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boundary condition spacetimefibre duality vasilievs higher spin gravity paper discus aspect vasiliev system beginning review recent proposal alternative perturbative scheme solution built mean convenient choice homotopy contraction operator subjected asymptotically anti de sitter boundary condition perturbatively adjusting gauge function integration constant linear level latter fibre element encode via unfolded equation propagating massless field spin therefore linearized solution space distinguished spacetime property regularity boundary condition parallel fibre traditional separation different branch linearized solution via spacetime feature reviewed dual fibre characterization well arrangement corresponding fibre element ad irreps illustrated construction first reviewed regular singular solution compact basis thereby capturing massless particle static higher spin black hole extended solution conformal basis capturing bulk boundary propagator certain singular solution vanishing scaling dimension related boundary green function non unitary transformation two base recalled level fibre representative | 9 | 1,587,250 | [
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recent bound graviton mass using galaxy cluster although galaxy cluster turn wonderful science laboratory testing embarrassment modified gravity possibility exotic alternative cdm year agone nonpareil paper obtained limit graviton mass ev cluster rectify last yr multiple study incur different bound graviton mass using single clustering data well stacking galaxy catalog review recent limit graviton spate using galaxy bunch obtained using disparate method acting | 11 | 279,162 | [
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linear answer theory entropic fluctuation repeated interaction quantum system take linear response theory entropic wavering finite dimensional non equipoise double interaction system ri precisely situation temperature probe take finite number different time value prove analog green kubo fluctuation dissipation chemical formula onsager reciprocity relation energy flux observables prove large diversion principle fluctuation theorem primal limit theorem full counting statistic entropy flux think two case non equilibrium ocean state either temperature probe deterministic arrive cyclic way temperature probe described succession iid random variable uniform dispersion finite curing | 8 | 655,572 | [
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pixpix based stain stain translation solution robust stain normalization histopathology image analysis diagnosis cancer mainly performed visual analysis pathologist examining morphology tissue slice spatial arrangement cell microscopic image specimen stained look colorless textured therefore chemical staining required create contrast help identify specific tissue component tissue preparation due difference chemical scanner cutting thickness laboratory protocol similar tissue usually varied significantly appearance diversity staining addition interpretive disparity among pathologist one main challenge designing robust flexible system automated analysis address staining color variation several method normalizing stain proposed proposed method stain stain translation stst approach used stain normalization hematoxylin eosin stained histopathology image learns specific color distribution also preserve corresponding histopathological pattern perform process translation based pixpix framework us conditional generator adversarial network cgans approach showed excellent result mathematically experimentally state art method made source code publicly available | 3 | 103,690 | [
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critical exponent valence bond hearty transition lattice quantum electrodynamics recent sign trouble costless quantum monte carlo simulation dimensional lattice quantum electrodynamics qed flavor fermion lame lattice feel evidence continuous quantum phase angle transition critical stage gapped valency bond solid vbs form nip number derive critical theory transition chiral qed gross neveu model appearance latter eq gauged nambu jona lasinio model using known large result latter estimate order parameter anomalous property correlation coefficient length exponent passage mentioned obtain child result dimension fermion bilinear operator gauged ungauged chiral gross neveu model respectively describe long distance power law decay two particle correlation function vbs changeover lattice qed friedrich august kekule von stradonitz vbs transition correlate fermion honeycomb lattice | 19 | 462,818 | [
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automatonlike intention novel potential cl pl inhibitor goal design novel inhibitor severe acute respiratory syndrome cov severe acute respiratory syndrome cov propose general molecule optimization fabric molecular neuronal assay search mona lie three component property soothsayer identifies molecule specific desirable property energy modeling approximates statistical similarity given molecule experience education molecule molecule search method work portion instantiate graph neuronic meshing gnns deep energy estimator network deen monte carlo tree search mcts respectively implementation use identify molecule million explored gnn determined likely sars cov inhibitor time statistically close dataset used train gnn | 5 | 1,045,883 | [
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complexity non trivial sound speed inflation paper study impact non trivial sound evolution cosmological complexity inflationary period vacuum state curvature perturbation could treated squeezed state two mode characterized two essential parameter angle parameter squeezing parameter equation one obtain corresponding evolution equation subsequently quantum circuit complexity squeezed vacuum state squeezed state evaluated scalar curvature perturbation type non trivial sound speed result reveal evolution complexity early time show rapid solution comparing implement resonant sound speed various value case show scrambling time lagged non vanishing methodology shed new way distinguishing various inflationary model | 9 | 1,576,560 | [
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resonant contribution three physical structure decay perturbative qcd approaching work study curl contribution decay perturbative qcd approach leading rule order within two meson wave function describing nonperturbative dynamic kaon brace unlike undulation calculate branching fraction direct asymmetry disintegration mode corresponding ringing region numeral result well logical current measurement note narrow width approximation invalid quasi two dead body decay decay narrow width estimate extract branching fraction corresponding ii organic structure disintegration imply intermediate resonant state related branching fraction agree current experimental information good moreover also predict corresponding quasi two body decay expected quantify ongoing lhcb belle ii experiment | 17 | 309,486 | [
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effect nonlinearity gravity perfect fluid kaluza klein model spherical compactification discipline effect consort nonlinearity solemnity scope perfect fluid demonstrate kaluza klein model spherical compactification background blank space fourth dimension perturbed massive gravitating source pressureless external space arbitrary equivalence state eos parameter internal space characteristic nonlinear perfect fluid squared velocity auditory sensation equal background eos parameter external internal space setting find exact solution linearized einstein par perturb metric coefficient nonlinear model show coefficient acquire chastisement term form ii summed yukawa potential degenerated casing solution reduced single hideki yukawa potential bribe prefactor front exponential function improver standard term contains contribution independent three dimensional distance additive model generalize previous study caseful arbitrary nonlinear perfect fluid also investigate finicky case nonlinear background perfect fluid zero speed healthy external blank space demonstrate non trivial solution exists sheath | 9 | 1,658,151 | [
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generalizing causal inference randomized trial counterfactual graphical identification engagement randomized trial driven factor affect outcome trial engagement directly affect outcome independent treatment average treatment effect among trial participant unlikely generalize target population paper use counterfactual graphical causal model examine condition generalize causal inference randomized trial target population trial eligible individual offer interpretation generalizability analysis using notion hypothetical intervention scale trial engagement target population consider interpretation generalizability analysis trial engagement directly affect outcome highlight connection censoring longitudinal study discus identification distribution counterfactual outcome via formula computation inverse probability weighting last show method extended address time varying treatment non adherence censoring | 6 | 1,319,026 | [
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signal shaping non uniform beamspace modulated mmwave intercrossed mimo communication paper investigates adaptive signal shaping method millimeter flourish mmwave multiple input multiple output mimo communication based maximizing minimum euclidian distance mmed touchstone work utilize indicator analog precoders pack information optimize symbol vector set used analogue precoder activating state specifically first propose joint optimization based signal shaping joss approach symbol transmitter solidifying used analog precoder activation do jointly optimized solving series quadratically constrained quadratic programming qcqp problem joss exhibit good performance however high computational complexness concentrate computational complexness propose full precoding based signal shaping fps method diagonal precoding based signal mould dp method full diagonal digital precoders analog precoder activating state optimized lick two small ordered series qcqp trouble simulation result show proposed signal shaping method acting ply considerable performance gain dependableness equivalence existing mmwave transmission solution | 3 | 132,528 | [
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impression hadronic scattering measurement vector meson spin alignment heavy ion hit spin alignment vector meson hyperon relativistic heavy ion collision proposed signal global polarization star experiment first observed polarization recently alice collaboration measured transverse momentum hit centrality dependence spin alignment petabyte pb collision tev large signal observe low region mid central collision signaling much belittled understood yet since transmitter meson different lifetime decay product different scattering cross incision suffer different hadronic consequence paper study effect hadronic interaction spin alignment mesotron relativistic laboured ion collision multi phase exaltation model find hadronic scattering lead deviation observed spin alignment matrix element away true time value meson bigger consequence gist negligible mesotron effect depends kinematic acceptation observed note value lower true note value pseudorapidity coverage small little effect reporting big study thus provides valuable information understand vector meson spin alignment signal observed experiment | 16 | 802,006 | [
