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dataverse-tokenized-dataset

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frequency correlation low frequency qpos kilohertz qpos accreting millisecond ray pulsar investigate frequency correlation low frequency lf hz khz quasi periodic oscillation qpos using complete rxte data set accreting millisecond ray pulsar amxps compare non pulsating neutron star low mass ray binary known spin amxps sax xte find frequency correlation power law index surprisingly significantly lower non pulsar consistent relativistic precession model rpm prediction appropriate test particle orbital lense thirring precession frequency previously reported power law normalization significantly higher amxps non pulsating source leading requirement neutron star specific moment inertia model cannot satisfied realistic equation state least two amxps show frequency correlation inconsistent sax xte possibly similar non pulsating source two amxps conclusion could drawn discus result context model success black hole bh system involving torus like hot inner flow precessing due prograde frame dragging scenario additional retrograde magnetic classical precession torque present bh system also considered show combination interpretation may accommodate result
10
1,353,519
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level truncation coming open thread field possibility given brane background string possibility equivalently boundary condition two dimensional conformal field theory classical answer open string field theory equation motion conjectured describe new brane background boundary condition thesis study solution bosonic open string field hypothesis using even truncation approach numerical approach string field truncated finite number academic degree freedom start review theoretical background numerical method needed level truncation approach shot discus solution various different backcloth first discus universal solution depend undecided string background analyze answer free boson hypothesis compactified circle torus borderline solution unlike approach finally solution hypothesis let series virasoro minimal model addition known branes find called exotic solution potentially describe even unidentified boundary state paper based doctoral thesis submitted module mathematics physic charles university czech capital
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1,703,975
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soft gluon emission two loop full color soft emission factor central ingredient factorization generic particle gauge theory amplitude one soft gluon external state present complete two loop soft factor capturing leading power behavior soft gluon momentum two loop color structure kinematic dependence soft factor become nontrivial soft gluon couple three hard partons first time tripole term nontrivial kinematic dependence tripole term uniform maximal transcendental weight expressed euclidean region term single valued harmonic polylogarithms result consistent behavior recently computed symbol two loop five particle amplitude super yang mill theory limit outgoing soft gluon also collinear incoming hard parton potentially dangerous factorization violating term arise
9
1,579,652
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long horizon visual planning goal conditioned hierarchical predictor ability predict plan future fundamental agent acting world reach faraway goal predict trajectory multiple timescales first devising coarse plan towards goal gradually filling detail contrast current learning approach visual prediction planning fail long horizon task generate prediction without considering goal information finest temporal resolution one step time work propose framework visual prediction planning able overcome limitation first formulate problem predicting towards goal propose corresponding class latent space goal conditioned predictor gcps gcps significantly improve planning efficiency constraining search space trajectory reach goal show gcps naturally formulated hierarchical model given two observation predict observation recursively subdividing part trajectory generate complete sequence divide conquer strategy effective long term prediction enables u design effective hierarchical planning algorithm optimizes trajectory coarse fine manner show using goal conditioning hierarchical prediction gcps enable u solve visual planning task much longer horizon previously possible
6
1,510,915
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freeze optical branch energy diatomic fpu chain work exchange energy musical mode optic branch acoustic nonpareil diatomic chain particle mass prove small temperature provided majority initial data energy branch approximately constant metre order reverse temperature result consistent thermodynamic limit
8
612,793
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observation topological band gap soliton topological material exhibit property dictated quantised invariant make robust perturbation topological protection universal wave phenomenon applies context electron solid state material also photonic system ultracold atom mechanical system circuit exciton polaritons beyond however vast majority research system focused linear domain ie inter particle interaction play role experimentally observe soliton wave propagate without changing shape result nonlinearity bulk photonic floquet topological insulator soliton exhibit fundamentally different behaviour soliton ordinary band gap execute cyclotron like orbit associated topology lattice specifically employ laser written waveguide array periodic variation along waveguide axis give rise non zero floquet winding number nonlinearity arises optical kerr effect ambient glass effect described applicable range bosonic system due description focusing nonlinear schrodinger equation ie gross pitaevskii equation attractive interaction
12
747,343
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prospect gamma ray observation narrow line seyfert galaxy cherenkov telescope array ii gamma gamma absorption broad line region radiation field gamma ray emitting narrow line seyfert nls galaxy possibly harbour relatively low mass black hole accreting close eddington limit share many characteristic sibling source flat spectrum radio quasar although detected mev gev band fermi lat never seen high energy band current imaging atmospheric cherenkov telescope iacts thus key target next generation iact cherenkov telescope array cta previous work selected mean extensive simulation best candidate prospective cta detection sb pmn pks taking account effect intrinsic absorption approximated cut gev extra galactic background light propagation ray work simulate spectrum three source adopting realistic broad line region blr absorption model particular consider detailed treatment absorption radiation field blr function location ray emission region parameter inferred observational constraint find due energy range extent sensitivity cta particularly well suited locate ray emitting region nls particular cta able distinguish whether ray emitting region located inside outside blr also inside blr may
10
1,391,593
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adaptive direction guided structure tensor full edition direction guided structure tensor total variance dstv latterly proposed regularization term objective increase sensitivity structure tensor total variation stv change towards predetermined direction despite plausible result obtained uni directional picture dstv model applicable multi directional image tangible world discipline construct ii stagecoach framework brings adaptivity dstv design alternative stv encodes first order selective information within local neighborhood guidance spatially varying directional descriptor ie orientation dosage anisotropy order estimate descriptor propose efficient preprocessor capture local geometry based structure tensor inclusive experimentation demonstrate good involvement directive information stv comparing aim method acting state art depth psychology based denoising model term restoration quality computational efficiency
3
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dynamic factor model approach incorporate big data state space model official statistic paper consider estimation unobserved component state space model using dynamic factor approach incorporate auxiliary information high dimensional data source apply methodology unemployment estimation done statistic netherlands us multivariate state space model produce monthly figure unemployment using series observed labour force survey lf extend model including auxiliary series google trend job search economic uncertainty claimant count partially observed higher frequency factor model allows nowcasting variable interest providing reliable unemployment estimate real time lf data become available
6
1,444,167
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fractional operator applied geophysical electromagnetics growing body applied mathematics literature recent year focussed application fractional calculus problem anomalous transport analysis anomalous transport charge tracer fluid etc presumed attributable long range correlation material property within inherently complex case self similar conducting medium rather considering exquisitely discretized computationally intractable representation medium complex spatially correlated heterogeneity represented reformulation pde governing relevant transport physic coefficient instead smooth paired fractional order space derivative apply concept scalar helmholtz equation use electromagnetic interrogation earth interior magnetotelluric method outline practical algorithm solving helmholtz equation using spectral method coupled finite element discretization execution algorithm magnetotelluric problem reveals several interesting feature observable field data long range correlation predicted electromagnetic field power law relationship squared impedance amplitude squared wavenumber whose slope function fractional exponent within governing helmholtz equation non constant apparent resistivity spectrum whose variability arises solely fractional exponent geologic setting characterized self similarity eg fracture system thick richly textured sedimentary sequence etc posit diagnostics useful geologic characterization feature far typical resolution limit electromagnetic method geophysics
0
77,552
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perturbative renormalization improvement non singlet transmitter current wilson fermion sir herbert beerbohm tree tier symanzik improved gauge activity calculating hadronic donation preciseness observables test fund model wicket qcd electromagnetic current play central part apply wilson action betterment qcd flavor counterterm must added vector current order case matrix component improved addition local vector current keep grille situation must normalise breaking su symmetry quark mass ground substance lead mingle local current different quark flavor present perturbative figuring required advance renormalization constant needed local conserved electromagnetic current quantum chromodynamics ameliorate wilson fermion tree story symanzik repair gauge military action exception one coefficient show order lattice perturbation theory method based vector axial mr humphrey ward identity imposed finite latticework spacing chiral limit arrive using latticework ensemble bring forth part coordinated lattice simulation centilitre initiative
