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near field coupling levitated nanoparticle photonic crystal cavum quantum control levitated dielectric particle emerging subject quantum optomechanics major challenge efficiently measure manipulate molecule motion heisenberg dubiety limit point present nanophotonic interface suited address trouble optically trapping land enchantment silica atom aim near field photonic crystal pit achieve tunable single photon optomechanical coupling khz triplet order order magnitude larger previously report levitated cavum optomechanical system effective collection guiding light nanophotonic structure result per photon shift sensitivity increased two order magnitude compare conventional far theatre detection demonstrated performance show bright route room temperature quantum optomechanics
13
1,233,331
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entanglement tensor network supervised image classification tensor network originally designed address computational problem quantum many body physic recently applied machine learning task however compared quantum physic reason success tensor network approach last year well understood little yet known technique work machine learning goal paper investigate entanglement property tensor network model current machine learning application order uncover general principle may guide future development revisit use tensor network supervised image classification using mnist data set handwritten digit pioneered stoudenmire schwab adv neur inform proc sys firstly hypothesize state tensor network might learning training purpose propose plausible candidate state built superposition product state corresponding image training set investigate entanglement property conclude robustly entangled cannot approximated tensor network used work must therefore representing different state secondly use tensor network block product structure entanglement restricted within small block pixelsqubits find state extremely expressive eg training accuracy already suggesting long range entanglement may essential image classification however current implementation optimization lead fitting resulting test accuracy competitive current approach
6
1,402,214
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small solar neutrino oscillation parametric quantity symmetry exchange symmetry effective majorana neutrino mass matrix bode maximal mixing atmospheric neutrino cycle aside null mixing cannot straightforwardly name nuclear reactor neutrino cycle mixing unless specific hierarchy assumed mass eigenstates otherwise non zero value predicted already flat exact symmetry case solar neutrino mixing scale well corrected atmospherical mixing arise breaking isotropy present mass matrix texture marriage offer normal pecking order see scenario smallness course given parametric quantity texture also allows introduction cp violation within await neighborhood without constrains
9
1,700,236
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dissipation non steady state regulatory electrical circuit society respond environmental signal cell often use small molecular electric circuit transmit info surroundings recently motivate concrete example signaling cistron regulation torso oeuvre focused property circuit function equilibrium dissipate energy briefly reappraisal probabilistic measure information dissipation use good service childlike model discus illustrate trade offs information dissipation biological tour regain circuit non steady state initial condition transmit selective information small readout delay steady state circuit dissipative cost additional information prof marginal compared steady state licentiousness feedback significantly increase transmitted selective information steady state circuit decrease dissipative cost lastly discus case bursty gene regulatory circuit yet fast switching bound function equilibrium
5
1,053,161
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neuronic network classifier electron identification dampe experiment dark matter particle explorer dampe space borne molecule demodulator cosmic beam observatory operation since designed probe electron gamma ray gev tev energy good cosmic proton nucleus tev among main scientific objective precise measurement cosmic electronpositron flux due large proton background sphere requires powerful particle recognition method past battleground simple machine study provided requisite tool paper present neural network based approach cosmic electron identification proton rejection showcase carrying based simulated monte carlo data nervous network reach significantly lower background classical cut based method spotting efficiency especially highest energy department dear matching simulation substantial data completes image
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spectral feature pb related color center diamond report systematic characterization optical property diamond color center based pb impurity ensemble photoluminescence analysis spectral emission performed different excitation wavelength nm range different temperature k range series observed spectral feature consist different emission line associated pb related defect finally room temperature investigation single photon emitter nm laser excitation reported revealing different spectral signature respect already reported nm excitation work represents substantial progress respect previous study pb related color center attribution articulated series spectral feature understanding formation process type defect thus clarifying potential system high impact application quantum technology
13
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quark hadron crossover convolution quark hadron crossover conjecture suggest continuity hadronic matter quark affair phase transition based twinned symmetry excitement phase connects hyperon subject colour flavor locked cfl phase color superconductivity demarcation line light strange quark cheese mass study inductive reasoning conjecture front topological vortex propose scene hadronic superfluid vortex hyperon matter could connected non abelian convolution color magnetic flux tube cfl phase crossover propose three hadronic superfluid vortex must join together trey non abelian vortex dissimilar colour flux entire color magnetized flux canceled conjunction call colorful boojum
14
962,642
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bulk web shape dependency study one loop bulk entanglement entropy even spacetime dimension apply heat kernel method capture worldwide piece entanglement entropy logarithmically divergent term even dimension four dimension perform denotative figuring respective bod boundary subregions particular cusp subregion arbitrary opening slant discover bulk entanglement selective information always encode universal info boundary theory leading entanglement entropy large limit fixed proportional incessant smoothly deforming circle boundary find leading order deformation bulk web entropy ploughshare shape dependence conduct entanglement entropy hence physical information extracted case establishes concern localnonlocal duality holographic nonetheless result hold higher dimensional holographic theory
9
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generating boolean function totalitarian automaton meshwork consider trouble studying pretence capability dynamic arbitrary web finite united state department state machine mannequin node network take two state passive active state node updated parallel following local totalistic rule ie depending sum dynamic state four family totalistic pattern considered linear matrix defined rule node take state neighbour state threshold rule node take state sum neighbour exceed threshold isolated rule node take state aggregate neighbour equal single number interval rule node take re publica marrow neighbour belong discrete separation focusing studying simulation capability dynamic latter class particular show totalistic automaton meshwork governed matrix defined rule implement constant function matrix defined function add appearance threshold formula generate monotone boolean function finally show web driven isolated interval formula exhibit rich spectrum boolean function fact implement arbitrary boolean function complement outcome studying experimentation set different boolean function beget totalistic rule random graphical record
12
751,410
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symplectic learning hamiltonian neural network machine learning method widely used natural science model predict physical system observation data yet often used poorly understood black box disregarding existing mathematical structure invariant problem recently proposal hamiltonian neural network hnns took first step towards unified gray box approach using physical insight improve performance hamiltonian system paper explore significantly improved training method hnns exploiting symplectic structure hamiltonian system different loss function free loss artificial lower bound mathematically guarantee existence exact hamiltonian function hnn learn allows u prove numerically analyze error made hnns turn render fully explainable finally present novel post training correction obtain true hamiltonian discretized observation data arbitrary order
1
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sonorous quarkonium utmost status report review late onward motion achieve understanding heavy quarkonium uttermost condition hypothesis perspective focal breaker point lie quarkonium property thermal counterbalance well recent festering towards genuine real time description valid also equilibrium give overview theory shaft build deploy last tenner including legal field possibility lattice sphere possibility simulation modern method religious reconstruction subject quantum organisation paradigm reputation discus detail construct quarkonium mellow furnish reader contemporary perspective order magnitude justice future progress take also discus recent firmness purpose experiment phenomenological moulding quarkonium relativistic heavy ion hit
19
417,454
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weighted simplicial complex weighted analytic torsion weighted simplicial complex simplicial complex value called weight vertex paper consider weighted simplicial complex valued weight study weighted homology weighted analytic torsion weighted simplicial complex
1
506,635