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thermodynamics little phoebe dimensional schwarzschild black kettle fish canonic ensemble study thermodynamics five dimensional schwarzschild black golf hole canonical ensemble using york formalism inside enclosed space fixed size fixed temperature threshold black hole thermal equilibrium thermal equilibrium achieved two specific black hole small black kettle fish horizon radius large black hole radius five dimension radius exact face path integral formalism sectionalisation function one obtains activity free energy lead thermic energy entropy system latter turning given bekenstein hawking area law black hole surface area heat electrical capacity positive oestrus bath placed radius equal le photonic orbit implying thermodynamic stability mean small fatal hole unstable large one stable generalized free energy used show feasible classic hot flat space transit settle stable remarkably loose energy big black hole zero cavity radius equal buchdahl radius relation instability arise due perturbation path integral instanton solution mentioned quantum hot flavorless space damaging free vitality find condition large grim hole quantum hot flat space land department state corresponding phase diagram displayed using density state given vigor also find entropy large black hole addition make connection five dimensional thermodynamics york four dimensional result | 9 | 1,639,591 | [
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charged cosmologic black market hole thorough study family solution study class charge cosmological black mess defined shah vaidya solution like mcvittie solution fundamental object nonzero electric charge show shah vaidya metric solution einstein equivalence cuscuton maxwell field source well mass parameter analyze possible causal structure solution physically reasonable assumption determine region parameter space tally good behave charge cosmologic pitch dark hole correspond au naturel singularity asymptotic conduct hubble factor also determining causal property spacetime theorem explaining effect submit example causal diagram covering possible type spacetimes allowed initial assumption mary drawn discussed | 9 | 1,680,593 | [
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directed force propagation semiflexible network consider propagation tension along specific filament semiflexible filament network response application point force using combination numerical simulation analytic theory find distribution force within network highly heterogenous small number fiber supporting significant fraction applied load distance multiple mesh size surrounding point force application suggest structure may thought tensile force chain whose structure explore via simulation develop self consistent calculation point force response function introduce transfer matrix approach explore decay tension bending energy branching tensile force chain network | 4 | 1,336,971 | [
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simulation drawdown duration levy modelling via stick breaking gaussian approximation develop computational method expected functionals drawdown duration exponential levy example base fresh simulation algorithm joint jurisprudence state supremum metre supremum attained gaussian approximation general levy process bound bias several locally lipschitz noncontinuous payoff arising application analyse computational complexness corresponding monte carlo multilevel monte carlo estimator monte carlo method levy en masse process use gaussian approximation analysed lipschitz payoff sheath computational complexity algorithm order magnitude pocket size parachuting activity high core approach bound certain wasserstein aloofness obtained via refreshing sbg coupling levy process gaussian approximation numerical execution based implementation dedicated github depository showing good agreement theoretical bound | 15 | 1,111,687 | [
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hermitian tensor quantum mixed state order complex tensor said hermitian mathcalhijmmathcalhjim mathrm ijm regarded extension hermitian matrix higher order hermitian tensor also seen representation quantum mixed state motivated separability discrimination quantum state investigate property hermitian tensor including unitary similarity relation partial trace nonnegative hermitian tensor hermitian eigenvalue rank one hermitian decomposition positive hermitian decomposition application quantum state | 13 | 1,294,130 | [
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approaching self two fold point sinh gordon model one affect mysterious belonging sinh gordon model shg self dichotomy intercellular substance trace lagrangian formulation coupling appearing modelling eponymous inflated co present lagrangian paper develop truncate spectrum method tsms studying sinh gordon model finite volume vary coupling constant obtain expected incidental role mediocre value self threefold point time approached basic application programme tsm shg break see tsm give result strong crosscut dependence disappears according slow power law standard renormalization group strategy whether numerical analytic well fail improve upon subject thus explore three strategy address basic limitation tsm neck wood first focus small volume spectrum attempt understand much physic shg encoded zero mode theatrical role hamiltonian core quantum mechanical quantum line business sector theoretic problem second identify divergency present perturbation theory perform resummation using supra borel rough third approach use exact form broker model treat shg value perturbation shg different coupling light work argue strong pair phase lagrangian formulation model may dissimilar naively inferred ground substance exceptional present argument theory massless | 19 | 434,383 | [
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probability ideal number ring wise relatively r prime say ideal algebraic integer fixed number ring wise relatively prime relatively prime article provide exact formula probability nonzero ideal algebraic integer fixed number ring wise relatively prime | 1 | 533,057 | [
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quantifying non parametric structure high redshift galaxy deep learning high redshift due observational limitation variety galaxy morphology early universe measuring galaxy structure challenging non parametric measurement ca system thus become important tool due model independent nature utility straightforward computational process recently convolutional neural network cnns shown adept image analysis beginning supersede traditional measurement visual morphology model based structural parameter work take step extending cnns measure well known non parametric structural quantity concentration asymmetry train cnns predict individual image galaxy time faster previous method approach thus able reproduce standard measure non parametric morphology show potential employing neural network provide superior result substantially le time vital making best use large complex datasets provided upcoming galaxy survey euclid rubin lsst | 10 | 1,360,184 | [
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conserved transmitter current qcd comparable theory gradient current present analytical result euclidean allocator item correlator flavor singlet transmitter current acquire gradient period next direct order perturbatively massless qcd hypothesis visual aspect evolved full point correlator requires multiplicative renormalization contrast nonevolved case confirm agreement upshot literature renormalization ought identified universal renormalization evolve elementary fermion theatre operation develop fermion bilinear current whereas approximate coupling renormalizes usual explicitly derive asymptotic solution callan symanzik equation link percentage point correlators evolved current endpoint ad quem humble gradient catamenia prison term fixed separation incidentally computation determines run coefficient wheeler dealer product blowup ope small limit evolved current condition local nonevolved counterpart computation also imply evolved lawsuit conservation vector current hence transversality fit point correlator longer related nonrenormalization demarcation nonevolved case indeed small flow time evolved vector current husband lightly violating effect despite dependent nonvanishing anomalous holding | 19 | 422,159 | [
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duals feynman integral differential par elucidate transmitter space twisted comparative cohomology poincare dual vector space feynman inherent twisted cohomology universal spacetime dimension match outer space algebraic invariant called intersection number extract integral coefficient minimal basis bypassing generation integration part identicalness dual signifier turn much simpler feynman similitude back maximal cut assorted sub regional anatomy boundary thus provide taxonomical approach generalized unitarity reconstruction amplitude shell data composition introduce thought dual form study mathematical structure application derive compact differential equation satisfied arbitrary unmatched loop integral non whole number spacetime dimension second paper serial detail cartesian product pairing use extract constitutional coefficient | 9 | 1,729,788 | [
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probing light top pardner cp intrusion investigate cp violating effect stimulate tripping top mate composite higgs theory discover sizable donation dipole instant light sm quark cheese lepton generically beget two loop degree barr zee type diagram present constraint electron neutron electric dipole moment translate bound top partner mass order tev competitive reach lhc lineal search interestingly chance cp violation core sensitive wheeler dealer control top pardner undivided output near future improvement determination electron dipole moment extend reach top partner mass beyond tev range | 7 | 1,750,161 | [
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inflation full term palatini formalism study scalar field inflation gravity palatini formulation oecumenical relativity different metric formulation palatini expression gravity introduce novel arcdegree freedom however change relation arcdegree freedom including inflaton spacetime curvature considering case find term decrease height effective inflaton potential adjusting note value chemical mechanism expend suppress tensor scalar ratio without bound scalar playing area model inflation without affecting spectrum scalar perturbation | 9 | 1,691,217 | [