19
415,820
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conformal field theory lattice level discrete complex analysis virasoro structure critical statistical mechanic conformal line business theory cft conjecturally connected since seminal work beliavin polyakov zamolodchikov bpza exhibit exactly resolvable structure two dimension long standing question itth concern whether direct link structure whether virasoro algebra representation cft distinctive feature cft deuce dimension find within lattice model statistical mechanic give positive answer question discrete gaussian free field ising model connecting complex body part discrete complex analytic thinking lattice model virasoro symmetry expected describe scaling limit allows tight connexion number object lattice model world field theory one particular solution link cft local field lattice local field introduce ghp probabilistic formulation lattice model continuum correlation function grammatical construction decisive step towards establish conjectured correspondence correlation function cft theater operation lattice local area fussy unitedly upcoming chi construction complete picture initiated hosm hon qi number conjecture relating specific ising lattice flying field cft coefficient correlation proven
8
676,331
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detecting unusual input neural network evaluating neural network input differs markedly training data might cause erratic flawed prediction study method judge unusualness input evaluating informative content compared learned parameter technique used judge whether network suitable processing certain input raise red flag unexpected behavior might lie ahead compare approach various method uncertainty evaluation literature various datasets scenario specifically introduce simple effective method allows directly compare output metric single input point even metric live different scale
6
1,388,276
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imprint nuclear bubble nucleon nucleus diffraction scope density core group constant central region smoothly decreasing surface depletion central part atomic denseness nuclear structure force leading formation bubble nucleus however probing density profile nuclear interior general challenging purpose aim paper investigate nuclear bubble structure nucleon nucleus dust quantify effect nuclear surface profile method acting employed high energy nucleon nucleus scattering aegis glauber model break various reaction observables help quantifying nuclear bubble effectiveness method tested si harmonic oscillator ho density applying still even isotones mass range realistic density incur antisymmetrized molecular dynamic amd result elastic scattering differential cross section reaction probability proton si reaction calculated using ho density design test signature nuclear bubble structure quantify degree bubble social organisation isotones amd density analyze elastic scattering mev incident energy present analysis suggest candidate bubble nucleus among even even isotones mass range finis shown bubble structure information impress nucleon nucleus elastic scattering differential cross section specially first diffraction peak bubble nucleus tend sharper nuclear surface deformation seems balk emergence
14
999,759
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detecting depinning nonequilibrium transition unsupervised machine learning using numerical simulation model disk system demonstrate machine learning generated order parameter detect depinning transition different dynamic flow phase system driven far equilibrium specifically consider monodisperse passive disk short range interaction undergoing depinning phase transition driven quenched disorder machine learning derived order parameter identifies depinning transition well different dynamical regime transition flowing liquid phase separated liquid solid state readily distinguished traditional measure velocity force curve voronoi tessellation order parameter also show markedly distinct behavior limit high density jamming effect occur result general broad class particle based system exhibit depinning transition nonequilibrium phase transition
4
1,339,715
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deep learning wristband sensor data towards wearable invasive seizure forecasting seizure forecasting may provide patient timely warning adapt daily action help clinician deliver objective personalized treatment recent work convincingly demonstrated seizure risk assessment possible early approach relied largely complex often trespassing setup include intracranial electrocorticography plant gimmick multi channel electroencephalogram limit translation method broad clinical application facilitate broader adaptation seizure forecasting clinical practice invasive easily applicable proficiency reliably as gaining control risk combination clinical information crucial wristband continuously record physiological parameter including electrodermal activity body temperature blood volume pressure actigraphy may afford monitoring autonomous nervous system mapping movement relevant undertaking hence minimizing potential complication associated invasive monitoring avoiding stigma associated bulky external monitoring twist head use deep erudition analyze long term multi modal wristband sensor data patient epilepsy total duration hour as capability distinguish preictal interictal state prediction performance assessed using expanse receiver control charateristic auc improvement chance ioc based score using one two dimensional convolutional neural network identify better chance predictability sample test data point patient leave one patient pseudo prospective approach result provide footfall towards developing easier apply non incursive method seizure risk judgment affected role epilepsy
5
1,013,927
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evanescent mode step like acoustic black hole consider model acoustic black hole formed quasi one dimensional bose einstein condensate step like horizon system analyzed solving corresponding bogoliubov de gennes equation appropriate matching condition jump step subsonic supersonic flow sonic horizon develops addition scattering coefficient compute distribution accompanying analogue hawking radiation additionally response abrupt variation flow non linear bogoliubov dispersion relation evanescent solution bogoliubov de gennes equation also appear decay horizon bound decay length show mode produce modulation observables outside event horizon interference outgoing hawking flux go find specific superposition ingoing eigenmodes exhibit coherent cancellation hawking flux outside horizon nevertheless evanescent support outside black hole conclude speculating quasiparticle interaction included evanescent mode may yield leakage information across event horizon via interaction real outgoing hawking flux virtual evanescent mode may expect generic feature model break lorentz invariance uv planck scale
4
1,496,513
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comparison domain rampart fermion multigrid method present detailed comparing several late new approaching multigrid convergent thinker algorithm suitable solution chiral fermion action domain wall fermion shamir preparation also partial fraction continued fraction lap focus acceleration gauge constellation try compact near neighbour stencil required limit calculational cost obtaining coarse operator necessitates coarsening nearest neighbour operator preserve sparsity coarsened grid unlike hdcg compare approach path hdcr multigrid algorithmic program also respective new hybrid scheme work introduce novel recursive chebyshev polynomial based setup scheme discover hdcr approach setup figure standard shamir arena wall fermion quicker single solve ruby red black preconditioned conjugate gradient large volume modern gpu system elevation supercomputer promise acceleration hmc peculiarly setup cost shared across multiple hasenbusch determinant factor setup scheme likely generally applicable fermion military action
19
478,862
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mid full point proficiency calculating divergent integral mid point technique suggested overcome difficulty technique modified effective fundamental interaction quark potential u calculate dissimilar property njl model constituent quark pile pressure department energy density solved using present technique present method acting turn good truth mathematical job avoids physical difficulty previous piece work
14
979,275
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higgsino gaugino pair production lhc annlonnll precision present calculation higgsino gaugino pair production lhc next next leading logarithmic nnll accuracy matched approximate next next leading order annlo qcd correction briefly review formalism resummation large threshold logarithm highlight analytical result required annlonnlo accuracy numerical result found depend mass nature produced charginos neutralinos differential total cross section light higgsinos like sleptons produced mostly small channel found moderately increased respect previous result differential total cross section gauginos however increased due fact gauginos like squark constrained atlas cm heavier tev also channel play important role valence quark probed large also induce substantially different cross section positively negatively charged gauginos higgsino gaugino cross section stabilized annlonnll respect variation renormalization factorization scale also take mixing squark sector account study dependence total cross section squark gluino mass well trilinear coupling controlling mixing particular sbottom sector
17
333,893
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precise solution quantum whirl range mountain written report precise solution quantum integrable model associated lie algebra either periodic open one aslope boundary reflection generalizing nested diagonal bethe ansatz method taking example demonstrate extrapolate method work give nuclear fusion reaction structure simulation provide way close fusion process based resulted operator product identity among fused transference matrix necessary additional restraint asymptotic behavior coitus special point time hold eigenvalue transfer ground substance parameterize homogenous coition periodic case nonuniform unitary open pillow slip also pas exact solution example aslant open boundary condition method acting result newspaper generalized high membership integrable example associated lie algebra
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astro science white paper summary multimessenger science galactic binary galactic binary orbital period le hr strong gravitational wave source mhz regime ideal laser interferometer space antenna lisa fact theory predicts emphlisa resolve ten thousand galactic binary individually large fraction bright enough electromagnetic observation open new window study statistical sample compact galactic binary electromagnetic well gravitational waveband using multi messenger observation measure tidal effect detached double wd system strongly impact outcome wd merger accreting wds well n binary multi messenger observation give u possibility study angular momentum transport due mass transfer white paper present overview opportunity research galactic binary using multi messenger observation summarize recommendation time frame
10
1,486,087