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optimal transport large network practitioner guidebook clause present band tool modeling spacial allocation trouble large geographic market give representative application setting market key network map cost travel duo contiguous location two type broker located node network vendee opt competitive seller depending price cost reach utility assumed additive quantity trafficker taking given seller toll set price need equal one observed give linear programming formulation equilibrium condition formally introducing role model apply two example mary leontyne price offered gas place quality armed service provided maternity ward lesson illustrate applicability model aggregate demand membership price estimate toll structure network insist possibility application large scale data point position employ forward looking linear programming solver gurobi addition paper released toolbox implement result online tutorial
18
1,604,781
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curved patch mapping tracking irregular terrain modeling application bipedal robot foot placement legged robot need make contact irregular surface operating unstructured natural terrain representing perceiving area reason potential contact robot surrounding environment still largely open problem paper introduces new framework model map local rough terrain surface task bipedal robot foot placement system operates real time data rgb imu sensor introduce set parametrized patch model algorithm fit environment potential contact identified bounded curved patch approximately size robot foot sole includes sparse seed point sampling point cloud neighborhood search patch fitting validation also present mapping tracking system patch maintained local spatial map around robot move bio inspired sampling algorithm introduced finding salient contact include dense volumetric fusion layer spatiotemporally tracking using multiple depth data reconstruct local point cloud present experimental result mini biped robot performs foot placement rock implementing foothold perception system us developed patch mapping tracking framework
0
35,402
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unaccented strong uniqueness navier stokes equation deuce fluid surface tenseness present employment consider evolution two fluid separated sharp user interface presence surface tension like exercise organic evolution oil colour bubble water main result weak strong uniqueness precept tally gratis boundary problem incompressible navier stokes equation long strong solution exists varifold solution must cooccur particular absence physical singularity concept varifold root whose global time world shown abel general initial datum introduce mechanism non uniqueness key ingredient attack construction relative entropy functional capable controlling user interface error viscosity two fluid coincide even classical unassailable solution gradient speed bailiwick becomes discontinuous port introducing need careful additional adaption congener entropy
8
661,777
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pattern formation pdepath tutorial explain pdepath apparatus pattern formation focus new pdepath occasion branch swap steady bifurcation point higher multiplicity typically due discrete symmetry also review general construct pattern formation handling pdepath including localized pattern homoclinic snaking found demo sh swift hohenberg equivalence next demo schnakpat schnakenberg reaction diffusion organisation chemtax quasilinear rd system cross diffusion chemotaxis simplify unify previous resultant role simple concise fashion ch cahn hilliard deal mass restraint hexex plenty multiple branch point higher degeneracy scalar problem hexagonal domain shgc illustrates global coupler demo ac actor schnaks schnaktor allen cahn schnakenberg model sphere torus consider pattern formation swerve surface cpol considers problem jail cell polarization described bulk surface coupling bruosc brusselator explains augment autonomous system clip periodic force along mean also comment option mesh mesh adaptation time desegregation give example branch point continuation hopf point continuance approximate stability bound
12
742,332
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cutting multiparticle correlators size multiparticle correlators mathematical object frequently encounter quantum playing area theory collider physic render multiparticle correlators voice communication graphical record possibility gain new insight structure well identify efficient way manipulate newspaper highlight power graph theoretic approach cutting open peak border graph allowing systematically classify linear relation among multiparticle correlators spring faster method computation naive computational complexity tip correlator among particle pairwise distance speck cast privileged merchandise show correlators computed linear runtime help modern tensorial object called energy menstruum moment reach fast implementation jet substructure observables like wide used large hadron collider identify boosted hadronic resonance another application program compute number leafless multigraphs edge conjecturing number independent kinematic polynomial degree previously recognise
9
1,692,216
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mensuration branching fraction semileptonic decay asymmetry parameter decay expend data sample fb enter energy gev belle sensor kekb collider report measuring branching fraction semileptonic decay furthermore found extra data sample fb gev asymmetry parameter disintegration extracted fork fraction measured often improved preciseness compared current world average first nd uncertainty statistical systematic severally third one arises due incertitude branching fraction corresponding ratio consistent expectation lepton flavor universality first appraise asymmetry parameter found consistent zero
17
331,283
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learning efficient structured dictionary image classification recent year witnessed success dictionary learning dl based approach domain pattern classification paper present efficient structured dictionary learning esdl method take diversity label information training sample account specifically esdl introduces alternative training sample process dictionary learning increase discriminative capability representation coefficient classification ideal regularization term incorporated objective function esdl moreover contrast conventional dl approach impose computationally expensive norm constraint coefficient matrix esdl employ norm regularization term experimental result benchmark database including four face database one scene dataset demonstrate esdl outperforms previous dl approach importantly esdl applied wide range pattern classification task
0
9,305
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restraint symmetricalness muscularity associated parameter nucleus neutron mavin symmetry energy obtained efficacious skyrme vigor compactness useable relate value isoscalar efficient deal isovector effective mass also indirectly related incompressibility symmetric atomic topic study analyze fourth dimension time value symmetry vim related atomic matter parameter five dimensional parametric quantity space describing heavy ion collision data isospin diffusion data point mevu mevu neutron cutis pb tidal deformability maximal mass neutron star obtain parameter set describe isospin diffusion neutron skin tidal deformability maximum mass neutron star turn incompressibility mev symmetry energy coefficient mev slope symmetry vigor mev isoscalar effective volume quantity connect efficient passel splitting ii time normal density symmetry energy obtained mev reduce gravid doubt critical work penalize ion collision different beam energy necessitate
16
805,973
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skew quanto simplicity present unsubdivided highly efficient analytical method acting solving quanto skew job equity framework accommodate equity fx volatility skew consistently ease implementation extremely quick performance new overture benefit inclusive spectrum market participant
15
1,165,035
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primordial black hole local non gaussianity basic inflation primordial black hole pbhs cannot produced extravagantly decent dismal matter canonical single airfield inflation slow roll conclusion robust local non gaussian correlativity long short wavelength curvature mode show effect slow roll local primordial black market hole abundance prototypical model evades go ultra dense rolling wave usr squeezed non gaussian correlation order unity impression variation pbh producing curvature fluctuation model would otherwise fail form sufficient pbhs moreover transition usr necessary successful model suppresses even small sweetening unless cause big addition inflaton kinetic energy fraction fold call large fast transition along manner apply formalism delta formalism calibre transformation compute non gaussianities illuminate different aspect physical origin issue local non gaussianity squeeze limit weaken gaussian finis pbhs dark matter canonical single field inflation require complicated fine tune potential shape date reference slow roll transiently rape
9
1,750,627
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enumeration standard puzzle introduce large family combinatorial object called standard puzzle defined simple rule focus standard puzzle enumeration problem solved explicit formula classical number binomial coefficient fibonacci number tangent number catalan number
1
553,506
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bianchi cosmology scalar vector tensor bran dicke gravity consider bran dicke scalar vector tensor gravity study inflationary scenario accelerating expansion universe anisotropy place fall study primordial inflation late inflationary period universe use bianchi crease component spatial portion cylindric isotropy along commission local cartesian coordinate seek stabilisation obtained metric solution use dynamical system approach obtain critical manifold phase space determine confirm inflation stable nature presence anisotropy property spacetime solve dynamical equation dissimilar direction timelike dynamic vector field incur several critical manifold whose nature stable cesspool quasi stable saddle dependent counsel used vector field last point observational constraint bran dicke parametric quantity satisfied well known bran dicke scalar tensor gravity valid modified scalar transmitter bran dicke gravity mien timelike dynamic vector field
9
1,750,568
