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singularity poincare index electromagnetic multipoles electromagnetic multipoles broadly adopted fundamental language throughout photonics general feature radiation pattern polarization distribution generically known singularity topological property mostly slipped oblivion map singularity multipolar radiation different order identify index show explicitly index sum entire momentum sphere always consistent poincare hopf theorem upon revealed property attribute formation bound state continuum overlapping multipolar singularity open radiation channel insight unveils subtle connection index multipolar singularity topological charge bound state revealing essentially work fused two fundamental sweeping concept multipoles topology potentially bring unforeseen opportunity many multipole related field within beyond photonics
2
1,327,435
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reconsidering design multi antenna noma system limited feedback provide paper comprehensive solution design performance analysis optimization multi antenna non orthogonal multiple access noma system multiuser downlink communication general limited channel state information csi feedback framework frequency division duplex mode design general framework including user clustering joint power bit allocation csi quantization feedback signal superposition coding transmit beamforming successive interference cancellation receiver conduct mathematically strict performance analysis considered system obtain closed form lower bound ergodic rate user term transmit power csi quantization accuracy channel condition exploiting potential multiple antenna technique noma system jointly optimize two key parameter ie transmit power number feedback bit allocated user propose low complexity closed form solution moreover asymptotic analysis reveal interaction main system parameter impact joint power feedback bit allocation result hence show guideline system design finally numerical result validate correctness theoretical analysis demonstrate advantage proposed algorithm related state art
1
591,365
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incoherent approximation neutron scattering cross discussion section correction slow neutron low crystal temperature incoherent approximation ia often used calculate one phonon inelastic neutron disperse cross section arbitrary solid valid thermal neutron slow neutron requires correction significant isotope strong coherent scatterers article present extension placzek van pant discipline slow neutron limit low temperature using example solid emphortho deuterium south dakota coming output realistic one phonon scattering crossing segment sd show ia component gamy ultracold neutron ucn scattering sd calculation compared previously put four card monte carlo deliberation one phonon hybrid section based dynamical structure function polycrystalline emphortho deuterium find coherent furthermore provide beggarly easily replicable calculation one phonon scattering crabbed section hearty emphortho deuterium slow neutron used calculation simulation ucn scattering sd
14
957,321
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bethe salpeter amplitude upsilon base lattice non relativistic qcd nrqcd field study present result bethe salpeter amplitude vacancy well quark gluon plasma study based flavor latticework generated use highly improve staggered quark cheese hisq action mechanism pion mass mev zero temperature han albrecht bethe salpeter amplitude follow expectation based non relativistic likely role model non zero temperature interpretation han albrecht bethe salpeter amplitude twist nuanced logical previous lattice quantum chromodynamics study arouse upsilon quark cheese gluon plasma
14
989,398
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ice nucleation wake warm hydrometeors formation ice mixed phase cloud greatly impact earth hydrologic cycle intensity distribution frequency precipitation well radiative property cloud mid latitude strongly influenced number concentration ice particle long standing riddle mixed phase cloud frequent observation measured ice particle concentration several order magnitude higher measured ice nucleating particle concentration report laboratory observation copious cloud droplet ice crystal formed wake warm falling water drop aerosol activated transient region high supersaturation due evaporative mixing wake extend result typical mixed phase atmospheric condition calculation show induced evaporative supersaturation may significantly enhance activated ice nucleus concentration particle wake
2
1,423,112
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letter editor comment intravital dynamic correlative imaging reveals diffusion dominated canalicular flow augment ductular gall flux bile central metabolic product liver release hepatocytes bile canaliculus bc tubular subcellular structure diameter formed apical tissue layer juxtapose hepatocytes bc interconnect build highly ramified web cod transport bile towards larger interlobular bile duct ibd transport mechanism bile cardinal interest current text book model osmotic canalicular bile flow internet explorer enforced osmotic water system inflow latterly quantitatively verified based flux measurement bc contractility meyer et al challenged clause entitled intravital dynamic correlative imagination reveals dissemination dominated canalicular flow augmented ductular bile flux vartak et al feel compelled share series debate question fundamental conclusion survey vartak et heart dixie particularly risk misinterpreted misleading field view potential clinical application programme summarized argument follow point
5
1,047,535
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ruin probability two dimensional model correlate brownian motion reckon two insurance company endowment process give brownian motion drift firm collaborate transplant payment order maximize probability none go bankrupt show pushing maximally caller le endowment optimal scheme collaborationism brownian movement correlated transfer pace exceed trend rate moreover hold explicit convention minimal ruination probability compositor case perfectly positively correlated brownian motion also allow dissimilar diffusion coefficient
15
1,189,150
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disentangling topological state matter entanglement negativity entanglement negativity bipartite measure entanglement mixed quantum system determine degree freedom two subsystem tripartite hilbert space separable disentangled use entanglement negativity study possible disentanglement dimensional topological phase matter whose ground state generally direct sum distinct topological sector focus abelian laughlin non abelian moore read state filling fraction consistent previous work find two contribution entanglement negativity short range entanglement includes well known area law term analog topological entanglement entropy correction long range entanglement due possible topological degeneracy ground state show appropriate linear combination entanglement negativity isolate long range entanglement particular placed torus show long range entanglement prevents disentanglement ground state ie factorization torus state appropriate tensor product state defined cylinder subregions exemplifies multipartite quantum entanglement constrain real space structure manybody ground state wavefunction topological phase
4
1,366,131