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signal background interference undershirt spin digluon resonance lhc dijet mountain dispersion used hunt spin resonance match two gluon show substantial wallop search hinderance resonant signal continuum qcd background amplitude signal dijet mass distribution qualitatively change interference compared primitive expectation considering thoroughgoing resonant contribution even total width sonorousness minimal small compare observational dijet mass resolution impact becomes drastic total width resonance increase consideration illustrated habituate example relevant gev diphoton excess recently observed lhc
17
364,493
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real time operation optimization microgrids battery energy storage system tube found model predictive control approach battery energy storage system e widely used microgrids complement high renewables however real fourth dimension energy management microgrids battery e challenging two aspect evolution process bombardment zip level across time coupled uncertainty inescapably come forecasting outgrowth renewable generation paper tube base model predictive control mpc approach innovatively purport accommodating real time energy management microgrids battery e firstly real time process mannequin battery including degradation cost time aware soc range proposed battery e particular battery feature shallower cheaper depicted terminal soc requirement achieved secondly two cascaded mpc controller designed proposed tube based mpc reference trajectory father nominal mpc without uncertainty accessory mpc steer actual trajectory nominal one upon recognition uncertainty specifically paper bombardment soc viewed state variable system generator great power yield substitution power utility see control varying lastly numerous pillowcase study demonstrate effectiveness proposed approach including low high penetration level renewables additional three card monte carlo simulation back back day show competitive proportion proposed approach excellently
3
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analysis landscape hierarchy coarsening aging ising spin glass use record dynamic rd coarse grained description ubiquitous relaxation phenomenology known aging diagnostic tool find universal feature distinguish energy landscape ising spin model ferromagnet according rd non equilibrium system quench relies fluctuation randomly generate sequence irreversible record sized event quake avalanche allow system escape ever higher barrier meta stable state within complex hierarchical energy landscape record event allow system overcome barrier system relaxes tumbling following meta stable state marginally stable within framework clear distinction drawn coarsening dynamic ising ferromagnet aging spin glass often put category end interpolate spin glass ferromagnet varying admixture ferromagnetic anti ferromagnetic bond glassy state wherever clear ferromagnetic behavior emerges accumulation record event grows logarithmic time glassy regime sharp transition specific admixture ferromagnetic regime activation saturate quickly show effect edward anderson model cubic lattice well sherrington kirkpatrick mean field spin glass transition coincides previously observed zero temperature equilibrium transition former transition yet described latter
4
1,400,648
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pubmedqa dataset biomedical research question answering introduce pubmedqa novel biomedical question answering qa dataset collected pubmed abstract task pubmedqa answer research question yesnomaybe eg preoperative statin reduce atrial fibrillation coronary artery bypass grafting using corresponding abstract pubmedqa expert annotated unlabeled artificially generated qa instance pubmedqa instance composed question either existing research article title derived one context corresponding abstract without conclusion long answer conclusion abstract presumably answer research question yesnomaybe answer summarizes conclusion pubmedqa first qa dataset reasoning biomedical research text especially quantitative content required answer question best performing model multi phase fine tuning biobert long answer bag word statistic additional supervision achieves accuracy compared single human performance accuracy majority baseline accuracy leaving much room improvement pubmedqa publicly available
0
1,862
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minimizers anisotropic liquid drop model consider variant gamow liquid drop modelling anisotropic surface energy suitable regularity ellipticity assumption surface tension wulff contour minimizers problem airfoil energy isotropic picture smooth anisotropy small nonlocality regime minimizers converge wulff supreme headquarters allied power europe norm quantify pace convergency also prevail quantitative extension department energy minimizer around energy wulff bod yielding geometrical stability result certain crystalline aerofoil tension determine global minimizer obtain exact energy expansion term nonlocality parameter
8
672,789
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small worldness favour network illation master goal analysis complex organization infer underlying net structure time series observation behaviour inference unconscious process often done use bi variate similarity meter cross correlation cubic centimeter yet main factor favouring hindering success withal get use synthetical neuron good example order reveal main topological property frustrate facilitate inferring underlying network cc measurement specifically use pulse mate izhikevich neuron connected caenorhabditis elegans neural network easily network standardized randomness small worldness analyse effectiveness robustness inference process dissimilar observation collective dynamic contrasting result obtained using membrane potential inter spike interval time series find overall small worldness favour network inference degree heterogeneity hinders particular success rate elegans network aggregate small world property degree heterogeneity closer success rate erdos renyi network model rather watt strogatz network model result relevant understand better relationship topological place function different nervous network
5
1,019,005
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quark cheese distribution inside pion many flavor dimensional qcd use lattice computation ultraviolet listens ir written report change short space quark social organization nambu goldstone boson long length balance break scale measuring wipe controllably achieve studying valency parton statistical distribution function pdf pion dimensional two gloss quantum chromodynamics number massless quark cheese tunable parametric quantity sloping trough possibility powerfully broken conformal window possibility gapped set finite volume perform written report non perturbatively using lattice simulation flavour nearly massless element wilson dirac sea quark employ leading twist formalism lametsdf compute pdf pi mesotron fixed valency muckle ascertain relative wavering first pdf mild compared diverseness decay constant shape reconstructed dependent pdf dramatically change tolerant scale broken sector sharply peaked nigh conformal region best reflected pdf configuration observables cumulants
19
449,579
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effect warm gas buckling instability galactic bar using body hydro simulation study formation evolution bar galaxy significant gas content focusing phenomenon buckling instability galaxy initially composed spherical dark matter halo stellar stellar gaseous disk parameter similar milky way evolved gyr consider different value gas fraction order isolate effect gas kept fraction constant evolution allowing gas cool form star stellar bar form simulation higher gas fraction weaker shorter form gas fraction higher bar gas fraction form sooner due initial perturbation gas despite longer evolution become stronger one collisionless case end evolution bar gas component weaker reach maximum strength around gyr later decline transform spheroidal shape distortion stellar bar buckling instability weaker higher gas fraction weakens bar le significantly similar structure term radial profile face projection first buckling last significantly longer bar undergo secondary buckling event buckling occur despite difference bar develop boxypeanut shape stellar gas component end evolution although thickness smaller higher gas fraction
10
1,474,982
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analytic form full two loop five gluon plus helicity amplitude compute full color two loop five gluon amplitude plus helicity configuration order achieve calculate required master integral permutation external leg physical scattering region verify expected divergence structure amplitude extract finite hard function validate result checking factorization property collinear limit result fully analytic valid physical scattering region express compact form containing logarithm dilogarithms rational function
9
1,554,808
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confinement deconfinement crossover lattice model sigma model finite temperature studied using lattice monte carlo simulation radius respectively ratio circumference taken sufficiently large simulate model show expectation value polyakov loop undergoes deconfinement crossover decreased peak associated susceptibility get sharper larger find global psusu symmetry remains unbroken quantum classical level small large respectively small region finite order parameter fluctuates extensively expectation value consistent zero taking ensemble average large region order parameter remains small little fluctuation also calculate thermal entropy find degree freedom small regime consistent free complex scalar field thereby indicating good agreement prediction large study small
4
1,438,056
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optimal constant nontrapping resolvent estimate application numerical analysis study resolvent nontrapping obstacle manifold euclidean end well known manifold outgoing resolvent satisfies constant little studied show high frequency constant bounded time length longest generalized bicharacteristic remaining support show estimate optimal case manifold without boundary explore implication result numerical analysis helmholtz equation
1
578,103
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inverse scattering zakharov shabat system work weak noise theory kardar parisi zhang equation solve large deviation kardar parisi zhang kpz equation one attribute short time introducing approach combine field theoretical probabilistic integrable technique expand program weak noise theory map prominent deviance onto non linear hydrodynamic problem unveil complete solvability connection integrability zakharov shabat organization exact solution depending initial status kpz equation prevail using reverse scattering method acting fredholm determiner framework recently developed issue explicit typesetter case droplet geometry open path obtain complete declamatory divagation general initial condition
12
797,478
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regular spinors fermionic field bearing mind lounesto spinor classification connect expansion coefficient well behaved fermionic quantum field ie local field within full lorentz covariant theory given subclass type spinors according lounesto comment theoretical possibility well physical output case
9
1,585,932
