spin could one entertain massive tailspin gravity thought already analogous neumann seeliger scalar theory historiography like physic best wait overcoming divide two scene gravitation
9
1,789,045
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qcd event lepton angulate distribution drell yan yield green discrimination present comparison data stop lepton angulate distribution drell yan production fix fiat pqcd calculation baseline pqcd effect instance production predict addition single gluon jet event different addition unmarried quark cat valium result admit new experimental pecker checking various algorithm attempt discriminate quark cheese spurt gluon fountain plane using intuitive geometrical approach show infringement lam aleurites fordii intercourse appear big transverse momentum area attributed mien non coplanarity effect interpretation consistent appearance ravishment beyond lo quantum chromodynamics effect
16
846,796
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stochastic engine transmittable disease exponentially growing population purpose paper analyze interplay deterministic stochastic model epidemic disease deterministic model epidemic disease prone predict global stability natural birth death rate assumed small comparison disease parameter like contact rate recovery rate globally stable endemic equilibrium corresponds tiny proportion infected individual asymptotic equilibrium level corresponding low number individual invalidate deterministic result diffusion effect force frequency function stochastic model posse similar stability property deterministic model particular simulation stochastic model however oscillatory predict oscillatory pattern smaller isolated population show longer period violent oscillation larger probability extinction prove evolution maximizes infectiousness disease measured ability increase proportion infected individual hold provided stochastic oscillation moderate enough remain vicinity deterministic equilibrium close paper discussion herd immunity concept stress close relation vaccination campaign
5
1,086,907
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stabilizing optimal density control nonlinear agent multiplicative noise control continuous time dynamic multiplicative noise classic topic stochastic optimal control work address problem designing infinite horizon optimal control stability guarantee textita single agent large population system identical non cooperative non networked agent multi dimensional nonlinear stochastic dynamic excited multiplicative noise agent dynamic belonging class reversible diffusion process provide constraint state control cost function guarantee stability closed loop system action individual optimal control condition relating state dependent control cost volatility introduced prove stability equilibrium density condition special case constraint required use path integral feynman kac formula computing control investigate connection stabilizing optimal control path integral formalism leading u control law formulation expressed exclusively term desired equilibrium density
1
532,826
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make traversable wormhole eternal ad wormhole coupled cfts construct eternal traversable wormhole connecting two asymptotically region wormhole dual ground state system two identical holographic cfts coupled via single low dimension operator coupling two cfts lead negative null energy bulk support static traversable wormhole ground state simple hamiltonian may possible make wormhole lab quantum computer
9
1,563,237
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effect turbulence drifting snow sublimation sublimation drifting snow significant balance mass energy polar ice sheet complex physical process intercoupling ice crystal wind field temperature moisture three dimensional drifting snow sublimation model turbulent boundary layer proposed contrast previous model take account turbulent diffusion moisture lower higher elevation allowing air humidity near surface undersaturated thus sublimation occur simulation model find snow sublimation saltation layer near surface dominates overall snow sublimation despite marginal departure humidity saturation large particle concentration
2
1,512,996
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new result classical quantum counter golem demo one way quantum one counter robot zero erroneous belief potent probabilistic counterpart hope problem get similar separation result atomic number vega one way probabilistic unmatchable counter automaton one path deterministic parry zombie also obtain new termination classical counter robot regarding language recognition conjectured one way probabilistic one blind counter automaton cannot tell apart kleene closure equivalence language yakaryilmaz superiority one way realtime quantum machine rairo theor inf applic display conjecture false also show various separation result blindnon blind counter zombie
13
1,268,753
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new parton fragmentation procedure heavy hadron production proton proton collision propose new procedure parton hadron fragmentation proton proton collision hadronization considered parton parton center mass system hadron assumed emitted direction outgoing partons frame four momentum transformed overall center mass system using relevant lorentz transformation appropriate distribution constructed heavy hadron production energy momentum condition imposed many case procedure disagrees commonly used rule rapidity produced hadron rapidity parent parton illustrate newly proposed scheme production meson baryon quarkonium leading order approach parton production transverse momentum rapidity feynman distribution shown consider well hadronization process resulting rapidity distribution much narrower obtained traditional approach parton hadron rapidity equivalence consequence mid forward rapidity could consequence high energy neutrino production earth atmosphere discus also fragmentation find second mechanism could partly responsible enhanced production observed recently alice collaboration
7
1,588,269
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estimation economical passing due milk fever efficiency profit prevented evidence haryana india atomic number california requirement increase tenfold upon parturition dairy cow bison bison deficiency lead condition called milk fever mf estimation loss necessary understand depth trouble design prophylactic measure much economic loss referable mf efficiency gain mf prevented advent technology answer enquiry using survey data official statistic engage economic surplus model mf relative incidence sample buffalo moo cow respectively total economical loss calculated sum total personnel casualty milk output mortality rate animal treatment toll annual economic loss due mf estimated bureau intelligence research crore billion potential amplification foreclose around time economic loss written report birdcall use preventive technology mf
18
1,615,700
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measurement cross surgical incision baryon branching fraction ratio brbr pp collision tev differential cross section prompt spell strange baryon measure midrapidity protonproton pp hit centre great unwashed free energy tev alice detector lhc heavy particle reconstructed via semileptonic decay hadronic decline duct baryon reconstructed via hadronic decay channel branching fraction ratio stat syst measured total uncertainty reduced factor respect current world average reported subatomic particle data group transverse momentum dependence baryon production proportional meson baryon production reported baryon mesotron proportion increase towards low value close measurement liken various exemplar take dissimilar hadronisation mechanism consideration result provide stringent constraint theoretical calculation additional ground different process postulate charm hadronisation electronpositron hadronic collision
17
368,667
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resolving spacetime structure jet plane medium aside strictly soft collinear limit qcd radiation choice phylogenesis scale parton shower algorithm ambiguous various option implement exist four card monte carlo event author proton proton collision however resulting space time evolution could result subtle difference depending particular choice work quantify measurable issue choice evolution variable show implication choice propagates jet quench observables develop parton shower algorithm general evolution variable includes special case virtuality tip transverse momentum formation time study interplay shower chronicle unlike evolution variable phase space affected parton vigour red particular implement effect jet plane quenching dense demarcation line highlight role color coherency effect equate result different ordering variable existing three card monte carlo shower implementation parton level analyzing primary lund plane finally study sensitivity quench jet choice evolution variable confront result sure key observable special mass