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chexternal generalization deep learning model chest ray interpretation photo chest ray external clinical setting recent advance training deep learning model demonstrated potential provide accurate chest ray interpretation increase access radiology expertise however poor generalization due data distribution shift clinical setting key barrier implementation study measured diagnostic performance different chest ray model applied smartphone photo chest ray external datasets without finetuning model developed different group submitted chexpert challenge applied test datasets without tuning found photo chest ray model experienced statistically significant drop task performance performed significantly worse radiologist average external set none model performed statistically significantly worse radiologist five model performed statistically significantly better radiologist result demonstrate chest ray model clinically relevant distribution shift comparable radiologist model future work investigate aspect model training procedure dataset collection influence generalization presence data distribution shift | 3 | 115,752 | [
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emerging polynomial growth trend covid pandemic data reconciliation compartment based model study reported data covid pandemic outbreak january may country observe time series active case individual country difference total number confirmed infection sum total number reported death recovered case display strong agreement polynomial growth later epidemic stage also combined polynomial growth exponential decay result also formulated term compartment type mathematical model epidemic within model universal scaling characterizing observed regime advanced epidemic stage interpreted algebraic decay relative reproduction number constant duration epidemic outbreak show finding applied improve prediction reported pandemic data estimate epidemic parameter note although model show good agreement reported data make claim real size pandemic relation observed reported data total number infected population still unknown | 2 | 1,456,275 | [
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two dimensional modeling self limiting oxidation silicon tungsten nanowires self limiting oxidation nanowires previously described reaction diffusion controlled process letter concept finite reactive region introduced diffusion controlled model based upon two dimensional cylindrical kinetics model developed oxidation silicon nanowires extended tungsten model diffusivity affected expansive oxidation reaction induced stress dependency oxidation upon curvature temperature modeled good agreement model prediction available experimental data obtained developed model serf quantify oxidation two dimensional nanostructures expected facilitate fabrication via thermal oxidation technique | 4 | 1,461,840 | [
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microscopic analysis low energy spin orbital magnetic dipole inflammation deformed nucleus low energy magnetic dipole spin scissors resonance ssr located ordinary orbital scissors resonance osr recently predicted deformed nucleus within wigner function second wfm approach analyze prediction using fully self consistent skyrme quasiparticle random phase approximation qrpa method skyrme force skm svbas sg implemented explore ssr osr dy th accuracy method justified good verbal description twirl flip giant resonance calculation show isotope dysprosium indeed mev osr state large spin strength projection total atomic moment symmetry axis state almost fully exhausted spin flip configuration corresponding social organization spherical limit augur ssr actually reduced low orbital spin flip state following analysis contradiction wfm spin scissors picture deformation principle origin low energy spin state factor affect feature spin orbital lastingness loosely mixed exhibit hinderance weak destructive ssr range strong constructive osr range th spin strength found small deuce group state notice experimentally mev dy mev th chiefly excuse fragmentation orbital strength distribution nuclear current qrpa state partly correspond isovector orbital scissors flow spin scissors hold matchless | 14 | 978,666 | [
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gauge independence physical fermion mass effective action theory radiative symmetry breaking consider abelian gauge theory complex scalar field massless chiral fermion limit coupling interaction induce radiative symmetry breaking derive verify nielsen identity ensure gauge independence physical fermion mass emerges broken phase effective action | 7 | 1,563,989 | [
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synchronization dynamic non normal network trade optimality synchronization important behavior characterizes many natural human made system composed several interacting unit found broad spectrum application ranging neuroscience power grid mention system synchronize complex set coupling exhibit latter modeled complex network dynamical behavior system topology underlying network strongly intertwined raising question optimal architecture make synchronization robust master stability function msf proposed extensively studied generic framework tackle synchronization problem using method shown class model synchronization strongly directed network robust external perturbation paper approach transform non autonomous system coupled oscillator autonomous one showing previous result model independent recent finding indicate many real world network strongly directed potential candidate optimal synchronization inspired fact highly directed network also strongly non normal work address matter non normality pointing standard technique msf may fail predicting stability synchronized behavior result lead trade non normality directedness properly considered designing optimal network enhancing robustness synchronization | 4 | 1,378,893 | [
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congruence involving binomial coefficient apery like number let greatest integer exceeding apery like sequence paper deduce many congruence involving particular determine using binary quadratic form prime also prove several congruence generalized apery like number pose challenging conjecture congruence involving binomial coefficient apery like number | 1 | 572,333 | [
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extension qcd color strongly interact system multiplication qcd color atomic core studied via raw analysis using geometric modelling semi inclusive deep inelastic dispersion experimental data antecedently published hermes collaboration consist multiplicity proportion evident transverse momentum widen observable perform simultaneous fit two observables estimate color life time quark quark doe loss tape transport coefficient cross section hadronic interaction medium present preliminary result fit | 17 | 316,622 | [
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reconciling dark thing anomaly scenario propose anomaly free unified scenario invocation extra local gauge symmetry scenario simultaneously resolve anomaly dark affair puzzle long standing variant muon anomalous magnetic moment complex scalar nonzero charge introduced break new symmetry spontaneously moreover purpose studying dark matter phenomenology anomaly correlate manner introduce inert scalar doublet odd substantial singlet scalar odd coloured fermion transforms vectorially symmetry extra gauge symmetry provides newfangled gauge boson give extra contribution transition likewise provides crucial annihilation channel nighttime matter nominee present scenario admixture cp even indifferent component analysis show low mass dark thing regime gev notwithstanding allowed experiment corresponding xenont lhc via higgs unseeable branching fermi lat making dark matter phenomenology drastically different standard inert doublet scalar singlet model furthermore present theoretical account also fairly consistent observed branching proportion range quite capable explaining neutrino mass mixing via type seesaw mechanism add three right reach neutrino particle spectrum conclusion use latest atlas data point non observation resonant signal tev lhc constrain mass coupling plane | 7 | 1,795,749 | [
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limit cross domain generalization automated ray prediction large scale study focus quantifying ray diagnostic prediction task generalize well across multiple different datasets present evidence issue generalization due shift image instead shift label study cross domain performance agreement model model representation find interesting discrepancy performance agreement model achieve good performance disagree prediction well model agree yet achieve poor performance also test concept similarity regularizing network group task across multiple datasets together observe variation across task code made available online data publicly available | 6 | 1,515,730 | [
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uncertainty quantification multi scale resiliency nonlinear complex network using arbitrary polynomial chaos resilience characterizes system power keep back original function perturbation happen retiring twelvemonth attention mainly focused small scale resiliency yet understanding resiliency large scale network considering interaction component limited even though late research macro micro resilience pattern developed analytical tool analyze relationship analysis situs dynamic across network scale effect uncertainty big plate networked arrangement vindicated especially precariousness cascade connected node order quantify resilience doubtfulness across network resolution macro instruction microan arbitrary polynomial chaos apc expansion method developed paper estimate resilience subject parameter uncertainty arbitrary dispersion first time finical importance ability identify probability client recede resilience different model parameter contribute peril test using generic networked bi unchanging system aid practician understand macro scale behaviour make micro scale intervention | 12 | 729,016 | [
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pandemic spread residential district via random graph working multi type galton john broadus watson ramify cognitive operation framework analyse spread pandemic via general random contact graphical record model consists several community take input parameter outline contact individual dissimilar community given parameter determine whether pandemic outbreak yes calculate size giant connect component graph thereby determining fraction population character would contract bridge disease end show disease spread natural phylogenesis charge apply perron frobenius eigenvector matrix whose entry encode average issue private type expected septic individual another type corresponding eigenvalue basic reproduction number pandemic perform mathematical simulation compare homogenous heterogeneous disease spread graphical record quantify difference pandemic elaborate difference opinion herd immunity end pandemic effect countermeasure fraction infected population | 5 | 1,084,908 | [
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state nucleus toroidal configuration nucleus twice closed shell nucleus toroidal possible description primer coat state hoyle state vibrate group method author co ordinate method superposition orientation wheeler triangular bunch cluster plane would naturally generate intrinsic toroidal density toroidal state matter also probability amplitude overlap alpha cluster dominant decay modal value hoyle state reason study toroidal description state toroidal configuration phenomenologically microscopically toroidal nucleus distinguishes toroidal particle mess multiplet excitation toroidal individual particle shell another signature experimental information find phenomenologically hoyle state many higher emotional state whitethorn tentatively attributed nucleus toroidal configuration subject area system microscopic mean field approximation using variational wave part find equidensity surface ground land exhibit dense toroidal core immersed lower density oblate spheroid surface area furthermore striking toroidal feature equidensity surface state hoyle excitation energy previous cluster model calculation indicate presence alpha clump state toroidal coexistence model therefore may emerge suggest possibility physical sir fred hoyle state may probability amplitude toroidal configuration alpha clump configuration | 16 | 876,433 | [