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relation piffling branes branes flux appearance coitus three non little sector brane theory formulated lcg connect among canonical shift sphere correspond supermembrane hypothesis give voice three different constant three form background brane never ending brane unvarying brane generic constant denoted cm brane first two exhibit purely discrete supersymmetric spectrum central direction condition equivalently jibe flux condition turned cm brane conjectured share ghostly property flux turned shown duals three inequivalent sector branes specific worldvolume desktop rr nsns quantisation condition case
9
1,780,476
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noncollinear spintronics electric field control review world composed various material different structure spin structure playing pivotal role spintronic device contemporary information technology apart conventional collinear spin material collinear ferromagnets collinear antiferromagnetically coupled material noncollinear spintronic material emerged hot spot research attention owing exotic physical phenomenon review firstly introduce two type noncollinear spin structure ie chiral spin structure yield real space berry phase coplanar noncollinear spin structure could generate momentum space berry phase move relevant novel physical phenomenon including topological hall effect anomalous hall effect multiferroic weyl fermion spin polarized current spin hall effect without spin orbit coupling noncollinear spin system afterwards summarize elaborate electric field control noncollinear spin structure related physical effect could enable ultralow power spintronic device future final outlook part emphasize importance possible route experimentally detecting intriguing theoretically predicted spin polarized current verifying spin hall effect absence spin orbit coupling exploring anisotropic magnetoresistance domain wall related magnetoresistance effect noncollinear antiferromagnetic material
2
1,434,196
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wormhole brane ordinary matter broader view paper attempt examine possibility construction traversable wormhole randall sundrum braneworld ordinary matter employing kuchowicz potential one metric potential scenario wormhole shape function obtained studied along validity null energy condition nec junction condition surface wormhole used obtain model parameter investigation besides giving estimate bulk equation state parameter draw important constraint brane tension novel attempt aspect interestingly constraint imposed physically plausible traversable wormhole high confirmity drawn general space time space time independent situation involved fundamental physic also go claim possible existence wormhole may well indicate live three brane universe
11
253,499
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femtoscopy scale particle production relativistic heavy ion hit auau agev xexe atev within integrated hydrokinetic model recent final result main soft observables include hadron photon issue speck act ratio spectrum flow harmonic comfortably femtoscopy obtained within merged hydrokinetic model ihkm high energy lowering ion collision survey examined case different nucleus colliding different vigor considered auau hit top rhic energy gev pbpb hit lhc energy tev tev lhc xexe collision tev effect initial condition modelling parameter including utilized equation state eos quark gluon phase pretence result well role terminal afterburner stage affair evolution discussed possible solution called photon puzzle reckon tending also paid dependency interferometry book individual interferometry radius initial transverse geometrical size system forge collision
14
986,926
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uncertainty nuclear intrinsic state improved variation projection calculation projection noninvertible mean two different vector may projected component nuclear case one may take intrinsic state vector take nuclear wave function projected component obtained projecting former onto good quantum number immediately come conclusion given nuclear state laboratory frame reference corresponding intrinsic state intrinsic frame reference uniquely determined letter show interesting phenomenon explicitly based improved variation projectionvap method first found form trial vap wavefunction spin greatly simplified adopting one projected state rather previously adopting spin projected state selected slater determinant crucial calculation high spin state arbitrary intrinsic slater determinant based simplified vap present calculation show orthogonal intrinsic state differed may almost projected wavefunctions indicating uncertainty nuclear intrinsic state quite different traditional concept intrinsic state expected unique
14
985,758
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quasinormal mode spectroscopic analysis schwarzschild black hole surrounded cloud string rastall gravity obtain solution static spherically symmetric disgraceful trap surrounded cloud string rastall gravity study influence parameter affiliate string event horizon hawking temperature analyzing black hole measured ascertain static spherically symmetric black hole solution surrounded cloud string rastall gravity transformed static spherically symmetric black hole root skirt quintessence einstein gravity parameter rastall gravity positive provides possibility string smooth candidate shadow energy use method regge wheeler together high order wkb pade approximation calculate quasinormal mode frequency odd parity gravitational perturbation simultaneously apply unstable null geodesic black hole compute quasinormal mode frequency eikonal limitation fateful hole model result show increase parameter urinate gravitative wafture decay slow rastall gravity addition utilize ii method based adiabatic changeless integral periodic holding outgoing wave severally derive area spectrum entropy spectrum black hole model result show area spectrum entropy spectrum equidistant spaced former case einstein gravity latter different depending rastall parameter
11
216,863
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unite genomic information challenge model proof genome governing body eukaryote interphase stem soft balance non random correlational statistic present deoxyribonucleic acid polynucleotide linear succession physicochemical reaction anatomy continuously form structure deoxyribonucleic acid chromatin inside nucleus cell clear mechanism fundamental character important process gene regulation yet detailed way enactment simultaneously eventually come influence even across different length scurf remain part undiscovered paper recapitulate main result concerning gene regulative physical mechanism relation information encode sequence folding structure dna finical stress reciprocal crossfeeding model may provide original insight complex outgrowth work influence
5
1,005,700
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effect segregation inequality kinetic model wealth commutation empirical dispersion wealth income reproduced using simplified agent based model economical interaction analogous microscopic collision gas particle building upon example freely interacting federal agent explore core segregate economic electronic network interaction restricted agent similar wealth agent lattice undergo kinetic exchange nearest neighbour continuously switching place minimize local wealth difference spatial concentration rich lead firm state increase globular inequality magnified distinction local world wide measure battle poverty individual saving propensity prof ineffectual segregated saving redistributive taxation transcend spatial inhomogeneity greatly thin inequality adding fluctuation segregation dynamic observe sharp worded phase transition lower inequality decisive temperature accompanied sudden change distribution wealthy elite group
18
1,606,417
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transport sine gordon field theory generalized hydrodynamics semiclassics semiclassical approach introduced sachdev collaborator proved extremely successful study quantum quenches massive field theory homogeneous inhomogeneous setting conceptually simple method allows one obtain analytic prediction several observables density excitation produced quench small time novel generalized hydrodynamic ghd approach capture exactly many asymptotic feature integrable dynamic recently introduced interestingly also theory natural interpretation term semiclassical particle natural compare two approach objective work carry systematic comparison two method prototypical example sine gordon field theory particular study bipartitioning protocol two half system initially prepared different temperature joined together left evolve unitarily hamiltonian identify two different limit semiclassical prediction analytically recovered ghd particular non relativistic limit low temperature regime interestingly transport topological charge becomes sub ballistic case away limit find semiclassical prediction approximate contrast latter transport always ballistic statement seems hold true even called hybrid semiclassical approach finite time dmrg simulation used describe evolution internal space
9
1,563,539
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classification periodic variable star novel cyclic permutation invariant neural network neural network nns shown competitive state art feature engineering random forest rf classification periodic variable star although previous work utilising nns made use periodicity period folding multiple cycle time series single cycle time space phase space approach date taken advantage fact network prediction invariant initial phase period folded sequence initial phase exogenous physical origin variability thus factored present cyclic permutation invariant network novel class nns invariance phase shift guaranteed polar coordinate convolution implement mean symmetry padding across three different datasets variable star light curve show two implementation cyclic permutation invariant network itcn iresnet consistently outperform non invariant baseline reduce overall error rate class ogle iii sample itcniresnet achieves average per class accuracy compared rnnrf accuracy recent study using data finding improvement non astronomy benchmark suggest methodology introduced also applicable wide range science domain periodic data abounds due physical symmetry
10
1,465,608
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teaching economics synergistic browser based model interactive simulation toolkits occur handy teaching macroeconomic model ease easy sympathise implicit economic construct offering visceral overture poser comparative static based example lm model paper demonstrates innovational browser free base feature film well suited shift education online program accelerated covid free subject source code see alongside standalone hypertext markup language file cabinet ad solow growth model
18
1,723,788
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accuracy estimation parameter space borne gravitational wave observatory employing fisher information matrix analysis estimate parameter error tianqin lisa monochromatic gravitational wave long wavelength approximation derive analytical formula parameter estimation error separately analyze effect amplitude modulation due changing orientation detector plane doppler modulation due translational motion center detector around sun disclose low frequency regime exist different pattern angular resolution estimation error source parameter lisa tianqin angular resolution fall tianqin lisa estimation error parameter fall tianqin lisa medium frequency regime observe pattern angular resolution fall estimation error parameter fall tianqin lisa high frequency regime long wavelength approximation fails numerically calculate parameter estimation error lisa tianqin find parameter estimation error measured tianqin smaller lisa