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adic family automorphic form ordinary setting develop theory adic automorphic form unitary group allows adic interpolation family hold prime ramify reflex field associated unitary shimura variety ordinary locus nonempty condition met split completely recover hidas theory adic automorphic form defined ordinary locus generally work ordinary locus open dense eliminating splitting condition framework allow many result employing hidas theory extend infinitely many prime also provide construction adic family automorphic form us differential operator constructed paper approach adapt method hida katz general ordinary setting also building paper author along way encounter unexpected challenge subtlety arise ordinary setting
1
555,679
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controlling decoherence via symmetric non hermitian open quantum system studied effect non hermitian bosonic bathing tub dynamic two level spin organisation non hermitian hamiltonian tub pick converges harmonized oscillator hamiltonian non hermiticity switched calculate dynamic tailspin system found hermiticity positive well negative effect coherence system yet decoherence completely obviate choosing non hermiticity parameter phase organization bath fundamental interaction appropriately also studied effect bath entanglement two twist scheme bath acting unmatched spin
13
1,250,621
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nanograv signal hint decay inflation suggested swampland hypothesis de sitter blank space mightiness extremely unstable exists inflation short last state decay cascade first order phase transition pt find gravitative undulation gws yield pt flush subsequent expansion crataegus laevigata result slightly reddish tilt stochastic gws scope low frequency circle compatible nanograv yr result
9
1,736,732
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neutrino physic ptolemy undertaking fighting neutrino property light within sterile case ptolemy project objective grow scalable design cosmic neutrino background cnb detector first kind one conceived look directly image universe encoded neutrino background produce initiatory second big bang scope study next three year complete conceptual excogitation demodulator validate direct measurement non neutrino background expect cosmological signal paper saucer point theoretic aspect experiment physic goal particular mainly address three issue first discus sensitivity ptolemy standard neutrino mass scale study perspective experiment detect cnb via neutrino capture tritium function neutrino batch scale energy resolution setup finally look spare sterile neutrino mass ev range coupled active department state via vibration advocated view neutrino oscillation anomaly extra state would chip tritium decay spectrum prop mass mixing angle could studied analyzing feature beta decay electron spectrum
7
1,639,783
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note scalar meson authorization take chiral perturbation theory explicit broad meson study part scalar physique agent pion nucleon goal determine resonance saturation scalar sector
7
1,739,506
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apply vggnet based deep learning model quivering data prediction model gravity acceleration equipment hypergravity throttle eccentric large machinery used gravity training medical research failure large equipment severe problem term safe cost paper advise prediction model proactively prevent failure may occur hypergravity catalyst method acting purpose paper convert quiver signal spectograms perform classification training using inscrutable learning manikin experimentation conducted evaluate performance method acting proposed theme channel accelerometer attached bearing lodging rotor coil time amplitude data obtain measured value sampling information converted two dimensional spectrogram classification training performed using thick learning model four condition equipment unbalance misalignment shaft rub normal experimental result showed proposed method scotch higher existing feature base learning model
3
158,238
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configurational entropy folded protein importance distract protein many pairwise additive force field active use disordered protein idp area idrs modify energetic term improve description idpsidrs largely disagreement solution experimentation disordered state evaluated representative pairwise many body protein water force theatre operation experimental data representative integrated data processing idrs peptide undergoes disorder order transition seven globose protein wander sizing amino group acid find force field largest statistical fluctuation consistent radius gyration general lindemann value folded state simultaneously well describe idp idrs disorder order conversion hence crux military force plain exhibit well describe idrsidps residual protein water energetics balance gumptious upshot configurational entropy folded do globular protein
5
1,047,097
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invariant metric extend siegel karl gustav jacob jacobi upper half outer space real karl gustav jacob jacobi group defined semidirect product werner karl heisenberg group symplectic group admits matrix embedding modified pre iwasawa decomposition grant introduce convenient coordinatization coincides coordinate invariant one shape regulate formula parameter invariant metric obtain amount square invariant one form put obtain three parameter invariant metric extended siegel karl gustav jacob jacobi upper one half space tot square invariant unmatchable form two parametric quantity balanced metric siegel jacobi upper one half blank space
8
605,868
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contractible manifold positive scalar curvature ii article interested question whether complete contractible manifold positive scalar curvature homeomorphic study fundamental group infinity relationship existence complete metric positive scalar curvature prove complete contractible manifold positive scalar curvature trivial homeomorphic
1
588,573
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preciseness measurement center mass energy gev using data sampling collected besiii detector operating bepcii storage ring measuring rod born hybridization section centre good deal energy gev equate luminosity fb result compatible babar mensuration precision significantly improved dim witted dependence continuum process describe measure mark section better fit obtained extra resonance penny pinching gev could excited charmonium charmonium like state
17
396,400
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lefschetz thimble decomposition hubbard role model hexagonal lattice propose framework study property lefschetz thimble decomposition lattice fermion model approaching thermodynamic limit project congeal algorithm include schur complement solver exact computation derivative fermion determinant allows work gradient flow gf equation take account fermion determinant exactly high performance find real complex saddleback point describe societal system rule lefschetz thimble decomposition big enough grille extrapolate result thermodynamic terminus ad quem algorithmic rule described worldwide lattice fermion exemplar emphasis two type lattice discretizations relativistic fermion staggered wilson well interacting tight bond fashion model condensed matter system apply algorithm hubbard model hexagonal latticework dealing lattice mass big step euclidian time order capture property thimble decomposition thermodynamic low temperature continuum limit set complexness thimble decomposition appears hooked form hubbard stratonovich transformation special evidence provided existence optimal regime hexangular latticework hubbard model reduced number thimble significance overall sum performed quantum monte carlo qmc simulation using gf deform integration contour line complex sheet demo agreement exact diagonalisation small volume internet site space optimal setup transformation practice residual sign problem liken state art qmc appearance average sign keep considerably higher practice lefschetz thimble approach
19
481,067
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bayesian larn active non atomic routing game consider discrete clip nonatomic routing game varying demand uncertain cost give root network single bloodline destination cost function edge depend uncertain persistent state argument every period random traffc need rout meshing according thomas bayes wardrop equilibrium realized cost publicly observe bayesian belief state parameter updated state strong learning notion converge verity weak scholarship balance flow meet complete entropy flow rate characterize network pick occurs prove network series parallel structure provide counterexample prove condition necessary
18
1,637,871
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measurement super acid jet central auau collision gev star experiment present semifinal inclusive measurement turn jet backlash direct photon trigger key auau collision gev using dataset integrated luminosity recorded star experiment photon gun trigger selected within transverse doe gev gev charged jet reconstructed anti algorithm resoluteness parameter mixed event technique spring antecedently asterisk used right repercussion jet yield uncorrelated background enable recoil reverse lightning measurement panoptic chain report fully corrected charge super acid yield recoiling direct photon gun trigger two jet radius also discus jet habituation medium parton energy loss top rhic energy
17
300,831
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electrodynamic origin quantum wavering present work use good service lienard wiechert potential appearance violent fluctuation experienced electromagnetic charged extended particle perturbed rest state feedback interaction coulombian radiative subject among different charged part particle make uniform gesture fluid consequence show radiative field radiation reaction bring forth dissipative antidamping effect leading self oscillation finally derive series expansion ego likely addition ease energising energy yield rise new donation part feature quantum potential novelty potential green good symmetry breaking lorentz group triggering oscillatory motility electrodynamic soundbox propose part self energy mightiness dish bridge classical electromagnetism quantum mechanic
12
799,455
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chiral transition investigation bringing close together einstein maxwell dilaton gravity model refine originally insert dimensional gravity solution able holographically catch several qualitative aspect lattice qcd strong magnetic ground anisotropic behaviour string tenseness inverse contact action level deconfinement transition sensitivity web entropy latter consistently change answer considered einstein maxwell dilaton system overcome unphysical flattening large distance quark antiquark potential chevvy earlier oeuvre well encapsulate inverse contact action chiral modulation investigation approximation brings dynamical holographic quantum chromodynamics model nonetheless closer stage use predict magnetic qcd quantity directly estimable via lattice technique