14
997,391
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critical exponent self similar collapse explore consistently perturbation self similar result einstein axion dilaton system whose dynamic invariant spacetime dilation combined internal transmutation ego similar root capture tempt behavior vital system verge gravitational collapse arbitrary spacetime dimension method acting rest compounding analytical numerical tool practice tercet conjugacy class transformation allow accurate idea corresponding choptuik exponent well known exponent depend spacetime dimension matter mental object master result also attain unlike time value yet within give conjugacy class distinct type critical solution late name einstein axion dilaton system
8
661,214
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enigmatic galactic center excess spurious point source signal mismodeling galactic center gev excess gce garnered great interest possible signal either dark matter annihilation novel astrophysical phenomenon new population gamma ray emitting pulsar companion paper showed radius region interest roi surrounding galactic center apparent evidence gce point source ps non poissonian template fitting nptf actually artifact unmodeled north south asymmetry gce work develop simplified analytic description signal mismodeling drive apparent preference p population demonstrate behavior pointed companion paper also appears simpler simulated datasets contain p signal explore generality behavior real gamma ray data discus implication past future study using nptf technique drop p preference north south asymmetry included ubiquitous larger roi show overly rigid signal model expected yield spurious p signal appear convincing well apparent significance comparable one would expect true p population signal exhibit stability range variation analysis source count function consistent previous apparent nptf based detection gce p population contrast previously studied form systematic mismodeling unlikely mimic p population way light observation explicit realization region gce brightest argue dominantly smooth origin gce tension existing nptf analysis
10
1,398,731
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old dense core vesicle residing en passant boutons simulation signify age dense core vesicle axonal spindle accounting resident transit cyst population neuron neuropeptides synthesized soma transported along axon dense core cyst dcvs dcvs captured varicosity located along axon terminal called nut passant boutons active terminal site accumulate release neurotransmitter recently developed experimental technique allow estimation age dcvs various location axon terminal accurate simulation average age dcvs boutons requires development model would account resident transiting anterograde transiting retrograde dcv population report model developed model applied simulating dcv transport drosophila type ii motoneuron model simulates dcv transport capture axon terminal make possible predict age density distribution dcvs en passant boutons well dcvs mean age boutons predicted prevalence older organelle distal boutons english hawthorn explain die back pattern axonal degeneration observed dopaminergic neuron parkinson disease predicted divergence two hour age older dcvs residing distal boutons age younger dcvs residing proximal boutons consistent rough estimate age difference deduced experimental observation age denseness resident dcvs obtain bimodal dcvs catch two transit state anterograde transiting state contains immature dcvs retrograde transiting state contains older dcvs
5
1,097,593
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rotating melvin similar universe wormhole general relativity find family precise solution genius maxwell equation rotating cylindrically symmetric distribution perfect fluid equality state describe traversable wormhole geometry contain symmetry axis unlike melvins solution rotation magnetic champaign cannot vacuum require current wormhole solution admit matching flat space neighborhood side throat hence forming cylindrical wormhole configuration potentially seeable remote observer rest flat weakly curved part space thin shell located junction inner wormhole outer flat region consist affair satisfying weak doe stipulation proper choice gratuitous parameter modeling hence receive young example phantom costless wormhole mannequin general relativity terminal point magnetic field incline zero wormhole model tends unity obtained previously source gravity stiff matter equating state
11
287,231
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hydrodynamic magneto transport charge density wave state paper study dynamical property charged system immersed external magnetic field perturbed set scalar operator breaking translation either spontaneously pseudo spontaneously combining hydrodynamic quantum field theory argument provide analytic expression hydrodynamic transport coefficient relevant diffusive regime term thermodynamic quantity dc thermo electric conductivity includes momentum dissipation rate shed light role momentum dissipation rate transition pseudo spontaneous purely explicit regime class system finally clarify several relation hydrodynamic transport coefficient observed holographic literature charge density wave model
9
1,558,376
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unconventional quantum audio matter interaction whirl optomechanical crystal crossbreed organisation predict coif unusual quantum acoustic phenomenon result wakeless matter interaction full tunable solid state department platform array solid state spin baseball field coupled quantized acoustic wave one dimensional optomechanical crystal find spatially varying laser drive introduces posture dependant phase optomechanical interaction mechanical band structure tuned situ accordingly leading unconventional quantum phone matter interaction show quasi chiral sound matter interaction occur tunable range bidirectional quasi unidirectional spin remindful band square state spinsfrequency lie within acoustic band gap demonstrate growth alien polariton bound state mediate long cooking stove tunable odd neighbor complex spin spin interaction body work expands present exploration quantum phononics wide application quantum simulation quantum information processing
13
1,258,995
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exotic invertible phase higher grouping symmetry investigate family invertible phase topic higher dimensional alien excitation even spacetime dimension includes generalizes kitaevs chain fervor higher form symmetry admixture spacetime lorentz symmetry bod high group spacetime symmetricalness focus invertible exotic cringle topological phase invertible phase protected one form symmetry fourth dimension reversal symmetricalness earth surface thermal hall conductance realized schematic time reversal symmetric average bosonic organization without local fermion speck alien loop topology describe uv realization invertible alien loop topological order using gauge theory unit discrete theta parameter enjoys spacetime two group symmetry discus several diligence including analog fermionization ordinary bosonic theory non anomalous internal higher form isotropy time turnaround balance
9
1,645,314
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prospect terahertz imaging human skin cancer help gold nanoparticles based terahertz infrared converter design suggested possible operation parameter discussed instrument inspect skin cancer tumour terahertz thz range transferring image infrared ir making visible help standard ir camera central element device thz ir converter teflon silicon film matrix embedded nm diameter gold nanoparticles use external thz source irradiating biological tissue sample presumed converter temporal characteristic enable performance real time scale detail design suited operation transmission mode vitro human skin reflection mode vivo specified
4
1,429,716