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unsupervised learning approach solving heat equation chip based auto encoder image gradient solving heat transfer equation chip becomes critical upcoming ai chip package system however batch simulation performed data driven supervised machine learning model data driven method data hungry address physic informed neural network pinn proposed however vanilla pinn model solve one fixed heat equation time model retrained heat equation different source term additionally issue related multi objective optimization resolved using pinn minimize pde residual satisfy boundary condition fit observed data etc therefore paper investigates unsupervised learning approach solving heat transfer equation chip without using solution data generalizing trained network predicting solution heat equation unseen source term specifically hybrid framework auto encoder ae image gradient ig based network designed ae used encode different source term heat equation ig based network implement second order central difference algorithm structured grid minimizes pde residual effectiveness designed network evaluated solving heat equation various use case proved limited number source term train ae network framework solve given heat transfer problem single training process also make reasonable prediction unseen case heat equation new source term without retraining | 2 | 1,344,770 | [
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photon mediate stroboscopic quantum simulation lattice gauge theory quantum pretending fretwork bore hypothesis lgts aiming harness non perturbative corpuscle condensed topic physic recently received lot stake attending ensue many theoretic proposal well several experimental execution current challenge go beyond dimension four body plaquette fundamental interaction contain course quantum simulating twist appear missive propose method incur based combination stroboscopic optic atomic control non local photon mediated fundamental interaction appearing nanophotonic fossa qed setup exemplify method acting acting grille bore possibility well detail prepare ground nation cadence wilson loop loop use state artistic creation technique atomic purgative | 19 | 451,063 | [
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feigning xxz spin model utilize sideband passage trapped bosonic gas theoretically propose experiment demonstrate use motional sidebands trapped ensemble rb atom engineer tunable longsighted range xxz spin simulation bench mark simulator probing ferromagnetic paramagnetic dynamical stage transition lipkin meshkov glick lmg model corporate xxz model plus additional transverse longitudinal field honor via rabi spectroscopy experimentally reconstruct boundary dynamic phase sound correspondence meanspirited flying field theoretical prediction work introduces fresh possible action quantum simulation anisotropic spin spin fundamental interaction quantum metrology enhanced many trunk entanglement | 13 | 1,268,127 | [
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haah code oecumenical triad manifold haah code represent singularly interesting gapped hamiltonian outline resisted natural stimulus generalisation although recent piece work show tight related eccentric fracton role model commonplace type sibling haah code better understood generalized topological quantum flying field theory framework proposed following conceptual framework outline program generalize haah computer code manifold using hastings lr stabiliser code finite chemical group | 8 | 693,549 | [
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infrared propagator yang grind chern simon zealot possibility linear covariant gauge recent work explored non perturbative effect ascribable macrocosm infinitesimal gribov copy yang james mill chern herb herb simon theory three euclidian balance particular removal transcript modify gauge champaign propagator ego coherent dynamically generated great unwashed parametric measure gribov argument due interplay topological stack introduce chern simon term disseminator feature clause non trivial set phase pole different nature leading possible rendering confinfing deconfining phase transition inhere restore brst symmetry softly break elimination gage copy leave brst constant discussion changeover order make exonerated physical statement plenty linear covariant gauge contain standard measure parametric quantity therefore allow explicit tour duty calibre parametric quantity independence physical result also discus genesis condensation due infrared relevance infinitesimal gribov copy | 19 | 409,362 | [
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long time asymptotics integrable nonlocal nonlinear schrodinger equation step like initial data cogitation cauchy problem integrable nonlocal nonlinear schrodinger nnls equation iqtxtqxxxt qxtbarq xt step like initial data arbitrary positive constant main aim study long time behavior solution problem show asymptotics qualitatively unlike form quarter planer half sheet answer approach modulated incessant main tool representation root cauchy trouble condition answer link matrix riemann hilbert rh trouble consequent asymptotic analytic thinking rh problem | 12 | 709,570 | [
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track human behavioural consistency analysing periodicity home water uptake people living long eer imputable betterment healthcare prompted many health care provider tone towards outside patient care tight meet need future precedence enable people reside home rather overburden adroitness whenever possible increasing adulthood iot technology falling cost connected sensor made deployment remote healthcare scale increasingly attractive prospect work demonstrate measure consistence regularity behaviour household using sensor meter reading generated interaction home surround show track modification behaviour regularity longwise detect change may related significant life event trend may medically substantial achieve using periodicity analysis water usage reading sampled main household urine meter every min calendar month utilise iot application enablement platform conjunction low cost lora enabled sensor low power wide area network order validate data collection methodology could deployed large scale future envision statistical method described applied data flow home elderly risk group mean early illness detection monitoring well known illness | 3 | 155,603 | [
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restriction dirac surmisal first course constraint canonical formalism calibre theory might generate transformation mathematical function nation physically equivalent state called dirac supposition two example may candidate counter example conjecture unitary toy model found cawley another bilocal model proposed author quantum analysis bilocal theoretical account show model critical dimension spacetime surprisingly equal four derivation however based assumption unfeigned symmetry system generated first class constraint carry dirac conjecture satisfied present paper springiness detailed mathematically rigorous analysis dirac conjecture general gauge theory involve modern concept like semi gauge invariance find shape conjecture set equivalence generating function transformation expressed term poisson bracket bracket introduced paper condition reduces set gauge theory dirac conjecture hold along ecumenical prescription described paper regain bilocal model satisfies condition exception object lesson use illustrate method acting | 9 | 1,640,173 | [
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quantum simulation electronic structure transcorrelated hamiltonian increasing truth without extra quantum resource quantum simulation electronic bodily structure transformed ab initio hamiltonians let electron coefficient correlation essence priori prove transcorrelated hamiltonians used work efficiently constructed classically polynomial cost approximate similarity translation explicitly correlated two body unitary operator hermitian include atom interaction free negatron negatron uniqueness investigate whether economic consumption transformed hamiltonians repress imagination requirement universal quantum solver schrodinger equation explore accuracy computational cost quantum variational eigensolver found unitary coupled cluster single double uccsd effect demonstrate transcorrelated hamiltonians paired extremely compact base produce explicitly correlated vigor comparable much larger base use transcorrelated hamiltonians reduces phone number cnot gate two order magnitude number qubits factor troika | 13 | 1,270,177 | [
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beam tailspin asymmetry hyperon photoproduction neutron report new measurement irradiation spin asymmetry reaction using quasi innocent neutron liquid deuterium target new dataset include data previously immensurable photon energy angular range thereby cater fresh constraint partial undulation analytic thinking utilise extract prop excited nucleon state data based information obtained using cebaf large banker acceptance spectrometer clas house student residence thomas thomas jefferson interior accelerator facility jlab clas detector measured reaction product liquid deuterium target produced energy tagged linearly polarize photon beam vigour range gev foretelling isobar model indicate strong sensitivity latter state considered previous photoproduction depth psychology data incorporated primed partial wave analysis one observes significant change coupling resonance small forking ratio channel | 16 | 817,776 | [
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productive graduated table size china regional rd economic value chain mixed structure network paper offer new mathematical model measure productive scale size mp production system sundry structure net mixed series parallel first property passel general multi stage network transformed using dummy process series parallel network second property consider direct network combined series parallel structure theme purport fresh model measure overall mp production system internal process mp decomposition talk examined real life application study measure efficiency mp research development rd natural action chinese responsibility within rd value chain network rd value chain profitability marketability stage connected series profitability stage composed mental process rd exertion connected parallel mp network model provides mp measure also value indicate appropriate degree medium measuring stick two stage improvement strategy given region based gap current appropriate level intermediate measuring finding show marketability efficiency time value chinese rd region low region operate mp result taiwanese region performed inefficiently regarding profitability marketability find provides initial evidence generally lower profitability marketability efficiency chinese neighborhood severe problem may due wasted resource product rd | 18 | 1,720,708 | [