19
432,637
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charge asymmetry dependence elliptic period splitting relativistic heavy ion collision elliptic flow splitting quark cheese well midcentral auau collision gev studied free base framework extended multiphase transport model partonic evolution described chiral kinetic equation apparent movement within available statistic slope quark cheese obedience electrical commission imbalance analog fit found minus due correlation velocity coordinate initial parton phase infinite dispersion simulation magnetized field qgp overestimate splitting spin polarization watch experimentation latter consistent result magnetic field vacuum considering dubiety magnetised field quark cheese antiquark vector interaction hadronization well hadronic evolution study show experiment observed positive slope respect probable due chiral charismatic wave
17
319,431
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airy point summons via supersymmetric lift subject area local asymptotics edge particle system arising eigenvalue sum unitarily invariant random hermitian matrix ii signature correspond decomposition tensor product representation one mathematical group method treat two example parallel free base unexampled normal observables described terminus special kinfolk lift margin call supersymmetric lift schur mathematical function multivariate friedrich wilhelm bessel function obtain explicit reflection class supersymmetric lift inspired determinantal formula supersymmetric schur function due citemj asymptotic analysis raising enable probe edge focus various setting aery point process arises
8
697,304
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toward standardized methodological analysis construct quantum computing consumption case propose standardized methodological analysis evolve measure manipulation type quantum computer quantum exalt method methodology consists standardized set question asked determine near terminus quantum cypher play role given application developing set question important allows dissimilar use case evaluated fair objective way kinda considering case advertizement hoc basis could lead evaluation focus confirming use case ignoring weakness demonstrate methodology apply concrete use case ambulance dispatch find way near term quantum computing could deployed sensibly also demonstrate fount way use would advised purpose composition initiate dialog within residential district quantum computing scientist possible end user question asked developing real world use case
13
1,248,533
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aspect quantum chromodynamics vacuity report address deuce aspect concerning vacuum quantum chromodynamics firstly large chiral disturbance possibility used calculate first two non trivial cumulants distribution lift number ie topological susceptibility fourth cumulant side side leading order expectant grading discussed compare latticework result found known correcting assumption literature second saucer property qcd using chiral disruption possibility case light flavor ie taking strange quark raft heavier degenerate quark mass shew accordance previous finding mass degenerate tone area ii vacuum state coexist become deteriorate wall tension vim barrier degenerate vacuum determined well decay pace false vacuum
14
934,002
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precision determination pion nucleon coupling unremitting expend effective landing field force theory pion nucleon coupling constant determine strength long range nuclear force fun fundamental part realize atomic physic charged neutral pion coupling proton neutron ask similar owe approximate isospin symmetry strong interaction different slew quark electromagnetic magnetic core whitethorn ensue slightly dissimilar note value despite previous attempt excerption coupling constant different scheme knowledge economic value still lacking varsity letter present preciseness determination cardinal observables richly curb uncertainty neutron proton proton proton spread data point using chiral effective field theory achieve end use novel methodological analysis based bayesian approach perform first time full fledged partial wave analysis nucleon nucleon scattering pi meson product threshold framework chiral effective field hypothesis including utter treatment isospin breaking effect determination reciprocally consistent data resulting time value pion nucleon coupling incessant exact percent level display significant armorial bearing dependency result mark important step towards developing preciseness theory atomic violence structure
16
865,563
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fractionalized pair density wave pseudo gap phase cuprate superconductors mysterious pseudo gap pg phase cuprate superconductors subject intense investigation last thirty year without clear agreement origin owing recent observation raman spectroscopy precursor charge channel top well known fact precursor superconducting channel present novel idea pg formed higgs mechanism two kind preformed pair particle particle particle hole channel become entangled freezing global phase remarkably entanglement equivalent fractionalizing cooper pair density wave pdw elementary part particle hole pair giving rise density modulation current modulation particle particle counterpart leading formation cooper pair perspective fractionalized pdw becomes central object around formation pseudo gap locking phase charge superconducting mode give unique explanation unusual global phase coherence short range charge modulation observed phase sensitive scanning tunneling microscopy stm simple microscopic model enables u estimate mean field value precursor gap channel pg energy scale compare value observed raman scattering spectroscopy also discus possibility multiplicity order pg phase give overview phase diagram
4
1,447,229
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probing new decay vector like top partner mediated heavy majorana neutrino via single production model beyond standard model proposed simultaneously solve problem naturalness neutrino mass heavy majorana neutrino vector like top partner usually predicted new decay channel top partner mediated heavy majorana neutrino thus appear study paper observability decay process single production top partner tev lhc jetsjets exclusion bound top partner mass mixing parameter given monte carlo simulation surpass search vlt pair production mass range tev
7
1,571,651
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possible appointment turn light vector meson reanalyze problem assignment light meson yet well established quark theoretical account regge flight decay manikin used severally study mess width observed united state department state predict missing unitary comparing calculation latest experiment suggest inconsistent data whitethorn let similar structure accession problem assignment two observed state inquire several possible explanation
14
938,701
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gravitational wave dark radiation dark phase transition connecting nanograv pulsar timing data hubble tension recent pulsar timing data reported nanograv collaboration may indicate existence stochastic gravitational wave background around hz explore possibility generate low frequency gravitational wave dark sector phase transition assuming dark sector completely decoupled visible sector except via gravitational interaction find amount dark radiation remain present nanograv data implies amount dark radiation close current upper bound may help mitigate called hubble tension existence dark radiation confirmed future cmb experiment would imply existence new particle feebly interacting standard model sector energy scale mev
7
1,551,607
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momentum dependent potential collective flow within relativistic quantum molecular dynamic approach based relativistic miserly field theory relativistic quantum molecular dynamic based relativistic mean athletic field theory rqmdrmf extended admit momentum dependent possible equation state eos dependence directed elliptic flow proton beam zip reach gev information available experimentally correlation effectual mass vividness density optical potential found smaller value efficient mass expect smaller strength optical potential describe directed flow datathis correlation also view beam energy dependence prolate flow gev although burden rather weak paw stiff eos required describe elliptical flow lower energiesexperimental constraint ocular potential collision provide important information eos high energiesthe proton directed elliptic period well described rqmdrmf model gev contrastto reproduce collapse direct flow gev pressure reduced indicate softening eos around gev
14
996,952
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diffractive excitation collision gamey energy paper look good walker approach diffractive excitation updated miettinen pumplin military police model hit considering late lhc data total elastic mark section behavior total elastic diffractive cross section analyze prediction energy run lhc cosmic ray experimentation derived result demonstrate military police model able describe current data implies cross section diffraction fervour collision constant energy range probed lhc slowly step higher free energy answer indicate pumplin bound reached lhc cosmic light beam energy moreover implication diffractive inflammation hit discussed particular mp model tighten data utilize derive main quantity present treatment diffractive excitation collision prevision total elastic diffractive cross section presented considering dissimilar nucleus demonstrate effect fluctuation decrease larger energy heavier nucleus energy dependence diffractive excitation cross section collision estimated different nucleus compared prediction proton disassociation induced photon interaction
7
1,644,797