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measuring change atmospheric neutrino rate gigayear timescales measuring cosmic ray flux timescales comparable age solar system gyr could provide new window history earth solar system even galaxy present technique indirectly measure rate cosmic ray function time using imprint atmospheric neutrino paleo detector natural mineral record damage track nuclear recoil mineral commonly found earth gyr old providing ability look back across cosmic ray history timescales order age solar system given collection differently aged sample dated reasonable accuracy technique particularly well suited measuring historical change cosmic ray flux earth broadly applicable astrophysics geophysics
10
1,411,879
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periodic schur process detached fermion finite temperature revisit periodical schur process introduced borodin contribution threefold first provide new simpler derivation correlation function via free fermion formalism particular shall see process becomes determinantal buy farm grand canonic ensemble give physical explanation aleksandr porfirevich borodin shift mixing trick second consider boundary scaling limit simple nontrivial case corresponding deformation poissonized plancherel measure partition appearance edge behavior described certain crossover government different bulk universal finite temperature airy kernel previously encountered johansson le doussal et al model whose extreme economic value statistic interpolates tracy widom gue gumbel dispersion also define prove convergence stationary extension model last compute coefficient correlation function variant periodic schur process involving strict partition schurs work neutral fermion
8
658,854
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inseparable time crystal geometry mobius strip verbal description sporadically resonantly driven system lead solid state model concentrate matter phenomenon enquire time lattice formed periodically evolving wannier corresponding state shew different deuce dimensional time lattice mobius strip geometry realized ultra moth eaten corpuscle bouncing two periodically oscillating mirror effective interaction atom loaded lattice long ranged controlled experiment specific example show realize lieb lattice model flat striation control farsighted range hopping span atom model
13
1,298,070
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examine transversity ass polarisation sidis base observation goodish target transverse spin dissymmetry single hadron hadron pair production semi inclusive measurement deep inelastic scattering sidis chiral remaining transversity quark statistical distribution role nowadays well established various potential channel access function originally proposed one candidate measuring polarization hyperon produced sidis transversally polarised nucleon transverse polarisation struck quark might transferred final state hyperon article present grasp final result transversity induced polarization hyperon produced sidis transversely polarised proton within experimental uncertainty significant deviation zippo observed result discussed context dissimilar simulation postulate account previous experimental solution
17
322,488
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learning vector representation local content matrix representation local motion implication paper proposes representational model image pair consecutive video frame related local pixel displacement hope model may shed light motion perception primary visual cortex model couple following two component vector representation local content image matrix representation local pixel displacement caused relative motion agent object scene image frame undergoes change due local pixel displacement vector multiplied matrix represent local displacement experiment show model learn infer local motion moreover model learn gabor like filter pair quadrature phase
6
1,364,642
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parametric approach information filtering complex network polya filter ever increasing availability data demand technique extract relevant information complex interacting system often represented weighted network recent year number approach proposed extract network backbone assessing statistical significance link null hypothesis random interaction yet well known growth real world network highly non random past interaction node typically increase likelihood interaction propose network filtering methodology based family null hypothesis calibrated ass link statistically significant respect given network heterogeneity design family null hypothesis adapting polya urn simple one parameter combinatorial model driven self reinforcement mechanism network setting provide full analytical description filter show retains discard link based non trivial interplay local importance importance node belong prove widely used disparity filter recovered large strength approximation specific value polya filter parameter illustrate finding applying filter two large network datasets
2
1,415,694
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reducibility lenticular set zero almost newman lacunary polynomial class lacunary polynomial fx xn xm xm xms mq mq studied polynomial coefficient except constant coefficient equal called almost newman polynomial general theorem factorization almost newman polynomial class obtained polynomial posse lenticular root open unit disk unit circle small angular sector pi arg pi nonreciprocal part always irreducible existence lenticuli root peculiarity class comparison odlyzko poonen conjecture variant conjecture asymptotic reducibility conjecture formulated aiming establishing proportion irreducible polynomial class proportion conjectured estimated using monte carlo method numerical approximate value obtained result extend trinomials selmer quadrinomials ljunggren mill finch jones
1
517,597
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dynamical analysis spatial interaction model develop new dynamical method acting examine spatial interaction model sims sim use dynamical fabric theoretical account expatriation pattern look resulting population distribution see realistic use census datum various spatial statistic admission success failure manakin looked unlike sims focus two example production constrained sombreness model radiation mannikin solution suggest model fail produce realistic population distribution identify flaw within existing model lead suggest define site attractiveness term second short reach sim leading new spatial fundamental interaction model ii trip example go significant betterment examined via method note two trip adjustment expend spatial modelling context expatriation
12
710,842
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real time reactive framework surgical case sequencing problem paper address multiple operating room surgical case sequencing problem scsp objective maximise total utilisation standard opening hour work us case study large australian public hospital long surgical waiting list high level non elective demand due complexity scsp size instance considered herein heuristic technique required solve problem present constructive heuristic based modified block scheduling policy open scheduling policy number real time reactive strategy presented used maintain schedule feasibility case disruption result computational experiment show approach maintains schedule feasibility real time whilst increasing operating theatre ot utilisation throughput reducing waiting time non elective patient framework presented applicable real life scheduling ot department provide recommendation regarding implementation approach
0
34,354
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smuggled hole chemistry thermodynamics lambda look back recent development thermodynamics black hole stretch phase space cosmological constant interpret thermodynamic pressure treated thermodynamic varying right approach passel black maw longer see internal get go rather identified chemical substance enthalpy lead extended dictionary disastrous hole thermodynamic amount special notion thermodynamic volume emerge given black hole spacetime bulk conjectured satisfy reversion isoperimetric inequality inequality impose bound amount entropy opprobrious hole carry fixed thermodynamic mass new thermodynamic phase transition naturally emerge identification namely show black hole understood viewpoint interpersonal chemistry term concept van der waals fluid reentrant stage transition triple point also look back recent attempt extending adscft dictionary setting saucer connection horizon thermodynamics practical application lifshitz spacetimes outline possible future direction field
9
1,667,819