11
203,306
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bispinor formalism spinning witten diagram develop new embedding space formalism ad cft useful evaluating witten diagram operator spin basic variable killing spinors bulk ad conformal killing spinors boundary cft conventional embedding space coordinate bulk boundary bilinears new variable write simple compact form general bulk boundary propagator boundary operator spin determine conservation property unitarity bound cft formalism identify lie algebra differential operator includes basic weight shifting operator operator together set differential operator ad used relate witten diagram spinning external leg witten diagram scalar external leg provide several application include compton scattering evaluation contact interaction ad finally derive bispinor formula bulk bulk propagator massive spinor vector gauge field evaluate diagram spinor exchange
9
1,579,766
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quantum delocalization gauge quantum optic light thing interaction relativistic quantum information revisit interaction firstly quantized atomic system consisting two charged quantum particle quantum electromagnetic field pointing subtlety related gauge nature electromagnetics effect multipole approximation link full minimal coupling model typical effective model used quantum optic relativistic quantum information unruh dewitt udw model dipole antenna coupling estimate stop regime dissimilar degree approximation reasonable case effective exemplar need refined capture feature light matter interaction especially important consider middle slew com atom quantum system delocalized multiple trajectory case appearance round eyed udw idea quantum com fails gaining control important rontgen term coupling com inner nuclear stage freedom field finally show effective dipole interaction model covariantly prescribed relativistically moving atom
13
1,289,452
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electronic property boson mode three point fermion loop emergent syk physic investigate electronic property boson mode three point fermion loop framwork single particle excitation many body local imaginary time momentum space field effect investigated ir uv limit density fluctuation induced external potential bosonic frequency limit vanishing effect external potential equivalent uv limit fermionic frequency conserving approximation applied together luttinger ward analysis case anomalous contribution fermion self energy expectation value many body interaction term irreducible particle particle vertex boson field operator vanishes result hartree fock type momentum frequency independent fermion self energy correlator positive obtained local moment sum rule dynamical susceptibility
4
1,428,361
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feynman path entire charismatic schroedinger equality polynomially turn electromagnetic potential feynman path intact magnetised schroedinger equation defined mathematically particular polynomially grow potential spatial commission example handle electromagnetic potential multinomial degree multinomial degree feynman path integral defined valued uninterrupted function respect time variable
8
619,740
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collectivity electromagnetic transition nigh threshold resonance coalesce shell model sm eigenstates due partner via rough cut decay epithelial duct head many typesetter case formation collective eigenstate carry many feature nearby decomposition channel generic mechanism open quantum system explains phenomenological ikeda diagram generalize various clusterscorrelations neighbourhood respective cluster decay threshold near threshold collectivization sm state may likewise influence electromagnetic decline discus phenomenon example bel disintegration near threshold re publica
14
946,584
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hinfty almost output order output synchronization heterogeneous multi agent system scale free protocol design paper sketch scale free protocol conception hinfty almost output regulate output synchronization heterogenous multi agent system linear right invertible introspective agent presence external disturbance collaborative linear protocol design based set information interchange communicating electronic network require knowledge target network topographic anatomy spectrum associated laplacian intercellular substance moreover proposed scale free protocol achieve hinfty nearly synchronization given arbitrary arcdegree accuracy size net
3
114,072
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landauers stack balancing error waste erasing information nonequilibrium data thermodynamics determines minimum energy looseness reliably score memory time symmetric control communication protocol demonstrate boundary tight show cost overwhelm imply landauers energy indentured information erasure moreover limit perfect computation monetary value diverge conclusion sentence asymmetric protocol developed efficient accurate thermodynamic computing landauers pile wide retinue theoretically predicted thermodynamical price ready experimental test standardization
12
749,308
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gravitational wave research emerging field max planck society long root geo albert einstein institute occasion th anniversary since beginning search gravitational wave max planck society coincidence th anniversary foundation albert einstein institute explore interplay renaissance general relativity advent relativistic astrophysics following german early involvement gravitational wave research point gravitational wave detection became established appearance full scale detector international collaboration background spectacular astrophysical discovery growing role relativistic astrophysics ludwig biermann collaborator max planck institute astrophysics munich became deeply involved research related new horizon end joseph weber announcement claiming detection gravitational wave sparked decisive entry group field parallel appointment renowned relativist juergen ehlers munich area group max planck institute provided fertile ground acquiring leading position facilitating experimental transition resonant bar towards laser interferometry innovation increasingly large scale eventually moving dedicated site hannover early hannover group emphasized perfecting experimental system pilot scale never developed full sized detector rather joining ligo scientific collaboration end century parallel max planck institute gravitational physic albert einstein institute founded potsdam site hannover potsdam became unified entity early central contributor first detection gravitational wave
2
1,337,804
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slow light oftenness cockscomb dissipative kerr soliton coupled cavity wave guide study kerr frequency combing dissipative kerr soliton si photonic crystal coupled enclosed space waveguide ccw globally optimized scattering telecommunication wavelength equate threshold combing generation bump explicitly depend principal ccw figure merit viz mode volume normal mode character agent slow light group index analysis carried solving non linear dynamic ccw bloch fashion presence kerr non linearity two photon absorption result open way ccw comb generation via dispersion engineering slow ignitor enhancement
12
784,009
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denoising modulo sample nn regression tightness sdp relaxation many modern application involve acquisition noisy modulo sample function goal recover estimate original sample lipschitz function suppose given sample denotes noise assuming zero mean iid gaussians form uniform grid derive two stage algorithm recovers estimate sample uniform error rate holding high probability first stage involves embedding point unit complex circle obtaining denoised estimate via nn nearest neighbor estimator second stage involves sequential unwrapping procedure unwraps denoised mod estimate first stage estimate sample subsequently utilized construct estimate function aforementioned uniform error rate recently cucuringu tyagi proposed alternative way denoising modulo data work representation unit complex circle formulated smoothness regularized least square problem product manifold unit circle smoothness measured respect laplacian proximity graph involving nonconvex quadratically constrained quadratic program qcqp hence proposed solving semidefinite program sdp based relaxation derive sufficient condition sdp tight relaxation qcqp hence condition global solution qcqp obtained polynomial time
1
557,041
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rapport production via public lecture investigate production reaction wit effective lagrangian method consider tv channel footing state resonance pole share addition channel transmission channel nucleon pole channel interchange pole contribution pole includes compute dalitz secret plan density gev total crown thorn section employing argument fit present cross section deuce consistence reaction near threshold also prove dalitz plot analysis gevc make explore direct information yield done next beam experimentation
17
327,454
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abrupt desynchronization encompassing multistability globally coupled oscillator simplices collective behavior large ensemble dynamical unit non pairwise fundamental interaction may play important theatrical role several system rate brain role societal network despite recent work pointing simplicial structure ie higher order magnitude interaction deuce ace unit time dynamical characteristic remain badly understood present analysis collective dynamic simplicial system namely joined phase oscillator three way interaction simplicial bodily structure give rise act novel phenomenon notably continuum abrupt desynchronization transition abrupt synchronization transition counterpart well blanket multistability whereby infinitely many stable partially synchronize state exist analysis shed light complexity arise forcible system simplicial fundamental interaction like human mental capacity role simplicial interaction period play hive away information
12
730,546
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measurement branch fraction direct violating asymmetry decline use belle ii data report measurement separate fraction verbatim violating asymmetry decay reconstruct belle detector sample asymmetrical energy electron positron collision resonance corresponding integrate luminosity result resolution coherent premature measurement display detector performance comparable early belle performance
17
332,514
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framework common origin analyse possible connection cp encroachment quark lepton sector parametrised ckm pmns phase one assumes cp breaking arises complex yukawa couple quark lepton sector connection possible general since yukawa coupling two sphere independent flavour structure show ckm pmns phase else generated vacuum phase socio economic class two higgs doublet model case connexion english hawthorn established scenario requires presence scalar fcnc tree level quark cheese lepton sphere visual aspect fcnc obstacle bless obstacle since one analyse model able conform strict experimental limit fcnc quark cheese lepton sector blessing class model falsifiable since fcnc arise level probe experimentally good hereafter peculiarly process connection cp encroachment ckm pmns explicitely illustrated model minimal flavour trespass