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inactive spheric perfect fluid star finite radius general einstein theory relativity review article provide pedagogic limited review tolman oppenheimer volkoff tov equation answer describe static spherically symmetrical gaseous star general relativity discussion start systematic derivation tov equation einstein field equation relativistic euler equality next give proof existence uniqueness solution tov equation describing maven finite wheel spoke assume suitable condition equation state characterizing throttle also rise concentration gas hold inner sphere centered blood satisfies well known buchdahl bound independent radius sphere derive equation state ideal classical monoatomic relativistic flatulence statistical mechanic consideration show satisfies assumption existence unique solution describing finite radius star although none result discussed article new usually scattered different article word literature hence hope clause render self contained useful introduction issue relativistic stellar model
11
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production petabyte pib collision tev measurement production prompt heavy particle pb pb collision tev alice detector lhc reported reconstructed midrapidity via hadronic disintegration channel charge conjugate transverse momentum centrality interval gev ratio sensitive charm quark hadronisation mechanism medium mensurate found larger proportion measured minimum bias pp collision tev pb hit tev particular value pb lead pb collision differ two received deviation combine statistical systematic dubiety common musical interval covered measurement two collision system ratio also compare model calculation including unlike implementation charm quark hadronisation measured ratio multiply manakin implementing pure coalescence scenario adding fragmentation contribution lead underestimation nuclear modification divisor also presented measured value non foreign meson compatible within combined statistical systematic doubtfulness show however hint hierarchy conceivable contribution recombination mechanic charm hadron formation medium
17
349,484
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systematically localizable wheeler dealer quantum simulation quantum theatre operation theory correlativity meter entanglement ground state wavefunctions relativistic quantum champaign hypothesis spatially localized length scale set mass short particle utilize localization design digital quantum circuit preparing ground state lattice scalar quantum field hypothesis controlled rotation exponentially localized military position space extent found provide exponentially convergent wavefunction fidelity angle scale correlativity web site classical ii point correlation mapping opposed localized mutual entropy hyper localized negativity anticipate investigating uncover quantum circuit design controlled gyration dictated meter web work expected impact quantum simulation system importance atomic physic gamy energy physic basic energy science research
19
409,214
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harvesting correlation schwarzschild collapsing case spacetimes study harvesting correlation two unruh dewitt motionless detector vacuum state massless scalar field background vaidya spacetime consisting collapsing void casing form schwarzschild black hole hereafter vaidya spacetime brevity compare result associated three best loved vacuum boulware unruh hartle hawking israel vacuum unceasing schwarzschild black hole spacetime make employment explicit wightman function massless scalar field available dimensional model crack spacetime schwarzschild spacetimes detector couple proper clock time derivative arena first find respect harvesting protocol unruh emptiness agrees well vaidya vacuum near horizon even finite time interaction nd four vacuum different capacity creating correlation coefficient sensor vaidya vacuum interpolate unruh vacuum good horizon boulware vacuum far horizon rd show black hole horizon inhibits textitany correlation web finally show efficiency harvest protocol depend strongly signalling ability detector highly non trivial mien curvature bring home bacon asymptotic depth psychology vaidya vacuum clarify relationship boulwareunruh interpolation nearfar horizon earlylate time limit demonstrate straightforward implementation mathematical contour integration perform calculation
11
269,012
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topographic anatomy hint deform yang mill theory theme study mingy numeral simulation topological property vestige deformed yang mill possibility defined center symmetry recover yet small compactification radius finicky compute topologic suscpetibility coefficient related fourth cumulant topologic thrill statistical distribution find observables computed wring theory center isotropy recover compatible value nada temperature colour
19
461,707
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inferring minimum spanning tree sample network minimum spanning tree mst used variety field computer science geography infectious disease researcher used infer transmission pathway certain pathogen however often mst sample network population network surprisingly little known inferred population mst sample mst prove node sample selected uniformly random complete graph node unique edge weight population probability edge population graph mst given sample graph mst use simulation investigate conditional probability graph barabasi albert ba graph graph whose node distributed according bivariate standard normal distribution empirical hiv genetic distance network broadly result complete normal graph similar result ba empirical hiv graph similar recommend researcher use edge weighted random walk sample node population maximize probability edge population mst given sample mst
6
1,437,604
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left right symmetric fermion infertile neutrino complex schism biquaternions bioctonions article investigate application complex split biquaternions bioctonions standard modelling show clifford algebra cl cl used making left right hand symmetrical fermion hence incorporate right field handed neutrino segmentation algebra based approach standard model right way give neutrino also known aseptic neutrino potential darkness matter campaigner discus left right symmetrical fermion phenomenology using segmentation algebra approach describe gauge group associated left proper symmetric model prospect unification including gravity partitioning algebra look possibility obtaining three coeval fermion chargemass ratio exceptional hashemite kingdom jordan algebra exceptional radical
7
1,642,104
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homology theory tropical cycle integral affine manifold perfect pairing introduce cap product pairing homology cohomology tropical cycle integral affine manifold singularity show pairing perfect degree one manifold worst symple singularity joint work siebert pairing computes period integral perfectness implies versality canonical calabi yau degeneration also give intersection theoretic application strominger yau zaslow fibrations treatment cap product poincare lefschetz simplicial method constructible sheaf might independent interest
1
517,602
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origin binary black hole merger late venumadhav et aluminum proposed new pipeline analyze ligo virgo datum let eight new binary black maw bbh fusion including high effectual spin chieff one discovery shed new light origin observed bbhs dynamical gaining control field view binary argumentation using new statistical advance display isotropous manakin ruled observed chieff distribution favour field binary whose chieff determined tidal force fart loss capture however given current limited sample size capture scenario isotropic model cannot harness observation close hundred merges enable distinguish different formation scenario however expected formation channel manoeuver may difficult resolve exact fraction
11
251,786
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euclidian wormhole horava lifshitz gravity study euclidian wormhole framework horava lifshitz theory gravity euclidian wormhole first time appeared euclidean path built plan attack quantum gravity general way hawking page interpreted contour solution wheeler dewitt equating appropriate boundary precondition utilization projectable version horava lifshitz gravitational attraction obtain wheeler dewitt equation minisuperspace model think fill friedmann universe asset massless scalar field big value scale factor find solution sir mortimer wheeler dewitt equality coincides one obtained hawking whereas limit corresponding early universe find unexampled set result agree hawking page boundary condition wormhole
8
652,436
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factorization antenna efficiency aperture type antenna beam coupling two spillover antenna efficiency one important figure merit radio telescope observation especially millimeter wavelength shorter wavelength even multibeam radio telescope analyze system beam waveguide lossless antenna consisting two aperture series considered frame scalar wave approximation found antenna efficiency evaluated field distribution second aperture antenna efficiency factorized three factor efficiency beam coupling transmission spillover reception spillover factorization applicable general aperture type antenna beam waveguide relate aperture efficiency pupil function numerically confirmed factorization optical simulation evaluation enables u manage aberration useful design multibeam radio telescope
10
1,428,255
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fiscal insurance inequality sit endogenous positional concern investigate active wealth inequality economy household positional preference strength positional business concern determined endogenously inequality wealth distribution society demonstrate long run economy converges unique classless steady department state equilibrium household holding equal positive wealth initial inequality sufficiently low otherwise steady state characterised polarization household rich wealth poor whose wealth zip fiscal policy government wasting disease fund tax labour income wealth move saving initial do towards egalitarian chemical equilibrium higher congeries wealthiness
18
1,610,772
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nucleon antinucleon disintegration lear report historical review salient result chagrin doe antiproton proton antineutron proton annihilation hold low energy section antiproton ring lear operated cern purpose provide guideline future experiment cern adelena composite elsewhere spirit shop hadron spectroscopy one cornerstone lear briefly observe emphasis couch annihilation mechanism one ii nucleon net land numerosity distribution contribution quark cheese olympian annihilation channel affect strangeness
16
840,788