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finite element approximation modified maxwell stekloff eigenvalue modified maxwell stekloff eigenvalue problem arises recently inverse electromagnetic scattering theory inhomogeneous medium paper contains rigorous analysis eigenvalue problem associated source problem lipschitz polyhedron new finite element method proposed compute stekloff eigenvalue applying babuska osborn theory prove error estimate without additional regularity assumption numerical result presented validation
1
584,688
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algebraic interplay renormalization monodromy look combinatorial algebraic face interplay renormalization monodromies feynman amplitude clarify descent subgraphs feynman graph interacts putting edge onshell contracting receive decreased graph graph graph lead bailiwick cointeracting bialgebras one bialgebra come extraction subgraphs hence needed renormalization bialgebra incidence bialgebra edge put either offshell hence related monodromies multivalued office renormalise graph evaluates summing multitudinous series graph issue green function derived using combinatorial dyson schwinger equation
8
687,084
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vector valued generalised ornstein uhlenbeck process generalisation ornstein uhlenbeck process defined langevin equation fractional ornstein uhlenbeck process recently received lot attention literature particular estimation unknown parameter widely studied gaussian stationary increment noise langevin equation well known connection physic addition motivation studying langevin equation general noise stem fact equation characterises univariate stationary process literature topic focus one dimensional case gaussian noise article consider estimation unknown model parameter multidimensional version langevin equation parameter matrix general necessarily gaussian vector valued process stationary increment based algebraic riccati equation construct estimator matrix moreover prove consistency estimator derive limiting distribution natural assumption addition motivate work prove langevin equation characterises stationary process multidimensional setting well
6
1,447,228
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algebraic entropy fix convex limiting continuous finite element discretizations scalar hyperbolic conservation law work modify continuous galerkin discretization scalar hyperbolic conservation law using new algebraic correction procedure discrete entropy condition used determine minimal amount entropy stabilization constrain antidiffusive correction property preserving low order scheme addition second order entropy dissipative component antidiffusive part nearly entropy conservative numerical flux generally insufficient prevent violation local bound shock region monolithic convex limiting technique adjusts given target flux manner guarantee preservation invariant domain validity local maximum principle entropy stability new methodology combine advantage modern entropy stableentropy conservative scheme local extremum diminishing counterpart process algebraic flux correction based inequality constraint provably provide desired property free parameter involved proposed algebraic fix readily applicable unstructured mesh finite element method general time discretizations steady state residual numerical study explicit entropy constrained scheme performed linear nonlinear test problem
1
538,997
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measurement background activity mo enrich pulverization sample amore crystal cloth using xiv high purity germanium sensor promote molybdenum based rarified physical mental process experiment second phase amore ii hunt neutrinoless double beta nubetabeta decline mo kg molybdate crystal achieve aught scope level energy range double beta decay value mo radioactive contamination level amore crystal rima oris enrmoo powder enriched mo isotope used grow amore crystal shielded regalia fourteen high purity ge demodulator relative efficiency use measurement setting action sample kilogram powder sensing element system named john milton cage jr locate yangyang clandestine laboratory designing evaluate modest storey radioactivity natural radioisotope cosmogenic nuclides ac th right ascension activity ac atomic number powder sampling pm mbqkg pm mbqkg respectively activity celestial longitude valuate pm mbqkg bodily process pm mbqkg natural action get pm mbqkg
16
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jet ecstasy coefficient flavor lattice qcd present maiden calculation blue jet transport coefficient flavor qcd dimensional euclidean lattice carried factorized coming ignitor like extension single hard parton within jet treated separately soft gluon plain scatter mean square gain momentum transverse direction extension express term subject field strength field military strength correlation role calculated lattice dispersion relation operator product expansion used relate define sluttish strobilus expectation diminishing series local operator calculation local operator product transport finite temperature chain lattice size compare result quenched calculation perturbative phenomenological extraction
19
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data driven predictive control continuous time industrial process completely unknown dynamic paper investigates data driven predictive control problem class continuous time industrial process completely unknown dynamic proposed approach employ data driven technique get system matrix online using input output measurement model free predictive control approach designed implement receding horizon optimization realize reference tracking feasibility proposed algorithm stability closed loop control system analyzed respectively finally simulation example provided demonstrate effectiveness proposed approach
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canonical analysis gravitation attribute paper perform manifestly alternatively covariant mode canonical analysis general einstein theory relativity dimension written stiffen hypothesis since lagrangian action theory publish two classically tantamount room analyze compositor case separately show either action canonic analysis accomplished without introducing second course instruction restraint whole cognitive operation furthermore case resulting hamiltonian conceptualisation canonical conceptualization first class constraint recently obtained montesinos escobedo romero celada phys rev dimensional palatini action
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computation application mathieu function historical perspective mathieu office period also called elliptic cylinder function introduced emile mathieu together call modified mathieu function order help understand vibration elastic membrane set fixed elliptical hoop function still occur frequently application programme today sake instance stir trouble pulsatile blood flow blood vessel pack together oval shaped cross section newspaper publisher survey recapitulates historical development hypothesis method computation mathieu function modified mathieu function identifies gap current software capability particularly treble eigenvalue mathieu equivalence demonstrate compute puiseux elaboration mathieu eigenvalue double eigenvalue cave method compute generalized eigenfunctions arise examining mathieus original contribution bring use anti secularity predates lindstedt interest also allow short biography major mathematical research worker affect history mathieu function emile mathieu sir edmund whittaker edward ince gertrude blanch
8
685,873
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trust region guided proximal policy optimization proximal policy optimization ppo one popular deep reinforcement learning rl method achieving state art performance across wide range challenging task however model free rl method success ppo relies heavily effectiveness exploratory policy search paper give depth analysis exploration behavior ppo show ppo prone suffer risk lack exploration especially case bad initialization may lead failure training trapped bad local optimum address issue proposed novel policy optimization method named trust region guided ppo trgppo adaptively adjusts clipping range within trust region formally show method improves exploration ability within trust region enjoys better performance bound compared original ppo well extensive experiment verify advantage proposed method
0
65,130
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comparative static multicriteria search model mccall examine search behaviour infinitely survive risk neutral job seeker maximise lifetime wage accepting rejecting real valued scalar earnings crack practice job offer multiple attribute job searcher solve multicriteria search problem newspaper present multicriteria search model new relative static termination