17
304,180
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long range quantum cohesion quantum classical correlation heisenberg xx chain comparative study pairwise quantum coherency quantum hellenic correlation come non nearest spin pair heisenberg twist xx chain following jordan wigner map diagonalise hamiltonian chain check procedure numerically comfortably using pauli base elaboration formalism get pairwise measure studied work aloofness display role quantum correlation coefficient revealing quantum phase transition robustness quantum discord temperature control quantum correlation classic counterpart magnetic thermal interval quantum spin chain conclude paper shedding short resource driven pointedness view newfangled carry measure quantum coherence saucer role find quantum phase passage long range quantity outclass usual quantum correlation measure robustness temperature indicates potential u framework quantum information processing
13
1,245,757
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imputation low rank estimation missing random data missing value challenge data analysis many supervised unsupervised learning method cannot applied directly incomplete data matrix completion based low rank assumption powerful solution dealing missing value however existing method consider case informative missing value widely encountered practice paper proposes matrix completion method recover missing random mnar data first contribution suggest model based estimation strategy modelling missing mechanism distribution em algorithm implemented involving fast iterative soft thresholding algorithm fista second contribution suggest computationally efficient surrogate estimation implicitly taking account joint distribution data missing mechanism data matrix concatenated mask coding missing value low rank structure exponential family assumed new matrix order encode link variable missing mechanism methodology great advantage handling different missing value mechanism robust model specification errorsthe performance method assessed real data collected trauma registry traumabase containing clinical information twenty thousand severely traumatized patient france aim predict doctor administrate tranexomic acid patient traumatic brain injury would limit excessive bleeding
6
1,547,881
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impact impulse firmness purpose factorial moment due power law correlational statistic particle burden impulse resolve factorial moment due power practice law correlation function meditate study motivated search critical detail powerfully interact matter heavy ion hit using intermittency method observe factorial moment importantly affected finite impulse resolution effect superficially significant compared intuitive outlook result depend power correlation function number uncorrelated particle
14
936,689
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tighten fundamental physic event horizon scope show event horizon telescope eht reflection supermassive object centre constrain departure general relativity gr relatively model independent way focus class theory whose departure gr modify black hole alternative compact object whose property approach average black hole sufficiently far would event horizon examine class two reason tend reproduce black hole expectation astrophysical accretion disk undermine evidence linking smutty hole active galactic nucleus lend robust effective force field hypothesis intervention expand magnate fundamental length scale go distance deviation gr significant measure distance would horizon lead order observational impact type theory arise modification transmittance reflection coefficient mode approach horizon display eht observation constrain observation coefficient assuming deviation gr small enough treated perturbatively preliminary analysis indicates reflection coefficient already constrained le order corresponding rule bench mark case use seeking black pickle echo precise saltation depend black hole twirl well detailed property reflection coefficient dependence angular direction
9
1,734,827
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finite volume thermal upshot moderate hvp part muonic leading finite volume thermal effect arising mathematical lattice quantum chromodynamics calculation determined social club respect interaction generic relativistic effective field theory pion contrast earlier work based finite volume hamiltonian result present derived formally add feynman diagram contributing euclidean electromagnetic current two detail function number internal pi meson loop interaction vertex already found previous publication leading finite intensity correction scale pi meson volume length terzetto periodic spacial counsel work additionally control sub leading exponential scaling leading term coefficient given forward compton amplitude pi meson meaning detail effective theory drop last result thermal essence additionally regard constitute sub pct level distinctive lattice reckoning finite volume correction presented time slice two point function latter expected peculiarly utilitarian compensate small intermediate current detachment series exponential exhibit good convergence
19
440,345
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construction mannequin nous detailed connectivity single valued function network organization field computational molding brain advancing rapidly possible fashion model large scale network represent different wit area high level biological detail terminus number synapsis theoretician approaching neurobiological question significant analyze pro con model useable provide tutorial review recent model different brain circuit based experimentally obtained connectivity map saucer specialness may relevant modeller prefer one reviewed model objective follow give reader fair notion computational model covered emphasis corresponding connectivity map habit
12
794,549
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semi supervised learning covid image classification via resnet coronavirus disease covid ongoing global pandemic country territory resulted great public health concern across international community analysis ray imaging data play critical role timely accurate screening fighting covid supervised deep learning successfully applied recognize covid pathology ray imaging datasets however requires substantial amount annotated ray image train model often applicable data analysis emerging event covid outbreak especially early stage outbreak address challenge paper proposes two path semi supervised deep learning model ssresnet based residual neural network resnet covid image classification two path refer supervised path unsupervised path respectively moreover design weighted supervised loss assigns higher weight minority class training process resolve data imbalance experimental result large scale ray image dataset covidx demonstrate proposed model achieve promising performance even trained labeled training image
3
119,007
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near optimal procedure model discrimination non disclosure property let population risk minimizers associated loss two distribution model unknown accessed drawing iid sample work motivated following model discrimination question size sample allow distinguish two hypothesis given making first step towards answering full generality first consider case well specified linear model squared loss provide matching upper lower bound sample complexity given constant factor measure separation rank design covariance matrix extend result two direction general parametric model asymptotic regime ii generalized linear model small sample weak moment assumption case derive sample complexity bound similar form allowing model misspecification fact testing procedure access via certain functional empirical risk addition number observation allows u reach statistical confidence allow resolve two model recover prediction accuracy two property allow use framework applied task one would like prediction model proprietary guaranteeing model cannot actually identifying agent
6
1,325,430
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competition interference collectivity global cryptocurrency trading route self contained market crossing correlation fluctuation daily exchange rate within basket highest capitalization cryptocurrencies period october march studied comparable active predominantly involve one leading eigenvalue correlativity matrix others largely coincide wishart random ground substance however magnitude main eigenvalue thus degree collectivity powerfully depends cryptocurrency used base largest base peripheral cryptocurrency significant one taken consideration order magnitude systematically decrease nevertheless preserving sizable gap deference random bulk turn indicates organization correlation becomes heterogenous see provides criterion recognizing currency cryptocurrencies play dominant role global crypto marketplace present written report show period consideration bitcoin btc predominates hallmarking exchange rate active least influential dollar btc start dominating around year cryptocurrencies like ethereum eth even ripple xrp take similar trend clip usd original value determinant cryptocurrency market became increasingly disconnect related characteristic eventually approaching pretended currency solvent strong indicator incipient independence global cryptocurrency market delineating self contained craft resembling forex
15
1,153,859
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mimic learning generate shareable network intrusion detection model purveyor malicious network attack continue increase complexity sophistication technique ability evade detection continues improve well hence intrusion detection system must also evolve meet increasingly challenging threat machine learning often used support needed improvement however training good prediction model require large set labelled training data datasets difficult obtain privacy concern prevent majority intrusion detection agency sharing sensitive data paper propose use mimic learning enable transfer intrusion detection knowledge teacher model trained private data student model student model provides mean publicly sharing knowledge extracted private data without sharing data result confirm proposed scheme produce student intrusion detection model mimic teacher model without requiring access original dataset
6
1,410,680
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non equilibrium skewness market crisis option pricing non elongate langevin modelling market supersymmetry paper present tractable model non linear dynamic market return using langevin approachdue non linearity interaction likely mannequin admits regime small large return wavering langevin dynamic mapped onto equivalent quantum mechanical qm system borrowing idea supersymmetric quantum mechanic susy qm use parameterized ground land wave function wf qm system verbatim input model also fix non elongate langevin potential stationary distribution original langevin model given square wf thus also direct input model using two component gaussian mixture ground united state department state wf asymmetric double well potential produce tractable low parametric manikin interpretable parameter referred ne non equilibrium skew model supersymmetry susy practice find time hooked solution model analytically manipulable room model produce time varying variant skewness kurtosis market return whose time variability linked probability crisis alike event selection pricing counterbalance ne model offer close form approximation mixture three calamitous scholes price calibrated index option data used predict moment future return ne model shown able describe regimen benign market grocery crisis severe distress