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temporal action segmentation timestamp supervision temporal action segmentation approach successful recently however annotating video frame wise label train model expensive time consuming weakly supervised method trained using ordered action list require le annotation effort performance still worse fully supervised approach paper propose use timestamp supervision temporal action segmentation task timestamps require comparable annotation effort weakly supervised approach yet provide supervisory signal demonstrate effectiveness timestamp supervision propose approach train segmentation model using timestamps annotation approach us model output annotated timestamps generate frame wise label detecting action change introduce confidence loss force predicted probability monotonically decrease distance timestamps increase ensures distinctive frame action learned training evaluation four datasets show model trained timestamps annotation achieve comparable performance fully supervised approach
0
34,324
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agglomerative clustering handwritten numeral determine similarity different language handwritten numeral different language various characteristic similarity dissimilarity language measured analyzing extracted feature numeral handwritten numeral datasets available accessible many renowned language different region paper several handwritten numeral datasets different language collected used find similarity among written language determining comparing similitude handwritten numeral help find language adjacent parent language firstly similarity measure two numeral image constructed siamese network secondly similarity numeral datasets determined help siamese network new random sample replacement similarity averaging technique finally agglomerative clustering done based similarity dataset clustering technique show interesting property datasets property focused paper regional resemblance datasets analyzing cluster becomes easy identify language originated similar region
0
76,035
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datum based stabilization unsung bilinear scheme guaranteed basin attraction motivated goal building cube direct design data driven controller nonlinear organization show nameless discrete time bilinear system data collected offline loose loop experiment enable design feedback controller provide guaranteed approximation lavatory attraction get solving linear matrix inequality cook scalar parameter maybe iterating dissimilar value argument result data based approach equate idealistic case example known perfectly
3
142,720
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single particle excitation sound wave box trapped atomic bose einstein condensate experimentally theoretically investigate lowest lying axial excitation atomic bose einstein condensate cylindrical box trap tuning atomic density observe nature mode change single particle excitation low density limit sound wave high density limit throughout crossover measured mode frequency agrees bogoliubov theory using approximate low energy model show evolution mode frequency directly related interaction induced shape change condensate excitation finally create large amplitude excitation let system evolve freely observe mode amplitude decay non exponentially time nonlinear behaviour indicative interaction elementary excitation remains quantitatively understood
13
1,285,666
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lattice deformation flat band modulation hopf linked carbon allotrope hopfene flat band form hopf linked graphene crystal carbon allotrope named hopfene qualitatively differ band graphenes paper discus carbon hexagon deformation level shift flat band via density functional theoretical dft analysis set flat band level fermi level viz utilize large density state magnetic electronic property research tight binding tb analysis also performed comparison dft analysis qualitative agreement tb dft band obtained dft analysis show almost linear flat band level shift lattice deformation rate electron interaction effect included within kohn sham method tune flat band level fit fermi level double hetero like structure also proposed way hexagon deformation control
4
1,301,898
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approximate solvent ion laser interaction high intensity authority matrix method acting perturbative analytic thinking provide expressed expression second order perturbative solution single trap ion interacting laser field substantial excitation authority perturbative analytical solution based matrix method acting final standardization perturbed result show probability obtain ion excited re publica fit well old result
13
1,236,310
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double field theory pseudo supersymmetry supersymmetric bosonic background govern initiatory order bit per second equation realised much unsubtle place relaxing requirement closure superalgebra beyond level quadratic fermion condition resulting pseudo supersymmetric theory define arbitrary spacetime dimension focus shammer supersymmetric extension arbitrary dimensional bosonic string action make twelvemonth ago paper recast language generalised geometry precisely construct action corresponding supersymmetry transformation rule term oo covariant derivative discus consistent shortness manifold generalise structure explicit lesson discus minkowski vacuum cleaner answer corresponding pseudo supersymmetry also briefly discus squelch radical manifold solution including object lesson lorentzian signature metric group manifold
9
1,798,035
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planarity generalise scatter amplitude pk polytope generalized root organisation worldsheet associahedra paper study purpose planarity generalized scattering amplitude several closely interacting structure combinatorics algebraical tropical geometry popularize biadjoint scalar amplitude introduced recently cachazo early guevara mizera cegm rational mathematical function homogeneous degree independent variable magnetic pole constructed directly ray positive tropical grassmannian introduce duet integer system generalized confident root arises specialization planar basis kinematic invariant prove higher root polytope volume dimensional catalan routine via flag unimodular triangulation simplices bijection noncrossing collecting element subset also give bijection certain positroidal subdivision called tripod hypersimplex noncrossing pair element subset weakly separated show aspect planar kinematics pk polytope introduced recently cachazo writer exactly generalized positive root show pk differentiation generalized biadjoint amplitude evaluates looking forward give defining equation conjecture explicit answer using via notion compatibility degree noncrossing collection two parameter family generalized worldsheet associahedra specialize certain dihedrally invariant fond compactification configuration space distinct point many detailed example given throughout motivate future work
9
1,698,730
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journal ranking depend level collecting daybook rank get important evaluate quality academic research several index suggested purpose typically basis cite graph journal follow aphoristic coming find impossible action theorem self coherent ranking method acting satisfies innate monotonicity property depend level aggregation resultant present trade two axiomatic property reveals dilemma aggregation
18
1,717,044
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spontaneous formation star shaped surface pattern driven bose einstein condensate observe experimentally spontaneous formation star shape open pattern driven bose einstein condensate two dimensional star shape pattern fold symmetry ranging quadrupole heptagon mode parametrically excited modulate spread length near feshbach resonance force mathieu equation floquet analysis utilized relating instability condition scattering airfoil fashion pin superfluid identifying resonant frequence form precisely measure diffusion relation collective excitation vibration amplitude surface innervation increase exponentially modulation find mode unstable due emergent mate dipole motion swarm experimental result excellent concord miserly theater framework work open new footpath generating higher lying corporate excitation application examine alien property quantum fluid bring home bacon generation mechanism quantum turbulence
12
725,794
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nonlinear topologic boundary state non hermitian array optical waveguide embedded nuclear natural gas propose scheme comprising array anisotropic optical waveguide embedded accelerator pedal cold atom tuned hermitian odd pt symmetric configuration manipulation control assistant optical maser field show system controlled tuning intra inter cellphone coupling coefficient enable creation topologically distinct stage linear topological edge province waveguide array characterized quadrimer naive cellular telephone allows apply transition hermitian odd pt symmetric configuration give way unbroken pt symmetric phase topologically trivial nontrivial phase comfortably passage elongate nonlinear regime inaugurate scheme generalizes sir tim rice mele hamiltonian nonlinear non hermitian quadrimer array featuring odd pt symmetry make accessible unique phenomenon functionality emerge interplay non hermiticity topology nonlinearity also show presence nonlinearity system sustains nonlinear topological edge state bifurcating linear topological edge state fashion without one dimensional limit nonlinear musical mode represents doublet odd pt conjugate state bring pt phase nonlinear edge state whitethorn effect stabilized additional absorption introduced system
13
1,259,771
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measurement dihadron correlation proportional event plane auau hit gev dihadron azimuthal correlation coefficient containing high pitched transverse impulse trigger particle sensitive property nuclear metier created rhic strong interaction occurring traversing parton medium explorer jet quenching previous measurement revealed strong qualifying dihadron azimuthal correlation auau collision respect pp dau collision modification increase collision centrality suggest path distance get go density dependence jet quenching issue paper news report star measurement dihadron azimuthal correlation mid central auau collision gev function trigger particle azimuthal angle relative event plane azimuthal correlation studied function trigger associated corpuscle subtraction combinatorial background anisotropic flow assuming zero yield minimum zyam described coefficient correlation result first discussed deduction yet harmonic elliptic quadrangular flow downplay away side correlation strongly modified modification varies double peak structure plane trigger molecule near side ridge long range pseudo rapidity correlation appears drop increasing jet like component remains close constant correlativity function studied subtraction odd harmonic triangular flow background arising fluctuation found three sided flow responsible majority amplitude sufficient explain dependence ridge away side double elevation structure