18
1,619,527
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incorporating reinforced adversarial learning autoregressive image generation autoregressive model lately achieved comparable result versus state art generative adversarial network gans help vector quantized variational autoencoders vq vae yet autoregressive simulation several limitation vulnerability bias training objective guarantee visual fidelity address restriction propose use reinforced adversarial find ral based policy gradient optimisation autoregressive model apply ral enable similar process training testing address exposure bias military issue increase visual faithfulness optimized adversarial loss inspired strong counterpart gans due slow sampling speed autoregressive model propose use partial generation quicker train ral also empowers collaboration different mental faculty vq vae framework best knowledge proposed method first enable adversarial learning autoregressive exemplar image coeval experiment semisynthetic real world datasets show improvement mle trained model proposed method improves negative log likelihood nll frechet inception distance fid indicate improvement full term visual quality diversity proposed method achieve state art result celeba image answer showing promise big scale image generation
3
126,280
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class doorbell clauser horne inequality testing quantum nonlocality quantum nonlocality one important feature quantum mechanic ordinarily connected experiment violation chime clauser horne bell ch inequality pop question effectual method rearrangement additive inequality bear witness large variety bell ch inequality also derive set bell ch inequality using method acting outrage quantum entangled state
13
1,262,525
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page curve hawking radiation semiclassical geometry consider gravity theory coupled matter matter higher dimensional holographic dual theory finding quantum extremal surface becomes equivalent finding rthrt surface higher dimensional theory using compute entropy hawking radiation argue follows page curve suggested recent computation entropy entanglement wedge old black hole higher dimensional geometry connects radiation black hole interior spirit erepr black hole interior becomes part entanglement wedge radiation inspired propose new rule computing entropy quantum system entangled gravitational system involves searching island determining entanglement wedge
11
203,582
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implementation correlation regression model health insurance fraud covid environment using actuarial data science technique fraud act major deterrent company growth uncontrolled challenge fundamental value trust insurance business covid brought additional challenge increased potential fraud health insurance business work describes implementation existing enhanced fraud detection method pre covid covid environment purpose developed innovative enhanced fraud detection framework using actuarial data science technique trigger specific covid identified addition existing trigger also explored relationship insurance fraud covid determine calculated pearson correlation coefficient fitted logarithmic regression model fraud health insurance covid case work us two datasets health insurance dataset kaggle dataset covid case select geographical location india experimental result show pearson correlation coefficient implies month month rate fraudulent case highly correlated month month rate covid case logarithmic regression performed data gave squared value indicates model good fit work aim provide much needed tool technique health insurance business counter fraud
6
1,402,964
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scanner data inflation measurement raw data price index scanner data offer new opportunity cpi hicp calculation obtained awide variety ofretailers supermarket home electronics internet shop etc provide information level ofthe barcode one ofadvantages ofusing scanner data fact contain complete transaction information ie price quantity every sold item use scanner data must carefully processed clearing data unifying product name product carefully classified eg coicop matched filtered aggregated procedure often require creating new writing custom script python mathematica sa others one ofnew challenge connected scanner data appropriate choice ofthe index formula article present aproposal implementation ofindividual stage ofhandling scanner data also point potential problem scanner data processing solution finally compare alarge number ofprice index method based real scanner datasets verify sensitivity adopted data filtering aggregating method
6
1,490,820
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asymptotic demeanor tightness boundary driven exclusion process sierpinski gasket derive macroscopic practice law govern evolution concentration particle exclusion process sierpinski gasket bearing variable speed boundary hold hydrodynamics level heating system equivalence evolving sierpinski gasket either dirichlet neumann boundary condition look whether artificial lake tight slow particular strength boundary dynamic prevail linear robin boundary condition fluctuation prove starting stationary measure videlicet product bernoulli measure vestibular sense stage setting governed ornstein uhlenbeck process respective boundary condition
8
612,882
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spectrum gravitative atom compute quasi bound land spectrum ultralight scalar vector field view around rotating dim hole spectrum determined gravitational fine structure constant ratio size black hole compton wavelength field small energy eigenvalue instability rate computed analytically since solution variegate rapidly near black hole horizon ordinary perturbative approximation fail must apply matched asymptotic expansion determine spectrum analytical treatment relies separability par movement hence applicable scalar field electric mode vector field yet slowly rotate black hole equivalence magnetic mode written severable form effort derive energy eigenvalue conjecture analytic form instability pace check conjecture continue result large value solve spectrum numerically explain accurately efficiently compute spectrum without relying separability allows obtain reliable result black hole arbitrary spin result provide essential input phenomenology boson cloud around black hole especially part binary system
11
222,923
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physic even even superheavy nucleus seem rf remains oblate bulk property predicted qmc found limited sensitivity deformed shell break however evolution neutron single particle spectrum beta give unambiguous ground locating size gap function summation neutron number dependence neutron pairing zip provides substantiate ground creation energy gap
14
956,655
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chiral magnetized effect reveals topology gauge field lumbering ion hit topological structure vacuity foundation non abelian gauge hypothesis describing potent electroweak fundamental interaction within standard mannequin corpuscle physic however transition different topological sector vacuum believed origin baryon asymmetry universe never observed like shot experimental observation transition quantum chromodynamics qcd become possible grave ion hit chiral magnetic effect convert chiral imbalance generated topological transition red hot qcd matter electric current presence magnetic field produced collide ion relativistic heavy ion collider computer programme heavy ion collision zr zr ru ruthenium isobar thus potential uncover topological structure vacuum laboratory experiment uncovering would far reaching implication sympathise qcd origin baryon asymmetry present day universe area including condensed matter cathartic
9
1,789,399