15
1,100,540
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coherence induced work quantum heat engine larmor precession impact quantum coherence nonequilibrium thermodynamics become observable dividing heat work conventional diagonal part part relaying superposition time derivative hamiltonian specializing exactly solvable dynamic larmor precession build quantum otto heat engine employing magnetic driven atomic rotation coherence induced population transition guarantee positive work output control protocol time dependent time dependent control quantum heat engine implement correspondence classical quantum adiabatic theorem microscopic heat machine
4
1,434,649
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shape optimization light structure vanishing mass conjecture work prof rigorous result vanishing mass limit classical problem find shape minimal elastic compliance contrary previous result mathematical literature utilize soft mass constraint introducing lagrange multiplier consider hard mass constraint result first establish convergence approximately optimal shape exact size limit generalized shape represented possibly diffuse probability measure limit generalized shape minimizer limit compliance involves new integrand namely one conjectured bouchitte predicted heuristically work allaire kohn kohn strang integrand give energy limit generalized shape understood fine oscillation optimal lower dimensional structure appearance surprising since integrand original compliance quadratic form non convexity problem immediately obvious fact interaction mass constraint requirement attaining loading form divergence constraint give rise new integrand also present connection theory michell truss first formulated show result interpreted rigorous justification theory level functionals two three dimension finally settling long standing open problem proof rest compensated compactness argument applied explicit family symmetric div quasiconvex quadratic form computation involving hashin shtrikman bound kohn strang integrand characterization limit minimizers due bouchitte buttazzo
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leveraging randomized compiling qite algorithm success current generation noisy intermediate scale quantum nisq hardware show quantum hardware may able tackle complex problem even without error correction one outstanding issue coherent error arising increased complexity device error accumulate circuit making impact algorithm hard predict mitigate iterative algorithm like quantum imaginary time evolution susceptible error article present combination noise tailoring using randomized compiling error mitigation purification also show cycle benchmarking give estimate reliability purification apply method quantum imaginary time evolution transverse field ising model report energy estimation ground state infidelity methodology general used algorithm platform show combining noise tailoring error mitigation push forward performance nisq device
13
1,272,434
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photorealistic modelling metal first principle colour metal attracted attention humanity since ancient time coloured metal particular gold compound employed tool object symbolizing aesthetic power work develop comprehensive framework obtain reflectivity colour metal show trend optical property colour predicted straightforward first principle technique based standard approximation apply predict reflectivity colour several elemental metal different type metallic compound intermetallics solid solution heterogeneous alloy considering mainly binary alloy based noble metal validate numerical approach extensive comparison experimental data photorealistic rendering known coloured metal
4
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constraint high curvature gravity time delay gw grb general theory relativity may effect theory high curvature rectification term action comprehension term lead exciting unexampled possibility eg gravitational electromagnetic disruption following unlike geodetic leading time delay time delay mention gravitational wafture event gw electromagnetic similitude grb describe effect practice constrain couple higher curvature term method sufficiently world wide applicable higher curve theory
11
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anomaly transition global fit recapitulation position anomaly transition input impact recent mensuration global fit also discus ontogeny possibility calculation local local form factor
17
312,934
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strong decay higher excited baryon work preform systematic study strong decay higher singly heavy baryon resonance within model result show mode higher excited state relatively narrow width mainly decay two body final state one heavy meson plus one light baryon calculation provide abundant theoretical information demonstrate general feature higher state may valuable future experimental search establishing singly heavy baryon spectrum
17
389,019
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effective field theory distorted photonic crystal exact solution geodesic equation photonic crystal periodic structure dielectric material control light propagation medium photonic dispersion led well ordered lattice point arrangement study behavior light propagation distorted photonic crystal pc posse gradual spatial distortion lattice point position effective field theory term differential geometry order investigate trajectory light ray pc derive geodesic equation given principle least action defining metric tensor term lattice position distortion geodesic equation indicates trajectory bent introducing lattice position distortion show exact solution trajectory case simple distortion result well agree result finite difference time domain fdtd simulation
2
1,333,052
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tpc detector pandax three neutrinoless double genus beta decay experiment pandax iii experimentation u high pressure level atomic number gas tpc lookup nldbd xe microbulk micromegas used charge amplification readout order record energy track event high pitched push answer spatial resolution first phase experiment building detector contains kg xe enriched gas pedal operate cake detector installed teetotal shielding arrangement cjpl ii newspaper wil report design pandax iii detector include shielding experiment ingredient tpc mellow pressure sensation watercraft readout plane electric field cage
17
367,493
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coefficient performance maximum cooling power simplified quantum dot refrigerator model resistance simplified analytical model single level quantum dot qd refrigerator studied without considering electron spin coulomb interaction based ballistic transport electron two reservoir across qd joule heat system assumed generated ohmic contact qd reservoir using transition rate equation performance qd refrigerator studied respect electron transmission probability partition ratio ie fraction joule heat generated system release cold reservoir analytical expression maximum coefficient performance obtained exoreversible working condition carnot bound dependent coefficient performance maximum cooling power qd system also demonstrated numerically result work may provide guidance design mesoscopic refrigerator
4
1,473,761
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purifying interaction effect functional anova efficient algorithm recovering identifiable additive model model estimate main effect individual variable alongside interaction effect identifiability challenge effect freely moved main effect interaction effect without changing model prediction critical problem interpretability permit contradictory model represent function solve problem propose pure interaction effect variance outcome cannot represented smaller subset feature definition equivalence functional anova decomposition compute decomposition present fast exact algorithm transforms piecewise constant function tree based model purified canonical representation apply algorithm generalized additive model interaction trained several datasets show large disparity including contradiction effect purification result underscore need specify data distribution ensure identifiability interpreting model parameter
6
1,420,570
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efficient synthesis compact deep neural network deep neural network dnns deployed myriad machine learning application however advance accuracy often achieved increasingly complex deep network architecture large deep model often unsuitable real world application due massive computational cost high memory bandwidth long latency example autonomous driving requires fast inference based internet thing iot edge device operating run time energy memory storage constraint case compact dnns facilitate deployment due reduced energy consumption memory requirement inference latency long short term memory lstms type recurrent neural network also found widespread use context sequential data modeling also face model size v accuracy trade paper review major approach automatically synthesizing compact yet accurate dnnlstm model suitable real world application also outline challenge future area exploration
6
1,478,355
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recommending scientific video based metadata enrichment using linked open data amount available video web significantly increased entertainment etc also convey educational scientific information effective way several web portal offer access latter kind video material one tib av portal leibniz information centre science technology tib host scientific educational video content contrast video portal automatic audiovisual analysis visual concept classification optical character recognition speech recognition utilized enhance metadata information semantic search paper propose exploit enrich automatically generated information linking integrated authority file gnd german national library information used derive measure compare similarity two video serf basis recommending semantically similar video user study demonstrates feasibility proposed approach
0
77,318
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pi meson genus beta decay ckm unitarity pion beta decay provides theoretically clean determination ckm matrix constituent time value fall short superintendent allowed nuclear genus beta decay order order magnitude better precision already exists advocate new strategy utilizing pion genus beta decomposition based role see via ratio measure insensitive femtometre constant radiative chastisement dependence ratio physical body component may also prove utilitarian lattice gauge theory calculation employing lattice based value find compared obtained transmitter axial transmitter based value showing discrepancy tautness may relieved shift latticework towards consistence range change experimental input new physic logical implication discussed