14
928,507
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plug fluctuation measure heavy ion hit grand sanctioned susceptibleness derive relation cumulants conserved commission mensurate subvolume thermic system corresponding marvellous canonic susceptibleness subscribe report exact orbicular preservation charge derivation presented arbitrary equation state assumption subvolume sufficiently large closemouthed thermodynamical terminus ad quem point theoretical account subensemble acceptance method sam quantifies effect global conservation jurisprudence important stair toward lineal equivalence cumulants conserved charge mensural central heavy ion hit theoretic calculation distinguished canonic susceptibleness lattice qcd model apply formalism net clayey particle wavering go away baryon chemical potential divergence happen collision lhc rhic
16
840,339
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electromigration guided composition pattern thin alloy film computational study via computation continuum dynamical model diffusion electromigration paper demonstrates feasibility guiding formation stripe composition pattern thin surface layer crystal alloy film employing systematic parametric computational analysis revealed property pattern aerial number density stripe stripe plane orientation influenced major physical factor limited electric field strength direction angle plane also include number parameter originate anisotropy diffusion particular crystallographically oriented surface layer following insight analysis real pattern hopefully created dedicated experiment
4
1,403,370
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loop wipe walk random matrix well known close connection non intersecting process one property random ground substance base reflection rule generalisation reflection principle general eg planar cognitive operation due fomin non intersection circumstance replaced experimental condition involving cringle erased way context sovereign brownian movement suitable planar demesne also close connection random matrix example first observed sato katori phys revolution per minute present example give rise various cauchy type ensemble draw fomins identity affine setting display case considering self governing brownian motion annulus one obtains novel interpretation round orthogonal ensemble
8
626,152
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radial oscillation constancy multiple fluid compact star derive scheme pulsation equation compact star make arbitrary number perfect fluid used study radial vibration stability respect small perturbation sham global isotropy inter fluid fundamental interaction gravitative derivation line chandrasekhars original derivation pulsation equating single fluid compact star keep contribution single fluid plain illustrate solution system pulsation equating unrivalled two tercet fluid representative
11
247,416
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role thermal chiral symmetry regaining show united state department state finite temperature correction ghostly property included play essential role description scalar susceptibility signaling chiral symmetry restoration first use analogue sigma example testbed derive connection propagator tick validity dependability overture saturated inverse ego energy calculate finite unmatched loop exact phenomenological description achieved considering saturation approach given caloric united state department state give unitarized chiral perturbation theory approach allows describe fairly well recent lattice information within uncertainty stove given uchpt parameter last compare uchpt saturated verbal description one based hadron rapport flatulency hadron volume dependency extracted late theoretical analysis several fit lattice information performed confirm validity thermal saturate approach hence importance thermic state chiral symmetry restoration
7
1,765,029
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spectral approach solving nonclassical transport equation paper introduces mathematical approach allows one numerically solve nonclassical transport equation deterministic fashion using classical numerical procedure nonclassical transport equation describes particle transport random statistically homogeneous system distribution function free path scattering center nonexponential use spectral method represent nonclassical flux series laguerre polynomial free path variable resulting nonclassical equation form classical transport equation present numerical result validate spectral approach considering transport slab geometry classical nonclassical problem discrete ordinate formulation
14
951,835
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structure supersymmetric classical algebra st part paper discus classical algebra associated lie superalgebra nilpotent element triplet discover generating put compute poisson square bracket second part main part paper discus supersymmetric classical algebra present two different construction supersymmetric classical algebra associated lie superalgebra odd nilpotent element subalgebra isomorphic first grammatical construction via susy classical brst complex second via susy drinfeld sokolov hamiltonian decrease appearance two method give rise isomorphous susy poisson vertex algebra supersymmetric analogue first persona compute explicit author poisson angle bracket generator
8
674,821
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information flow color appearance neural network color appearing manakin biological network consist cascade linearnonlinear layer modify linear measurement retinal photo receptor leading home nonlinear representation color correlate psychophysical experience basic layer network include chromatic adaptation standardization tight covariance color manifold modification opponent color channel pca like rotation color space saturating nonlinearities get perceptually euclidean color representation similar dimensionwise equalization efficient coding theory argues transform emerge information theoretic goal case hypothesis hold color vision question coding gain due different layer coloring material appearance network work representative family color show model analyzed term redundancy among chromatic component modified along network much data transferred input data noisy response purport analysis done using data method acting useable new colorimetrically calibrated scene different cie illumination right evaluation chromatic adaptation new statistical tool estimate multivariate information theoretical quantity multidimensional set found gaussianization resolution confirm efficient put hypothesis hold current color vision model key psychophysical mechanism critically responsible increase information transference opponent channel nonlinear nature important chromatic adaptation retina
5
1,087,651
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quantum near optimization long range ising model trapped ion quantum simulator quantum computer simulator may offer significant advantage classical counterpart providing insight quantum many body system perhaps improving performance solving exponentially hard problem optimization satisfiability account implementation low depth quantum approximative optimization algorithm qaoa using analog quantum simulator estimate ground state energy transverse theatre operation ising model longsighted cooking stove interaction tunable orbit optimize represent combinative classical problem sampling qaoa output mellow fidelity individual shooter private qubit measurement execute algorithm exhaustive search closed loop optimization variational parameter approximate ground state energy entrap ion qubits benchmark experiment bootstrapping heuristic method scaling polynomially system size observe agreement numerics qaoa execution degrade significantly scale system size runtime close self governing number qubits conclusion give comprehensive analysis mistake occurring system crucial step path forward towards practical application qaoa general trouble instance
13
1,228,500
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lepton flavour infringement hadronic tau decline spiritual rebirth nucleus within standard model effective subject field theory model manipulator dimension perform model independent analysis lepton flavour violating process involving tau lepton viz study hadronic tau decay conversion lens nucleus based usable experimental limit establish constraint wilson coefficient operator contributing process relate information belle two foreseen future experiment easily integrate resulting model
17
332,610
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quantum anomalous energy effect nucleon mass apart quark gluon kinetic potential energy nucleon lot admit fresh energy pure quantum origin result anomalous breaking scale balance demonstrate effect quantum anomalous energy qae qed well toy dimensional non analogue sigma fashion model contributes non perturbatively way resemble higgs mechanism mass matter particle electro sapless theory qae contribution nucleon mass explained using standardized mechanic terminus dynamical answer gluonic scalar field higgs like coupling nucleon scalar resonance plus qae put scale vitality nucleon relativistic virial theorem contributes negative pressure confine colour quark
14
954,223
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charged disgraceful hole uniting orbit circularisation chirp mass bias consider inspiral fateful hollow carry charge electromagnetic corresponds dark sector imperfect field low velocity regime component follow keplerian orbit investigate orbital parameter evolve dipole dominated discharge find orbit quickly circularises though efficiently gravitationally dominated discharge regard circular range look alteration gravitational wave shape component carrying small charge taking account populate waveform simplified ligo noise put matched filtering routine templet bank consist uncharged template focusing charge effect chirp mass estimation find reproducible overappraisal generalised chirp mass potential underestimation factual chirp mass finally briefly take effect direction hyperbolic brush finding bias arising interpret generalised chirp mass literal chirp mass