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markov chain monte carlo importance sampler bayesian model intractable likelihood consider efficient use approximation within markov chain monte carlo mcmc subsequent importance sampling correction markov chain inexact output leading asymptotically exact inference detail convergence central limit theorem resulting mcmc estimator also consider case approximate markov chain pseudo marginal requiring unbiased estimator approximate marginal target convergence result asymptotic variance formula shown case case weight based unbiased estimator calculated distinct output sample called jump chain suitable reweighting allows improved efficiency type weight may assume negative value extended class unbiased estimator may used type correction obtained randomised multilevel monte carlo using euler approximation coupling particle filter apply resulting estimator using randomised weight problem parameter inference partially observed ito diffusion convergence estimator verified hold regularity assumption require diffusion simulated exactly context approximate bayesian computation abc suggest adaptive mcmc approach deal selection suitably large tolerance correction possible finer tolerance provided approximate confidence interval prominent question efficiency mcmc compared standard direct mcmc pseudo marginal delayed acceptance abc mcmc provide comparison criterion generalises covariance ordering setting
6
1,398,968
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diffusiophoresis cell general non equilibrium non motor mechanic metabolism qualified transport particle cell get word cytoplasm cell realise cytoplasm uniform rather highly inhomogeneous inhomogeneous answer concentration gradient particle relocation either gradient due mechanic called diffusiophoresis estimation privileged metabolically active prison cell dynamic speck strongly accelerated diffusiophoresis provide least ten nanometre across dynamic smaller object single protein largely unaffected
5
1,043,471
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dismantling tenet inflate significance neutral genetic diversity conservation genetics current rate specie extinction rapidly approaching unprecedented high life time worldly concern presently face sixth mass extinction event driven anthropogenetic activity climate change ecologic collapse field conservation genetics aim preserving specie using level genic multifariousness usually measured neutral genome wide diversity barometer evaluating universe health extinction endangerment fundamental assumption high level genetic variety lead increase seaworthiness longsighted term survival specie argue perceive importance neutral genetic multifariousness conservation wild population specie demonstrate simple oecumenical human relationship exists impersonal genetic variety hazard specie extinguishing instead better understanding property operative transmissible diversity demographic history ecological relationship necessary spring implementing effective conservation genetic strategy
5
1,094,834
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ccz equivalence inverse function inverse function one studied function cryptography due widespread use box block cipher like aes paper show every function ccz equivalent inverse function already ea equivalent confirms conjecture budaghyan calderini villa also prove every permutation ccz equivalent inverse function already affine equivalent majority paper devoted proving permutation polynomial form nonzero linear function proof combine kloosterman sum quadratic form tool additive combinatorics
1
585,230
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bench mark initial nation model heavy ion hit gev description relativistic impenetrable ion collision energy rhic negatron beam energy scan program fluid dynamic approach stupefy several challenge unitary complex geometry retentive duration pre hydrodynamic stage therefore existing liquid active model intemperate ion collision rhic shaft light vitality scan free energy rely rather complex initial state urqmd exhibitor multi fluid dynamic cogitation show functionally simple non dynamical initial state employ fluid dynamic simulation atomic number au hit sqrtsrm nn gev adapt initial state based monte carlo glauber model glissando ansatz based reduced thickness tento extended longitudinal charge finite heavy particle density sense initial state couple issue event viscous fluid dynamical cascade theoretical account consequence overall clean reproduction basic experimental data pseudorapidity dispersion transverse impulse spectrum elliptic flow hit vim rather surprising throw ansatz functionally like ekrt ip glasma model successful practically larger energy rely partonic photograph initial state
16
897,536
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symmetry weakly increasing tree multiset schett polynomial considering parity degree level node increasing tree new combinatorial interpretation coefficient taylor expansion jacobi elliptic function found one application new interpretation conjecture mansour wang yeh solved unifying concept increasing tree plane tree lin zhou introduced weakly increasing tree multiset symmetry joint distribution even degree node odd level odd degree node weakly increasing tree found extending jacobi elliptic function multisets combinatorial proof algebraic proof symmetry provided well several relevant interesting consequence
1
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cybersecurity sustainable development grow interdependency organization lead towards creation inter organisational net cybersecurity sustainable growing turn peerless important issue environmental good service sector egss one fastest developing sphere saving fueled growing relationship mesh entity based ict usage sphere green cybersecurity emerging way secures process related directly indirectly environmental management protective covering future multidimensional development egss help european union overcome upcoming crisis time computer technology cybersecurity contribute carrying conception sustainable ontogeny evolution environmental applied science along cybersecurity single purpose realization sustainable production domestic security concept among eu country hence aim article theoretic discussion research relationship cybersecurity sustainable development inter organizational network thence article attempt give answer question current do implementation cybersecurity relation egss part economy different eu country
15
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bayesian inference volatility presence infinite jump activity microstructure noise volatility estimate based gamey frequency data key accurately touchstone controller risk exposure financial asset levy physical process infinite leap activity microstructure noise turn one simplest yet accurate enough model financial datum mellow frequency use theoretical account propose intentionally misspecified posterior unpredictability obtained dismiss jump component process misspecified posterior corrected simple estimate location shift scaling log likelihood main resultant role establishes bernstein von michigan bvm theorem province offer adjust posterior asymptotically gaussian centered reproducible estimator variance equal opposite fisher selective information absence microstructure noise approach extended inference integrated variance general ito semimartingale simulation provided demonstrate accuracy resulting believable interval frequentist property approximate bayesian inference based adjusted posterior
15
1,129,158
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noise stability synchrony optimal web structure provide theoretical fabric quantifying expected horizontal surface synchronizing network noisy oscillator linearization around synchronized state derive following quantity function characteristic root square matrix eigenfunctions meshwork laplacian using received proficiency dealing multivariate ornstein uhlenbeck process magnitude fluctuation around synchronized state disturbance coefficient represent strongly node disturbs synchronization attack measure effect individual node tie synchronising hypothesis thus utilized feel optimal network structure accomplishing good synchronism noise level oscillator heterogeneous also incur optimal oscillator shape ie place oscillator given network depend randomness stratum apply theory several example net elucidate optimal mesh structure oscillator configuration
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combinatorial multi armed bandit resource allocation study sequential resource allocation problem decision maker repeatedly allocates budget resource motivating example include allocating limited computing time wireless spectrum band multiple user ie resource timestep decision maker distribute available budget among different resource maximize expected reward equivalently minimize cumulative regret decision maker learn value resource allocated user feedback user received reward example user may send message different urgency wireless spectrum band reward generated allocating spectrum user depends message urgency assume user reward follows random process initially unknown design combinatorial multi armed bandit algorithm solve problem discrete continuous budget prove proposed algorithm achieve logarithmic regret semi bandit feedback