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stability periodic wave fractional kdv nls equality consider focalise fractional periodic korteweg devries fkdv fractional periodic nonlinear erwin schrodinger equation fnls equation sub critical dispersion special cover version case periodical kdv benjamin yoko ono theoretical account concept two parameter family bell shaped traveling wave kdv stand beckon nls constrain minimizers hamiltonian show particular traveling wave solution fkdv fnls non pervert spectrally static well orbitally stable done wholly rigorously without priori effrontery smoothness wave lagrange multiplier factor | 8 | 676,012 | [
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chiral interaction next adjacent next leading order nuclear impregnation present efficient monte carlo framework perturbative calculation infinite nuclear affair base chiral two three four nucleon interaction method enables incorporation many trunk donation straightforward transparent way spend penny possible extract systematic uncertainty estimation performing lodge order calculation chiral expansion well many consistency enlargement versatility new framework demonstrated applying chiral low pitched momentum interaction exhibiting good many body converging fourth orderliness following benchmark explore new chiral interaction next next side side leading order nlo unco simultaneous set triton saturation attribute achieved three nucleon scurvy vim coupling remain natural theoretical uncertainty nuclear matter importantly reduced move next following leading order nlo | 16 | 832,474 | [
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isotropic uncharged framework compactness stable confidence game gurations present work studied new star distribution good example spherically symmetrical matter uncharged isotropic distribution general relativity theory model considered particular metric potential example able represents known compact headliner like sax model satisfy energy condition hydrostatic equilibrium equation explorer qualify tolman oppenheimer volkoff tov equating uncharged matter addition also present velocity phone airfoil redshift pressure density ratio physical quantity pressure density redshift etc compare graphical representation important theoretic astrophysical scale | 11 | 243,500 | [
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two neutron transference reaction shape phase passage microscopically formulated interacting boson model two neutron transport chemical reaction canvas within interacting boson modeling based atomic energy density functional theory constrained self uniform mean field calculation skyrme vigor density functional performed provide microscopic input completely determine hamiltonian ibm spectroscopic property calculated nucleonic arcdegree exemption method apply sketch transportation reaction assorted set rare earth nucleus sm soman dy globular axially deformed shape form transition suggested occur neutron number result compared strictly phenomenological ibm calculation well available observational datum count carry chemical reaction intensity microscopic phenomenological ibm framework signal rapid atomic structural change particular nucleon identification number | 14 | 996,526 | [
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maximal diversity zipfs law zipfs law describes empirical size distribution component many system natural social science humanity show solving statistical model zipfs law co occurs maximization diversity component size law ruling increase diversity total dimension system derived relation heap law discussed example show analytical result compare well linguistics datasets | 4 | 1,548,089 | [
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number hidden state needed physically implement given conditional distribution consider problem construct physical cognitive process finite state space applies hope conditional distribution initial land produce final state problem arises often thermodynamics computation nonequilibrium statistical physic generally eg designing process implement desired computation feedback control james clerk maxwell demon previously known conditional distribution cannot implemented use chief equation involves state however demo conditional statistical distribution fact implemented additional hidden state useable moreover show always potential implement thermodynamically reversible manner investigate novel price strong arm resource want implement given distribution minimal number hidden state needed calculate cost precisely special compositor case represents single valued function provide upper bound world wide case term nonnegative rank event show accession one supererogatory binary level freedom thus doubling total number state sufficient implement master equation thermodynamically two sided way constraint allowed form master equation constraint greatly increase minimal needed issue hidden state result also imply certain implement without hidden state hidden state permit implementation generates le heat | 5 | 1,085,634 | [
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learning robust beamforming miso downlink system paper investigates learning solution robust beamforming optimization downlink multi user system base station b identifies efficient multi antenna transmission strategy imperfect channel state information csi stochastic feature end propose robust training algorithm deep neural network dnn accepts estimate statistical knowledge perfect csi optimized fit real world propagation environment consequently trained dnn provide efficient robust beamforming solution based imperfect observation actual csi numerical result validate advantage proposed learning approach compared conventional scheme | 0 | 27,040 | [
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wavefunction structure quantum many fermion organisation torso interaction conditional normal form strength function finite quantum many subatomic particle organization modeled articulate fermion single particle nation interacting body interaction wavefunction structure studied using random matrix possibility hamiltonian system chosen unflustered hamiltonian consistency operator body wheeler dealer fundamental interaction strength representing independent gaussian orthogonal ensemble goe random intercellular substance molecule space respectively first four minute particle space strength function gain strength office contain information wavefunction structure denoting energy eigenvalue denoting unruffled ground state energy give spreading state eigenstates shown firstly four moment essentially conditional normal dispersion given pj szabowski electronic journal probability bf naturally give asymmetry respect increase also peak value change thus wavefunction structure quantum many fermion system body interaction follows general conditional normal statistical distribution | 8 | 600,115 | [
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discharge electromagnetic radiation early leg relativistic heavy ion hit idea production electromagnetic radiation real virtual photon early pre equilibrium stage relativistic heavy ion collision parton dynamic prevail result ludwig boltzmann equation fokker planck diffusion limit photon dilepton charge per unit integrated obtained yield compared standard source available experimental data non equilibrium photon spectrum predicted pbpb tev | 7 | 1,669,728 | [
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weighted pbw degeneration tropical flag variety study algebraic combinatorial geometric aspect weighted pbw type degeneration partial flag variety type degeneration labeled degree function lying explicitly defined polyhedral cone identified maximal cone tropical flag variety varying degree function cone recover example classical flag variety abelian pbw degeneration linear degeneration particular toric degeneration | 1 | 581,386 | [
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exact rank reduction network model advent big information era generative model complex electronic network become elusive unmediated computational simulation present accurate linear algebraic reduction scheme generative model network exploiting bilinear structure ground substance theatrical performance generative theoretical account separate null eigenspace thin accurate description procreative manikin smaller vector outer space reduction group generative model catholicity class according rank metric signature study computationally affordable manner relevant dimension eg spectrum reduction also provide environs simplify calculation property proposed scheme work generative model admit matrix representation useful study dynamical process network well interpret generative model come according provided classification | 5 | 1,012,887 | [
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intelligent reflecting surface physic propagation pathloss modeling intelligent reflecting surface improve communication source destination surface contains metamaterial configured reflect incident wave source towards destination two incompatible pathloss model used prior work letter derive far field pathloss using physical optic technique explain surface consists many element individually act diffuse scatterers jointly beamform signal desired direction certain beamwidth disprove one previously conjectured pathloss model | 2 | 1,518,077 | [
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graphmi extracting private graph data graph neural network machine learning becomes widely used critical application need study implication privacy turn urgent given access target model auxiliary information model inversion attack aim infer sensitive feature training dataset lead great privacy concern despite success grid like domain directly applying model inversion technique non grid domain graph achieves poor attack performance due difficulty fully exploit intrinsic property graph attribute node used graph neural network gnn bridge gap present textbfgraph textbfmodel textbfinversion attack graphmi aim extract private graph data training graph inverting gnn one state art graph analysis tool specifically firstly propose projected gradient module tackle discreteness graph edge preserving sparsity smoothness graph feature design graph auto encoder module efficiently exploit graph topology node attribute target model parameter edge inference proposed method study connection model inversion risk edge influence show edge greater influence likely recovered extensive experiment several public datasets demonstrate effectiveness method also show differential privacy canonical form hardly defend attack preserving decent utility | 0 | 43,844 | [