11
232,794
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entropy self gravitating anisotropic matter examine entropy self gravitating anisotropic thing confined box context generalrelativity configuration self gravitating matter spherically symmetric anisotropic pressure angulate part different radial portion deduce entropy relation thermodynamical jurisprudence continuity equation variational par shown reproduce gravitational field operation equating anisotropic issue result assures correspondence gravity thermodynamics apply method calculate entropy object compact star wormhole
9
1,703,648
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beating family key inefficiency sportsman betting grocery store inefficient market permit investor consistently outperform market place demonstrate inefficiency exist sport betting mart created betting algorithm generates market return nfl nba ncaaf ncaab wnba betting market formulate betting strategy amass examined novel dataset bet created non parametric profit probability model find positive expected time value situation united state supreme courtroom recently reverse union banning mutation bet research sport betting mart increasingly relevant grow sport betting industriousness
18
1,720,277
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cauchy noise loss stochastic optimization random matrix model via free deterministic equivalent random matrix model parameter estimation based traditional likelihood function straightforward particular one sample matrix introduce new parameter optimization method random matrix model work even case method based spectral distribution instead traditional likelihood method cauchy noise essential role free deterministic equivalent tool free probability theory allows u approximate spectral distribution perturbed cauchy noise smooth accessible density function moreover study asymptotic property determination gap similar role generalization gap besides propose new dimensionality recovery method signal plus noise model experimentally demonstrate recovers rank signal part even true rank small simultaneous rank selection parameter estimation procedure
1
521,662
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gloomy matter intensity frontier new table electron gas facility dark matter searched smorgasbord method acting act swindle challenge focusing dissimilar kind speck multitude pair describe dark matter hunting bear gun fixed target especial high spot contribution experiment build new mainz push convalescence superconducting gas pedal mesa quickness mesa bring home francis bacon vivid electron shaft hadron nuclear physic intimately grim matter search competitive sensitivity
16
866,340
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better speech detachment time frequency cross domain joint embedding constellate speech separation successful mystifying scholarship technique substantial effort reported based approach spectrogram intimately known standard time frequency hybridizing domain representation speech signal highly correlated phonetic structure speech oral communication strait perceived human primarily frequency domain feature carrying temporal behaviour impressive work achieving speech separation time knowledge base report late probably waveform fourth dimension domain may describe unlike realization speech precise way spectrogram paper propose framework properly integrating two direction hop achieve purpose conception clip frequency feature map concatenate dim convolution encode feature map meter domain spectrogram frequency domain serve embedding electronic network clustering access like utilize time frequency domain prior work way information time frequency domain intimately interaction jointly considered embedding clustering encouraging result state art knowledge obtained wsj mix dataset preliminary experimentation
3
142,628
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eaps edge assisted predictive sleep scheduling iot station broad deployment aka wifi access point significant enhancement energy efficiency wireless transceivers resulted increasing interest building based iot system unfortunately main energy efficiency mechanism namely psm apsd fall short used iot application psm increase latency intensifies channel access contention beacon instance apsd inform station need wake receive downlink packet paper present new mechanism edge assisted predictive sleep scheduling eaps adjust sleep duration station expect downlink packet first implement linux based access point enables u collect parameter affecting communication latency using access point build testbed addition offering traffic pattern customization replicates characteristic real world environment use multiple machine learning algorithm predict downlink packet delivery empirical evaluation confirm using eaps energy consumption iot station low psm whereas delay packet delivery close case station always awake
3
182,007
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oscillatory instability dimensional frictional granular matter dynamic amorphous granular matter frictional interaction cannot derived general hamiltonian therefore display oscillatory instability stemming onset complex eigenvalue stability matrix instability discovered context one two dimensional system three dimensional case never studied detail fill gap deriving demonstrating presence oscillatory instability three dimensional granular packing study binary assembly sphere two size interacting via classical hertz mindlin force law longitudinal tangent interaction respectively formulate analytically stability matrix observe couple complex eigenvalue emerges onset instability case frictional disk two dimension dynamic show oscillatory exponential growth mean square displacement followed catastrophic event generality result choice force break symplectic hamiltonian symmetry discussed
4
1,401,980
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multi opinion approach sound recording visual speaker verification although loudspeaker system verification conventionally audio labor practical application provide audio visual stream input showcase optic stream provides complementary selective information frequently leveraged conjunction acoustic speech improve verification performance study explore audio visual approach speaker verification starting standard fusion technique learn joint audio visual av embeddings offer novel approach grip cross modal verification test metre specifically investigate unimodal chain based av fusion report abject av equal error rate eer voxceleb dataset using best organisation method lack ability crossing modal auxiliary verb check introduce multi view model united state shared classifier map audio video space young approach achieves eer voxceleb gainsay try status crown thorn modal verification
3
161,100
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cross section solar neutrino capture nucleus gamow teller resonance solar neutrino seizure crossbreeding section nucleus studied take chronicle influence resonance structure nuclear forcefulness function atomic number deuce hotshot type isobaric sonority whale george george gamow teller parallel resonance low lying george gamow storyteller pigmy plangency investigated framework ego consistent theory finite fermi system computation perform considering resonance structure explosive charge exchange forcefulness function southeast analyze upshot plangency vigour dependence ill tempered contribution record high lying resonance considered neutron emission unconscious process high spirit energy nuclear excitation star formation xe isotope evaluate share various source solar neutrino xexe isotope proportionality form energetic neutrino xexe isotope ratio could indicator mellow energy atomic number neutrino solar spectrum also discus uncertainty often used fermi map calculation
16
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identification zero lower bound show zero lower bound zlb interest rate used identify causal effect monetary policy identification depends extent zlb limit efficacy monetary policy propose simple way test efficacy unconventional policy modelled via shadow rate apply method u monetary policy using three equation svar model inflation unemployment federal fund rate reject null hypothesis unconventional monetary policy effect zlb find evidence effective conventional monetary policy
15
1,193,979
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paper boat relaxion new relaxion mechanism aim small electroweak scale preferably selected former larger one due potential unbalance different previously purport stopping mechanic either hubble rubbing increasing periodic roadblock thermal friction gauge boson production torpedo planckian field excursion axion achieved without violating bound folding figure quantum graveness perspective relaxion name qcd axion preserving peccei quinn solution strong problem substantially ca ca cold dark matter current universe discourse
9
1,761,148
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elastic inelastic alpha transfer oc scattering pliable dispersion cross section measured push mevnucleon light heavy ion organization two identical center alike oc exhibit enhanced oscillatory pattern backward angle design known due transfer valence nucleon cluster two indistinguishable core particular flexible transfer shown originate straight core exchange symmetry elastic oc scattering give strong changeover strength land large overlap ground state matter natural ask similar transportation process inelastic transfer take spot inelastic oc scattering present work provides naturalistic coupled channel description transference inelastic oc sprinkle low energy based result coupled reaction channel computation show significant contribution transfer inelastic oc scattering cross section backward angle result suggest explicit pair transfer channel crucial study flexible inelastic scattering nucleus nucleus system nucleus substitution symmetry
14
975,068
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kerr nature stellar mass black hole grs employ accretion disk reflection model relxillnk test spacetime geometry around stellar mass black maw grs assume johannsen metric deformation parameter kerr solution retrieve analyze nustar observation obtaining vanishing non vanishing value deformation parameter depending astrophysical model espouse standardized trouble found previous test source result work molt light choice reservoir suited quiz kerr metric using ray reflection spectrometry function reflection manakin desperately ask melioration
11
273,918
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