0
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almost quasi analogue utility disguise confident representation extension robert theorem work deal carrying social choice rule employ dominant scheme unrestricted preference seminal gibbard satterthwaite theorem show unappealing societal choice rule implemented unless assume restriction preference allow monetary transfer monetary transfer allowed quasi linear utility wrt money assumed vickrey clarke grove vcg mechanism show implement affine maximizer work robert affinal maximizers follow whenever type set federal agent rich enough work generalize result define new class preference taste plus represented quasi linear service program factor whose predilection subspace result modeled using quasi linear utility show characterization vcg mechanism inducement compatible mechanism extends naturally domain result follow simple reduction characterization vcg mechanism hence see termination melville weston fuller correct version vcg characterization work also highlight common misconception community attributing vcg result usance transferable utility termination show incentive compatibility vcg mechanism rely money common denominator rather ability designer ok agent continuous maybe agent specific scale think two insight considering utility representation preference usual economic community considering utility represent preference relevant domain would turn fruitful domain well
18
1,601,098
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electromagnetic ego force agitate particle kerr spacetime equatorial circular orbital cavity calculate self force acting charged particle orbitual geodesic eye socket equatorial plane rotating black hole show direct calculation dissipative self force balance sum flux diversify infinity black kettle fish horizon prograde electron orbit found stimulate opprobrious kettle fish superradiance confirm status blow orbit cannot met calculate conservative factor self force application program mode sum regularization method present selection numeric result numerical trying selection leading order coefficient emily price post newtonian enlargement self force innermost stable circular area kerr spacetime calculated comparison drawn electromagnetic gravitative self force
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237,380
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lstm trajgan deep learning approach trajectory privacy protection prevalence location based service contributes explosive growth individual level trajectory data raise public concern privacy issue research propose novel lstm trajgan approach end end deep learning model generate privacy preserving synthetic trajectory data data sharing publication design loss metric function trajloss measure trajectory similarity loss model training optimization model evaluated trajectory user linking task real world semantic trajectory dataset compared common geomasking method model better prevent user identified also preserve essential spatial temporal thematic characteristic real trajectory data model better balance effectiveness trajectory privacy protection utility spatial temporal analysis offer new insight geoai powered privacy protection
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42,975
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primal threshold realistic quantum error correction circuit classical spin model mapping quantum error correcting code classic disordered statistical mechanic poser studying phase diagram latter proven muscular creature study fundamental error robustness associated critical error threshold lead quantum error correcting code phenomenological noise model work extend map admit naturalistic multi parametric quantity faulty quantum circuit description quantum erroneousness compensate code based underlying microscopic circuit noise model foremost consistently derive tie strongly correlated classic spin model illustrate approach detail example quantum repetition code faulty stabiliser readout circuit sporadically applied finally use monte carlo simulation study resulting phase diagram associated interacting spin model benchmark result minimum weight perfect couple decoder presented method provides avenue as fundamental threshold qec computer code link readout circuitry independent specific decoding strategy thereby facilitate run development nigh term qec hardware
19
441,284
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proportionateness thermodynamic curvature isoperimetric theorem ultraspinning black hole paper preliminary correspondence thermodynamical curvature isoperimetric theorem established dimensional ultraspinning fatal hole find thermodynamic curvature ultraspinning inglorious hole electronegative mean ultraspinning calamitous mess likely present attractive corpuscle phenomenologically accept analogical observation thermodynamic curve reflects interaction molecule pitch black hole system meantime obtain general conclusion thermodynamic curve extreme black pickle super entropic black hole confirming negative oddment approximately proportional reciprocal randomness black jam
11
284,033
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robust stability quantum interference realise coexisting detuned resonant stiraps cheer late experiment phys rev letts textbf unprecedented quantum interference find way stimulated raman adiabatic passage stirap due coexist resonant detuned stiraps comprehensively study effect unveil hardiness towards external field fluctuation laser noise imperfect resonance stipulation advantageously frantic state department decaying verify auxiliary dynamical phase accumulated hold time caused quasi dark state sensitively manipulate visibleness frequency intervention fringe present young hallmark measure hyperfine vim accurately racy stability strategy come intrinsic superiority embedded stirap hope noteworthy preservation quantum interference quality practical execution
13
1,267,893
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quantized conditional cot gan video prediction causal optimal transport cot result imposing temporal causality constraint classic optimal transport problem naturally generates new concept distance distribution path space first application cot theory sequential learning given xu et al cot gan introduced adversarial algorithm train implicit generative model optimized producing sequential data relying xu et al contribution present paper twofold first develop conditional version cot gan suitable sequence prediction mean dataset used order learn sequence evolve given observation past evolution second improve convergence result working modification empirical measure via specific type quantization due backhoff et al resulting quantized conditional cot gan algorithm illustrated application video prediction
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estimation likelihood ratio ordered family distribution connection total positivity consider bivariate observation unknown conditional distribution given goal estimate distribution sole assumption isotonic respect likelihood ratio order observation identically distributed related goal estimate joint distribution sole assumption totally positive order two certain sense reviewing generalizing concept likelihood ratio order total positivity order two algorithm developed estimate unknown family distribution via empirical likelihood benefit stronger regularization imposed likelihood ratio order usual stochastic order evaluated term estimation predictive performance simulated well real data
6
1,394,517
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electrostatic force acting point charge present dielectric slab electrostatic interaction two point charge change introduce dielectric slab middle physical setting problem relatively simple easy wronged solution surprisingly complicated show correct answer using method image approachable undergraduate student advance high school student also obtain analytical algebraic result special case
2
1,504,474