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detecting fractional chern insulator circular dichroism swell effort currently devoted applied science topologic bloch band ultracold atomic gas recent achievement direction unitedly possibility tuning inter particle interaction suggest powerfully correlated land reminiscent fractional quantum foyer fqh liquid could long generated organization experimental model transport measurement limited discover unambiguous signature fqh character department state constitutes challenge demonstrate fractional nature quantized hall conductance key characteristic fqh state could detected ultracold petrol orbitual dichroic measurement wit monitoring energy absorbed nuclear cloud upon circular effort validate glide slope comparing orbitual dichroic signal many body chern number saucer measurement could performed distinguish fqh type state competing state scheme offer practical tool signal detection topologically ordered state quantum direct organization likely application programme solid state | 13 | 1,279,919 | [
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high field solution state dnp using cross correlation magnetic field operation rough cut nmr instrument electron pieter zeeman frequency high efficient electron nuclear dipolar cross relaxation occur solution rate procedure fade electron zeeman frequency omega absence isotropic hyperfine coupling melted state dynamic nuclear polarisation dnp gamy theater attraction thus impractical however contact coupling dipolar hybridizing relaxation mechanism move electron magnetisation nucleus liquid multiple cross correlated cc relaxation process also exist involve various combining interaction tensor anisotropy rate procedure favourable high plain behaviour dipolar cross relaxation due difficulty numerical particularly analytical treatment remain largely uncharted communication report analytical evaluation every rotationally driven relaxation process liquid state state en nut spin system well numerical optimisation steadfast united state department state dnp honor spin hamiltonian parameter antecedently unreported cross correlation dnp ccdnp mechanism identified en system involve multiple relaxation interference effect inter electron exchange coupling using computer simulation found realistic twisting hamiltonian argument yield stronger nuclear polarisation high magnetic field dipolar cross relaxation | 13 | 1,246,845 | [
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non reciprocal collimated surface plasmons drift biased graphene metasurfaces explore unusual non reciprocal diffraction le property surface plasmon polaritons propagating drift biased graphene based metasurfaces show applying drift current graphene sheet lead extremely asymmetric plane modal dispersion terahertz infrared frequency associated plasmons low loss high loss ultra high confinement traveling along bias strikingly truly unidirectional wave propagation prevented intrinsic nonlocal response graphene mechanism shape energy flow surface also show highly directive hyperbolic plasmons completely immune backscattering propagate obliquely along drift nanostructured graphene finally discus spin orbit interaction exploited platform efficiently launch collimated plasmons along single direction maintaining giant non reciprocal response finding open new paradigm excite collimate steer process surface plasmons broad frequency band | 2 | 1,527,971 | [
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inverse scattering transform soliton solution focusing kundu eckhaus equation nonvanishing boundary condition focusing kundu eckhaus ke equation non zero boundary condition eternity two case simple zero double zero look systematically via riemann hilbert releasing factor trouble derive unexampled result equation including espouse seven part analyticity symmetry jost mapping scattering matrix analyzed help normalized lax pair based resulting symmetry corresponding discrete spectrum set residue term scattering coefficient obtained important construct formula solution original equation tercet generalized rh problem established combine analytic property jost function modified eigenfunctions iv releasing hormone problem work corresponding asymptotic behavior combined plemeljs formula cauchy operator look solvent focusing ke equation give condition non reflection reflection coefficient discrete spectrum trace formula correspond theta condition given obtain phase difference initial value boundary six double zero similar framework set discrete spectral point operation process much complicate dim witted nothing new resolution phenomenon appear vii interesting phenomenon obtained unrivalled solution gradually rouge wave spectrum point tend singular point choosing appropriate parameter | 8 | 622,684 | [
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maxim concavifiable preference eyeshot alt theory present necessary sufficient condition alt system concave public service corporation function condition seen extension gossens first law economical interpretation together result present strict test copy elevation representation theorem hausdorff separable path connected topological space provide necessary sufficient condition alt public utility company ceaselessly differentiable | 18 | 1,621,127 | [
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nonequilibrium strategy tight target hunt genome vital biological process genome repair require fast effective binding pick protein specific target site deoxyribonucleic acid propose active target search mechanic based chromophoresis dynamical dna bind protein gradient density epigenetic mark colour biochemical tag genome focal point set protein depositary mark snub fount encountered away thermodynamic equilibrium suitable scope energising parameter economic value chromophoretic protein perform unidirectional motion optimally redistribute along genome importantly also locally unravel part genome collapsed due self interaction dive deep sum striking enhancement efficiency target area search unobtainable substratum discus potential relevance chromophoresis location dna lesion | 5 | 1,011,222 | [
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finding ev scale light relic cosmological observables cosmological data provide powerful tool search physic beyond standard model sm interesting target light relic new degree freedom decoupled sm relativistic nearly massless relic contribute radiation energy budget commonly parametrized variation effective number neutrino specie additionally relic mass greater ev become non relativistic today thus behave matter instead radiation leaf imprint clustering large scale structure universe light relic important streaming motion mirroring case massive neutrino forecast well current upcoming cosmological survey probe light massive relic limrs consider minimal extension sm fermionic bosonic relic degree freedom combining current upcoming cosmic microwave background large scale structure survey forecast significance limr different mass temperature detected find large coverage parameter space attainable upcoming experiment opening possibility exploring uncharted territory new physic beyond sm | 7 | 1,575,841 | [
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random schrodinger operator anderson localization function nonperiodic medium note recap result fix related belonging random schrodinger operator rise nonperiodic medium let anderson model associated disordered quasycrystals also holler delone operator operator associated deterministic aperiodic structure | 8 | 651,490 | [
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unaccented nominal head wave function meson baryon pentaquarks topographic anatomy induce local quark fundamental interaction calculate light front wave function meson baryon pentaquarks model including constituent mass representing chiral balance breaking harmonic confining potential quark cheese local interaction hooft type model simplified version use jia vary method habituate numerical diagonalization hamiltonian matrix sure functional basis found nucleon wave function showing strong diquar correlation unlike delta decuplet baryon besides calculate quark cheese quark admixture baryon leave antiquark sea pdf | 14 | 990,685 | [
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machine learning approach biopsy based identification eosinophilic oesophagitis reveals importance global feature finish eosinophilic esophagitis eoe supersensitive inflammatory condition characterized eosinophil accumulation esophageal mucosa eoe diagnosis let manual assessment eosinophil degree mucosal biopsy time consuming laborious undertaking difficult standardize one principal challenge automating process like many biopsy based diagnostics detecting feature film small relative size biopsy solvent work utilized hematoxylin eosin stained slide esophageal biopsy affected role fighting eoe control subject build platform based deep convolutional neural network dcnn classify esophageal biopsy accuracy sensitivity specificity moreover combining several downscaling cropping strategy show feature give right classification global sooner specific local feature speech conclusion report power artificial intelligence identify eoe using computing machine vision analysis esophageal biopsy slide dcnn feature associated eoe ground local eosinophil also planetary histologic change glide slope used stipulation rely biopsy based histologic diagnostics | 5 | 1,087,502 | [
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meat meet corona portion source explain lambda anti lambda global polarisation semi central heavy ion hit compute lambda anti lambda world inclusive polarisation semi cardinal grave ion collision model source lie high tightness marrow le dense corona show lambda anti lambda bring forth galvanic glow combined smaller identification number lambda coming core compared coming saint ulmos fire gain result anti lambda obedience lambda polarization occur gain becomes authoritative lower hit energy quantitatively describe lambda anti lambda polarization measured ace topology shaft light energy scan | 16 | 810,162 | [
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limit theorem st betti number layer subgraphs random graph initiate study local topology random graph high level goal characterize local motif graph paper consider call layer subgraphs input graph specifically layer subgraph vertex denoted induced subgraph vertex set shortest path distance viewing graph dimensional simplicial complex aim study st betti number subgraphs main result st betti number layer subgraphs erdhos renyi random graph satisfies central limit theorem | 1 | 523,862 | [
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silico prediction protein flexibility local structure approach flexibleness intrinsic substantive feature protein structure directly unite function day prediction method acting manipulation crystallographic data namely factor indicator protein inner flexibleness predicts unbending flexiblepredyflexy stand differently approach relies definition protein tractability taken crystallographic data also ii root mean square fluctuation rmsfs observed molecular dynamic simulation also u specific internal representation protein social organization named retentive structural prototype lsps position specific scoring matrix lsps predict good accuracy straight used predict protein flexibility three category flexible intermediate unbending ii normalized factor iii normalized rmsfs iv trust indicator prediction accuracy among three class equivalent best two class forecasting method normalized factor normalized rmsfs safe correlational statistic data based silico value thus predyflexy unique approach major utility scientific community documentation parallelization feature run local clustering using multiple coresthe entire project available heart heart source license | 5 | 1,062,014 | [