17
337,768
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excited mesotron sonority su smell distributor point lattice quantum chromodynamics present initiatory computation within grille quantum chromodynamics excited lite mesotron resonance figure precise su flavor symmetry singlet agency pseudoscalar vector scatter find two resonance lighter broad state heavier minute state broad resonance decaying wave minute land present connecter observational rapport decaying terminal state
19
429,493
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chiral oscillation non relativistic regime massive dirac particle superposition left right chiral component since chirality conserved quantity free dirac hamiltonian evolution induces chiral quantum oscillation phenomenon related textitzitterbewegung trembling motion free propagating particle observable particle relativistic dynamical regime chiral oscillation become relevant particle rest energy comparable momentum paper quantify effect chiral oscillation non relativistic evolution particle state described dirac bispinor specialize result describe interplay chiral flavor oscillation non relativistic neutrino compute time averaged survival probability observe energy dependent depletion quantity compared standard oscillation formula non relativistic regime depletion due chiral oscillation large finally discus relevance chiral oscillation upcoming experiment probe cosmic neutrino background
7
1,587,409
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deep strengthener teach cryptocurrency mart making paper determine forth framework deep reinforcer get line applied market making drlmm cryptocurrencies ii advanced policy slope based algorithm selected agent interact environment represent observation space limit order book data order rate flow arrival statistic within experiment forward feed neuronic network used function approximator two reward affair compared performance combination agent reward function measure daily average business deal comeback practice drlmm framework paper demonstrates effectiveness deep reinforcement learning solving stochastic inventory control challenge market manufacturing business typeface
15
1,144,758
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constraint anomalous coupling higgs boson pair yield search subject anomalous non resonant yield presented point thought effective field operation hypothesis eft parameterization search process atlas experiment large hadron collider lhc reproduced selection efficiency censure demarcation line production hybridisation section different beyond stock model bsm eft benchmark model obtained using fast monte carlo pretending book map detector
17
367,600
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inequality republic turkey looking beyond emergence report investigates relationship economical growth investment human capital income equality turkey end drawn based datum oecd world bank suggests economic increase improve income equality depending expending undertaken governing opposed standard view economical outgrowth income inequality positively related get hold paper suggest factor education healthcare spending also driving factor income inequality turkey proven cocksure impact investment didactics health attention income equivalence could aid policymakers aim achieve income par economical growth investment decision
15
1,149,976
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social structure quartetting ground state nucleus formal equivalence quartetting picture symmetry restored bcs picture established reason state correlation rush general isovector isoscalar pairing fundamental interaction multiple ground united state department state structure compatible subatomic particle identification number isospin symmetry evaluated competition isovector isoscalar correlation discussed nucleus sn
14
937,977
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humiliated saltation cauchy data swerve negatively curved surface prove uniform lower bound cauchy data arbitrary bender negatively curved airfoil using dyatlov jin nonnenmacher observability estimate spherical surface operation prove result defect beat restriction eigenfunctions hypersurface
8
618,724
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possibility practice agent establish modeling hard nosed entailment economic planner nowadays surrounded large number complex phenomenon ranging rumor spreading social norm formation rise new economic movement disruption traditional business deal phenomenacomplex adaptive system california framework found influential among societal scientistsespecially economist brawny methodology ca posture agentive role based modeling abm gained growing covering among academician practitioner antiballistic missile display simple behavioral rule agent local fundamental interaction among micro scale generate surprisingly complex pattern macro scale despite growing number abm publication researcher unfamiliar methodology cogitation number workplace understand abm agency rigorously make grow therefore major focus newspaper help societal science researchersespecially economist get big picture abm know develop systematically strictly
18
1,622,806
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quarkyonic star isospin flavor asymmetry suggest extension isospin asymmetric matter quarkyonic model mclerran reddy extension allows u construct equilibrium quark nucleon lepton concept quarkyonic matter originates large number color limit nucleon correct degree freedom near fermi surface reflecting confining force deep inside fermi sea quark naturally appear isospin asymmetric matter suggest new concept implemented within global isoscalar relation shell gap differentiating nucleon quark sector addition impose conservation isospin flavor asymmetry nucleon quark phase within model several quarkyonic star constructed top sly model nucleon sector producing bump sound speed implies quarkyonic star systematically bigger larger maximum mass associated neutron star also predict lower proton fraction equilibrium potentially quenches fast cooling massive compact star
7
1,588,153
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electric field assisted amplification magnetic discipline tilted dirac cone system show continuum limit point tilted dirac cone textile borophene layer organic conductor bedt ttfi deformation minkowski spacetime dirac material kill vector construct emergent tilted lorentz lorentz symmetry group system lorentz transformation able incur exact solution lev davidovich landau band crossed configuration electric magnetic field grant tilt parameter ratio crossed magnetic galvanising field satisfies one always find appropriate cost increase valley labeled way galvanizing field boosted away whereby resulting utter effective magnetic field battle governs landau level spectrum around vale effective magnetic field one valley always larger applied perpendicular magnetised field amplification come expense diminishing effective field opposite valleyand detected various quantum oscillation phenomenon tilted dirac cone system tuning ratio electric magnetic field lead valley selective collapse landau level geometrical description tilt dirac organization reveals authoritative connection tilt incipient rotating rootage tilt parameter made depend spacetime sure way
11
213,029
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multi user augmented reality application video communication virtual space communication useful tool impart knowledge understand idea clarify thought expression organize plan manage every single day day activity although different mode communication physical barrier always affect clarity message due absence body language facial expression barrier overcome video calling technically advance mode communication present proposed work concentrate around concept video calling natural seamless way using augmented reality ar ar helpful giving user experience physical presence others environment work provides entirely new platform video calling wherein user enjoy privilege virtual space interact individual environment moreover limitation sharing screen space number participant accommodated single conference without compromise screen size
0
22,646
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triply heavy baryon constituent quark cheese mannikin grammatical constituent quark modeling recently successfully applied study heavy quarkonium property spectrum also various regalia observables related electromagnetic strong weak decay reaction used herein compute ground sex state mass baryon comprise either quark considering lack experimental entropy spectrum triply heavy baryon believe computation could help finding new state since carry phenomenological quark model describe triply heavy baryon exchangeable degree truth heavy quarkonia quark example parameter previously used describe place modified analysis non relativistic three body bound state problem solved mean gauss ian expansion method acting provides enough accuracy simplifies subsequent evaluation matrix element several low toned lying province quantum number reported compare result predicted many theoretical formalism general movement understanding people ground state sector triply grueling heavy particle however situation puzzling excited state thus appropriate comment relevant feature comparison given
17
385,300
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nature near threshold bound virtual state department forcible state characterised unambiguously pole position correspond residue accordingly parameter likewise nature state department encoded bound state pole real axis low threshold forcible sheet established criterion excogitate originally weinberg allows ane estimate amount thickset molecular element yield country demonstrate paper criterion straightforwardly extended shallow practical state pole veridical axis lowest threshold unphysical sheet class molecular argue preponderantly non molecular compact state exist either leaping state plangency pole unphysical sheet real vigour axis virtual state also discus limitation mentioned classification scheme
17
342,216
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using learn control unreal avatar human motor coordination task designing contrived cyber agentive role capable interact human safely vigorously natural way current open job control solving issue allow invention cyber agent capable conscientious objector operatively interacting people parliamentary law fulfil common joint task multitude different application particularly relevant circumstance healthcare application use advise artificial agent interacting coordinating movement patient suffering social motor disorder specifically shown artificial federal agent exhibiting certain kinematic holding could provide innovative efficient rehabilitation strategy patient role moreover also shown level motor coordination enhanced kinematic property similar individual interacting paper discus first new method based markov chain bestow human motor characteristic virtual agent coordinate motion target individual exhibiting specific kinematic property embed synthetic model ascendancy architecture based reenforcement learning synthesize cyber agent able mimic conduct specific human performing joint motor task one individual
5
1,061,733
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