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near field radiative heat transfer rough surface modeled using effective medium gradient distribution dielectric function near field radiative heat transfer nfrht rough surface due widespread presence engineering practice near field energy utilization requires indepth study especially perspective physical mechanism paper effective multilayer model built approach nfrht random rough surface silicon carbide sic using effective medium theory emt effective dielectric function layer obtained form gradient distribution dielectric function along depth medium influence effective dielectric function surface phonon polaritons sphps analyzed showing effective layer small filling fraction sic feature lower sphp resonance frequency sic bulk coupling sphps gradient distribution dielectric function produce new surface mode dominates nfrht investigation effect root mean square height rms height sigma reveals peak local density state ldos spectral heat flux red shifted sigma increase spectral heat flux peak frequency get larger attributed coupling sphps inside rough layer also found total net heat flux rough surface separated average distance exceeds smooth plate increase increasing sigma offer new way enhance nfrht work provides reference simulation understanding nfrht rough surface
2
1,338,197
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observance three fold lambda hypernucleus parc experiment twofold hypernucleus observed parc quislingism nuclear emulsion tagged response event interpret output decay via capture adopt seizure nuclear state matter bind energy deuce hyperon double hypernuclei obtained individual basis based kinematic fitting probable explanation observe event
16
863,528
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effectiveness otfs joint radar communication consider joint radar estimate communication system using impertinent time frequency space otfs modulation scenario motivated vehicular application vehicle equipped mono static radar wish communicate data object receiver estimating parameter stake relate receiver point point communication go multi path time frequency selective channel study joint microwave radar communication system two perspective ie radio detection ranging estimation transmitter well symbol detection receiver radar estimate part derive efficient approximated maximum likelihood algorithmic rule corresponding cramer rao lowly boundary range velocity estimation numerical example demonstrate multi carrier digital data formatting otfs achieve accurate radar estimation land art radar wave shape frequency modulated continuous wave fmcw data detection part focus freestanding detection decoding consider soft output detector exploit efficiently channel sparsity doppler time lag domain quantify sensing element performance term pragmatic capacity ie achievable rate channel induced signal constellation detector soft output pretense show proposed scheme outperforms concurrent state art answer overall work show suitable digitally modulated waveform enable efficiently operate joint radar communication achieving full entropy rate intonation good optimum radar estimation performance otfs appears particularly suited scope
3
104,917
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geometry divergence function complex structure motivated geometrical structure quantum mechanic introduce almost complex structure product parallelizable statistical manifold use extract pre symplectic form metric like tensor divergence function tensor may pulled back compute case dimensional symplex respect kullback leibler relative entropy case suitable unfolding space manifold faithful density operator respect von neumann umegaki relative entropy
13
1,290,494
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centrality dependence electroweak boson product pbpb collision lhc recent data point atomic modification boson production measured atlas quislingism pbpb hit tev show enhancement peripheral collision apparently contradicting prediction glauber simulation data previously explain argue nucleon nucleon interbreeding subdivision may shadowed nucleus nucleus hit hence suppressed equate proton proton hybridization section hit energy rendition quite significant consequence understanding heavy ion data particular context glauber model instead provide alternative explanation information assuming mild bias present centrality determination measurement sizing related systematic uncertainty using assumption display data agreement theoretical computation utilise nuclear parton statistical distribution function last speculate centrality dependance ww ratio may point relevance larger skin thickness pb nucleus present would result percent larger pbpb cross section currently accounted glauber model may hence root centrality prejudice
14
972,343
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classical algorithm forrelation study forrelation trouble given pair bit boolean function estimation correlation fourier transform problem known provide largest possible quantum speedup term query complexity accomplish landmark oracle separation complexness class bqp multinomial pecking order foremost result classical algorithm forrelation trouble runtime nearly quadratic improvement best previously known algorithm secondly introduce graph based forrelation trouble binary variable live vertex fixed graph subroutine product term dscribing interaction nearest neighbor varying show graphical record based forrelation problem solve classical computer time bipartite graph planar graphical record generally graph partitioned two subgraphs constant treewidth graph based forrelation simply related variational energy achieved quantum approximate optimization algorithm qaoa entangling layer ising eccentric cost function exploiting connexion qaoa graph base forrelation able bodied simulate recently offer recurisve qaoa entangling layer qubits laptop computer
13
1,215,124
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testing prediction axisymmetric distribution function astronomic dark matter hydrodynamical simulation signal prediction galactic dark matter dm search often rely assumption dm phase space distribution function df halo applies particle eg wave suppressed sommerfeld enhanced obliteration scattering atom etc macroscopic dm candidate eg microlensing primordial black hole experiment observation ameliorate precision better assessing theoretical dubiousness becomes pressing prospect deriving reliable constraint dm candidate trustworthy mite detection reliable prediction dfs halo based solving steady state collisionless boltzmann equation eg eddington like inversion action angle method acting etc systematically observational constraint one starting maximal symmetry minimal set degree freedom increasing complexity key issue whether bestow complexity computationally costy improves prediction stop clue obtained making prediction soar upwards hydrodynamical cosmological simulation one access true coarse grained phase space data test axisymmetric propagation eddington inversion predict full dm df density profile total gravitative potential system licence go beyond spherical symmetry priori well suited spiral galaxy show axisymmetry necessarily meliorate global symmetry observationally unconstrained angular momentum dm halo generically align baryonic one theoretical error similar eddington inversion though level velocity dependent prediction related particle dm search spiral galaxy extensively describe approach comment result
7
1,705,110
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eventual regularization muskat problem lipschitz finite time implies global existence show fixed lipschitz constant time depending classical solution stable muskat problem extends uniquely classical solution defined time proof short quantitative explicit
1
540,512
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exotic aspect extended field theory extended field theory exfts relatively young class theory lie intersection kaluza klein theory remarkable duality string theory whereas original kaluza klein construction unified local symmetry einstein maxwell dilaton theory diffeomorphisms one dimension higher exfts aim much ambitious goal unify local symmetry supergravity field single symmetry manifest higher dimensional space depending whether start type ii dimensional supergravity obtain double exceptional field theory respectively collectively refer exfts cost forced generalised notion diffeomorphisms fail close onto algebra exfts embody powerful paradigm built idea unification symmetry field solution however exfts much rewriting supergravities found contain much originally put construction thesis discus exotic aspect theory describe novel solution exceptional field theory unifies whole family called exotic branes single solution extended space follow construction maximally non riemannian solution whose reduction usual spacetime free scalar modulus typically plague dimensional reduction final part consider reduction exceptional field theory illustrate amongst thing exfts defined local patch nevertheless cannot related even duality transformation lower dimensional theory
9
1,578,226
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