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charmonium contribution rightarrow kellell neighborhood modest quark mass accept account program line renormalization constant relevant iv quark cheese cheese hustler calculated temporal moment result suggest violation factorization bringing close together | 19 | 469,531 | [
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improved model nonlinear fiber propagation bearing kerr nonlinearity stimulated raman scattering ultra wideband roughage optical infection suffers kerr nonlinearity stimulated raman dispel sr mathematical model address interplay kerr nonlinearity sr exist mannikin based gaussian noise gn enhanced gaussian noise egn model paper propose inflection formatting dependent example accounting enhance link occasion valid non identical span fiber span loss sr gainloss needfully compensated amplifier end span new signal magnate profile also introduced represent frequence dependent fiber attenuation proposed analytic model take term nonlinear interference nli including self channel disturbance cross duct interference multi channel interference account statement also shown proposed model power predict nli power greater precision previous model break step fourier simulation indicate sr arbitrary pitch contour formatting considered previous poser may inaccurately predict nli power difference could db thz system channel gbaud | 3 | 141,205 | [
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explainable artificial intelligence xai deep teach based medical image analysis increase deep learn based method phone call explainability method grows especially mellow stake decision making area medical mental image analysis view present overview interpretable stilted intelligence xai used deep learning free base aesculapian image depth psychology framework xai criterion introduce classify cryptic learning ground medical image analysis method paper xai technique medical image analytic thinking surveyed categorized fit framework grant anatomical localization theme conclude expectation future opportunity xai medical mental image analysis | 3 | 108,324 | [
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weighted bures length uncovers quantum nation sensitivity unitarity quantum evolution implies overlap initial department state change metre property commonly believed explain lack nation sensitivity quantum theory feature prevailing classical chaotic system however distance two stage classical stage space completely different numerical concept overlap distance two pointedness hilbert space possibility land sensitivity quantum theory reveal help metric appearance recently introduced weighted bures length wbl achieves task particular numerically study cellular automaton like unitary phylogeny qubits known rule apply wbl appearance single qubit disturbance random initial state grows linearly time nearest neighbour interaction cyclessecond appear grow exponentially time interaction give random bipartite graph | 13 | 1,280,961 | [
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foretell non destructive quantum snarl gate unmarried photon source heralded entangling quantum logic gate essential element implementation large scale optical quantum computation yet data based manifestation genuine acclaim tangle logic gate free flying output photon linear opthalmic system hindered per se probabilistic reservoir double pair emission parametric conversion using demand single photon rootage based semiconductor quantum dot engraft micro pillar cavity demonstrate heralded controlled cnot operation ii exclusive photon first time characterize performance cnot gate estimate average quantum logic gate fidelity application generated event ready bell state fidelity result important footstep towards development photon photon quantum logic logic gate | 13 | 1,248,154 | [
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cooling timing test atlas fast tracker vme panel fast tracker ftk atlas vertebra trigger upgrade built full event low latency high rate tracking ftk core made vme board performs demanding computational task associative memory instrument panel serial link processor amb auxiliary card aux punch front rearward side vme expansion slot constitute processing unit pu get hold track using hit layer inner detector pu work pipeline second stage board ssb find layer track adding extra hit discover track designed constellation pu ssbs installed vme crateful eminent power consumption amb aux ssb respectively per board demand development usage cooling system still though expected power consumption vme crate ftk system high compare vulgar vme setup ftk core crate usance kw fraction power place needed cpu farm performing task report integration pu ssbs inside ftk system infrastructure needed running cool test performed verify organization process rate temperature stability dependable value | 17 | 345,951 | [
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poincare crystal one dimensional lattice paper train quantum possibility particle discrete poincare symmetry one dimensional bravais grille review recently discovered discrete lorentz symmetry unparalleled lorentz isotropy coexist distinct space translational symmetry bravais lattice discrete hendrik antoon hendrik antoon lorentz shift spacetime translation form discrete poincare mathematical group represented one operator quantum theory find condition macrocosm representation expressed congruousness relation quasi impulse quasi energy build lorentz invariant many body theory identical speck expressing one hooker floquet hamiltonians entire term athletic field slattern typical hamiltonians include farseeing range hop fluctuate aloofness place increase calculate greenish function lattice theory spacetime point green occasion nonzero display wicket structure multiplication particle stay localized single website preserve hendrik antoon lorentz symmetry | 19 | 440,329 | [
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first principle electromagnetic reception metier stack nucleus review recent advance make reckoning electromagnetic response function lightheaded medium slew nucleus using conjugate bunch theory show many body formulation lorentz integral transform method acting allows calculate photoabsorption cross surgical surgical incision atomic number discus electromagnetic sum rule exceptional accent electric dipole polarizability including triplex rectification duet cluster hypothesis revisit ca beside electric dipole polarizability antecedently look neutron proton radius well size neutron skin heaviness show correlativity among observables still hold albeit better agreement experiment obtained forecasting small neutron skin heaviness corroborated | 16 | 845,820 | [
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contingent capital stock price trigger interbank web theme study existence uniqueness equilibrium price good example banking sector bank trade contingent transmutable bond stock monetary value trigger among type financial product proposed instrument steady global banking system fiscal crisis recognize former product crataegus oxycantha create disk shape job definition farm animal mary leontyne price even absence trade find transition threshold james bond holder indifferent marginal conversion exists unique balance irrespective network structure threshold lower existence sense balance recess higher threshold crataegus oxycantha lead multiplicity equilibrium moreover complex mesh upshot one bank spiritual rebirth crataegus laevigata trigger conversion prevent depending constellation asset time value conversion trigger | 18 | 1,617,785 | [
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dispersion filtering property rectangular waveguide loaded holey structure paper analyzes thoroughly dispersion filtering feature periodic holey waveguide millimeter wave frequency range two structure mainly studied depending glide mirror symmetry hole parametric study dispersion characteristic unit cell carried glide symmetric holey waveguide provide higher propagation constant low dispersion wide frequency range regarding hollow waveguide property particularly useful design low loss low dispersive phase shifter also demonstrate glide symmetric holey waveguide le dispersive waveguide loaded glide symmetric pin furthermore perform bloch analysis compute attenuation constant holey waveguide mirror broken glide symmetry configuration demonstrated suitable filter design finally simulation result validated two prototype gap waveguide technology first one phase shifter based glide symmetric holey configuration achieves flat phase shift response wide frequency range frequency bandwidth second one filter based mirror symmetric holey structure db rejection ghz ghz | 3 | 193,415 | [
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pion observables minkowski space pion model pi meson structure minkowski blank space describe term analytic model han albrecht bethe salpeter amplitude merge euclidean lattice qcd consequence black market quark mass present work pion model antecedently proposed allows nakanishi integral delegacy studied social club verify sensitivity pion electromagnetic form factor small variation quark self energy accession stretch premature work providing nakanishi integral representation invariant associated decomposition pion han albrecht bethe salpeter bountifulness | 7 | 1,787,951 | [
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algebra supermanifolds urge analogy different type differential form supermanifolds string along force field superstring theory construct novel multilinear non associative product form issue algebra | 9 | 1,676,908 | [
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new multisymplectic approach measured affine brainiac palatini action gravity present covariant multisymplectic formulation einstein palatini metric affine simulation cosmopolitan relativity without doe matter source described first social club affine lagrangian derivative field singular hence gauge line business possibility restraint constraint obtained lend oneself restraint algorithm field equivalence lagrangian hamiltonian formalism order covariant field equality must write suitable geometrical fashion using integrable distribution represented multivector field sealed type get explain geometric forcible meaning lagrangian constraint construct multimomentum covariant hamiltonian formalism gauge symmetry manikin discussed formalism equivalence einstein hilbert theoretical account build | 8 | 642,994 | [
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null infinity undefendable hamiltonian organisation system emits gravitational radiation bondi stack decrease bondi energy hamiltonian thus time dependent hamiltonian theme show bondi energy understood time subordinate hamiltonian covariant phase space derivation start hamiltonian formulation domain boundary null introduce general boundary condition generic null boundary compute quasi local charge boost energy angulate impulse initially domain finite distance natural iridium regulator remove inland revenue regulator introduce double null foliation together adapted newman penrose void tetrad void direction surface extraneous study falloff condition specific null foliation take point accumulation null infinity null infinity recover bondi mass usual covariant phase angle outer space two radiative mode broad non perturbative level apart technical result framework move two important physical insight first explains physical significance corner term added wald zoupas framework render quasi conserved charge integrable term added derivative hamiltonian deference background field drive time dependence hamiltonian secondly purpose new interpretation bondi mass thermodynamical liberal energy gravitative edge mode future null infinity bondi mass law simply statement free energy always decrease way towards thermal equilibrium | 9 | 1,686,078 | [
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nucleon pliable form cistron accessible large spacelike impulse poincare covariant quarkdiquark faddeev equation used compute nucleon elastic form factor nucleon mass elucidate role probe emergent hadronic mass monetary standard model calculation expose characteristic form gene tested new generation experiment subsist facility eg zero maximum zero proton quark paul adrien maurice dirac form factor additionally examination associated light front transverse number anomalous magnetization denseness reveals inhume alia mark excess valence quark neighborhood proton centre transverse momentum valence quark cheese markedly active magnetically either valence quark calculation depth psychology also reveal aspect nucleon social organization could tested mellow brightness accelerator capable deliver higher beam energy presently available | 19 | 413,584 | [
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electro magnetic energy extraction rotating shameful fix advert force liberal electrodynamics black hole anti de setting hen considered present new energy extracting solution force destitute electrodynamics anti de baby sitter close horizon extremal kerr super entropic near purview extremal kerr geometry relevant equation motion derived action law force free blood plasma surround whirl black hole generic asymptotics consider energy flux electrodynamic field view rotating frame argue correct measure energy descent energy flux measured rotating observer near horizon region illustrate procedure application approximate horizon solution kerr ad kerr btz | 11 | 285,563 | [
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effective scalar tensor verbal description regularize lovelock gravitational attraction four dimension reformulate recently proposed regularized version lovelock sombreness four dimension scalar tensor hypothesis promoting warp factor interior space scalar degree freedom mean kaluza klein simplification display regularized lovelock soberness key effectively sure subclass horndeski theory cosmological aspect particular scalar tensor theory studied found background scalar charge generically allow consequence scalar charge briefly discourse | 11 | 266,528 | [
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boson sullen matter nimbus dominant allele noncondensed component consider galaxy nimbus spring dark matter boson mass range ten hundred ev major part molecule noncondensed state described thomas fermi approaching descend equation solved numerically find halo density visibility noncondensed state stick entire halo except compact gravitationally confine bose einstein condensate although size compact object likewise known bose whiz depend interaction particle upper limit astronomical unit bose star collect condensed boson providing density cusp avoidance doughnut well natural mechanic prevent overproduction small halo cluster bose star also contribute halo density visibility model analyzed confronting prevision watching galax urceolata rotary motion curve employ low surface brightness coltsfoot find modelling consistent observational data particle mass range ev best fit corresponds mass ev mass appropriate relic dark matter boson decouple qcd phase transition | 7 | 1,739,475 | [
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towards high precision parton distribution lattice qcd via distillate apply distillate spatial asperse course study extraction unpolarized isovector valence pdf nucleon improved volume sampling control excited state afforded distillation lead dramatically better determination requisite ioffe time pseudo distribution pitd encroachment higher bend effect subsequently explored extending wilson line length present non local operator one half spatial extent lattice ensemble count valence pdf extracted psychoanalyse matched ioffe time distribution itd well verbatim matching pitd pdf growth novel prescription drug obtain pdf pitd establish come deviation pitd expected dglap development pseudo pdf presence dglap evolution notice following introduction discretization term pdf extraction observation correction discrepancy foreground utility distillation structure study | 19 | 411,520 | [
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bridge spread numerics experiment free standing graphene account outcome large scale measurement quantum monte carlo qmc feigning graphene using geld edge algorithmic advance able consider spatial volume correspond electron allow access code energy scale verbatim relevance experimentation using strained random phase appraisal crpa estimate forgetful ranged interaction merge coulomb prat consanguine vacuum able confront successfully numerical experimental estimate fermi step renormalization event comparability disturbance theory display non femtometer liquid state case graphene also demonstrate grandness lattice scale physic quantitative description data based data fermi speed renormalization suspended graphene | 19 | 471,140 | [
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nonextremal black hole particle accelerator consider particle collision background nonextremal black hole two particle fall infinity particle fine tuned critical collision occurs turning point first example reissner nordstrom rn one energy infinity big enough turning point close horizon derive simple formula according surface gravity thus significant growth possible particle ultrarelativistic particle ultrarelativistic give gain compared collision flat space time ii black hole near extremal small scenario multiple collision energy finite individual collision however grow subsequent collision provided new near critical particle heavy enough neutral rotating black hole case turning point remains far horizon large still possible case ii similar collision rn metric develop general theoretical scheme direct astrophysical application next step studied | 10 | 1,420,109 | [
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maximum distance four digit kaprekar process natural number classical kaprekar function defined rearrangement base digit descending order ascending base digit non zero fixed point classified hasse prichett base fixed point known unique article determine maximum number iteration required reach fixed point among four digit base input thus answering question yamagami moreover also explore function fraction four digit input iterating converges fixed point | 1 | 575,424 | [
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new cryogenic setup lookup neutron electric dipole moment cryogenic apparatus described enable new experimentation nedmsns major improvement sensitivity equalise existing limit search neutron electrical dipole moment edm superfluid bring high flavor concentration radical cold blooded neutron ucn contained suitably coat duad measure cellular telephone experiment operated spallation neutron mention oak ridge national laboratory polarized atomic electron shaft generator inject superfluid transported measurement cell carbon monoxide magnetometer superfluid likewise habit insulate medium get significantly high galvanise field compare previous experiment maintain across measure cell feature provide ultimate statistical uncertainty edm curium prognosticate taxonomical incertitude degree | 16 | 843,922 | [
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canonic equivalence quantisation anisotropic inflation higher order theory gravity conception phase space structure typical gamy order hypothesis gravity background anisotropic bianchi mini superspace following modified horowitz formalism easily applying dirac algorithmic program taking tending divergent terminus show equivalence canonic quantization semiclassical approximation performed expatiate fact quantum possibility transit successfully classical diamond state broody universe splashiness thereafter studied numerical value inflationary parameter show excellent accord latest released max planck data point | 9 | 1,776,993 | [
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splintering free base superconducting trap levitation micrometer sized particle meissner state present detailed analytic thinking two chip based superconducting trap architecture capable levitating micron sized superconducting particle fritz meissner state architecture worthy performing novel quantum experiment massive particle force acceleration sensor unprecedented sensitivity focus work chip found anti helmholtz gyre type trap ahc planar bivalent loop dlp sand trap demonstrate fabrication superconducting nb film fabrication superconducting particle nb pb apply finite element modeling fem analyze two trap computer architecture detail respect trap stability frequency crucially fem account complete iii dimensional geometry trap finite magnetic field penetration levitated superconducting particle demagnetizing effect flux quantization thus analyze trap property beyond assumption made analytical model find realistic ahc trap yield snare frequency well khz levitation micrometer caliper size particle fabricated three layer process dl trap enable trap relative frequency khz simpler fabricate single layer process numerical result guide future experimentation aiming levitating micrometer sized particle fritz meissner state chip based superconducting trap mould use likewise applicable scenario using superconductors meissner state designing superconducting magnetic shield cypher filling factor superconducting resonator | 13 | 1,297,320 | [
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baire measurable coloring group action field descriptive combinatorics investigates question extent classical combinatorial result technique made topologically measure theoretically well behaved paper examines class coloring problem induced action countable group polish space requirement desired coloring baire measurable show set coloring problem admit baire measurable solution particular free action complete analytic apart trivial situation orbit equivalence relation induced smooth comeager set result confirms hardness finding topologically well behaved coloring shift action characterize class problem baire measurable coloring purely combinatorial term turn closely related concept already studied graph theory relation descriptive set theory remark framework permit wholly dynamical interpretation coloring corresponding equivariant map given subshift article also viewed contribution generic dynamic | 1 | 596,014 | [
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