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hypergeometric inbuilt modulo hasse witt intercellular substance consider kz differential equation case hypergeometric solution one dimensional integral also consider differential equation finite field study quad polynomial solution differential par constructed previous body work schechtman second author utilize hasse witt matrix place space polynomial solution space dual sure subspace even differential coefficient associate curve likewise relate polynomial solution hypergeometric solution
8
630,708
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secureboost lossless federated learning framework protection user privacy important concern machine learning evidenced rolling general data protection regulation gdpr european union eu may gdpr designed give user control personal data motivates u explore machine learning framework data sharing violate user privacy meet goal paper propose novel lossless privacy preserving tree boosting system known secureboost setting federated learning secureboost first conduct entity alignment privacy preserving protocol construct boosting tree across multiple party carefully designed encryption strategy federated learning system allows learning process jointly conducted multiple party common user sample different feature set corresponds vertically partitioned data set advantage secureboost provides level accuracy non privacy preserving approach time reveals information private data provider show secureboost framework accurate non federated gradient tree boosting algorithm require centralized data thus highly scalable practical industrial application credit risk analysis end discus information leakage protocol execution propose way provably reduce
6
1,310,816
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quasinormal mode scattering huckster radiation locality einstein dilaton gauss hood black hole classic quasinormal quantum hawking radiation syndrome look test field background four dimensional spherically symmetrical asymptotically flat grim hole einstein dilaton gauss bonnet edgb hypothesis geometry edgb black hole deviate schwarzschild geometry le therefore keep quasinormal spectrum also depart schwarzschild limit moderately allowing reduction damping rate reduction material oscillation frequency however intensity hawking radiation electromagnetic field turned much sensitive characteristic quasinormal spectrum allowing increase energy emission rate analytical formula eikonal regimen quasinormal mode derive test field shown correspondence eikonal quasinormal mode null geodesical fulfilled run field expected gravitational unitary
11
294,646
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new evaluation hadronic vacuum polarization contribution negative muon anomalous magnetic moment reevaluate hadronic vacuum polarisation share muon magnetic unusual person running electromagnetic conjugation constant boson mass include newest hadron cross subdivision data concert phenomenological fit threshold realm evaluation distribution integral precision single datasets cannot fully overwork ascribable discrepancy lead additional systematic uncertainty picky babar kloe information dominant channel mu meson find lowest order hadronic contribution full standard model prediction differs experimental value phoebe quark hadronic contribution evaluated
17
389,509
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b mixing observables vtdvts sum normal view effect non fly strange quark plenty decision full al qaida prop one half intercellular substance constituent mixing particular draw ratio bag parameter system combining result late lattice value ratio decay constant incur precise conclusion ratio accord tardy lattice determination find unvarying experimentation one sigma presume hardiness sm figuring use directly determine proportion ckm component compatible termination ckm match group precise
19
454,796
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conformal subject theory hot phase triad dimensional gauge possibility study high temperature phase angle compact calibre theory property compare result lattice calculation analytical prediction conformal field theory verbal description low temperature phase bidimensional xy model focus ii pointedness correlation part probe charge field forcefulness operator finding fantabulous quantitative agreement functional frame continuously varying critical index prognosticate conformal field theory
19
412,155
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analytic multi baryonic solution sun skyrme model finite density novel transition construct explicit analytic solution skyrme model generic suited describe different phase nuclear pasta finite volume dimension first type vitreous silica baryonic tube nuclear spaghetti nd type smooth baryonic layer nuclear lasagna ansatz spaghetti ansatz lasagna phase thin complete set skyrme field equivalence one integrable equation visibility within sector arbitrary high topological charge compute explicitly total vigor shape condition flavor bit density baryonic cathexis unco analytic result disclose new finite denseness modulation arise competition nuclear spaghetti lasagna phase intimately within image validity manikin one see lasagna phase energetically favored high tightness spaghetti favored low density finally briefly discus large boundary conformation
14
913,167
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application sicdte compton camera polarization measurement hard ray highly charged heavy ion method measure polarization ray highly charged heavy ion significantly higher accuracy existing technology needed explore relativistic quantum electrodynamics qed effect including breit interaction developed electron beam ion trap compton camera ebit cc new compton polarimeter pixelated multi layer silicon cadmium telluride counter ebit cc detects three dimensional position compton scattering photoelectric absorption thus degree polarization incoming ray evaluated attached ebit cc tokyo electron beam ion trap tokyo ebit university electro communication experiment performed evaluate polarimetric capability observation radiative recombination ray emitted highly charged krypton ion generated tokyo ebit compton camera ebit cc calibrated kev ray developed event reconstruction selection procedure applied every registered event result successfully obtained polarization degree absolute uncertainty uncertainty small enough probe difference zero frequency approximation full frequency dependent calculation breit interaction expected dielectronic recombination ray highly charged heavy ion
2
1,318,848
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continuous deep hierarchical reinforcement learning ground air swarm shepherding control guidance multi robot swarm non trivial problem due complexity inherent coupled interaction among group whether swarm cooperative non cooperative lesson learnt sheepdog herding sheep biomimicry shepherding offer computational method swarm control potential generalize scale different environment however learning shepherd complex due large search space machine learner faced present deep hierarchical reinforcement learning approach shepherding whereby unmanned aerial vehicle uav learns act aerial sheepdog control guide swarm unmanned ground vehicle ugvs approach extends previous work machine education decompose search space hierarchically organized curriculum lesson curriculum learnt deep reinforcement learning model hierarchy formed fusing output model approach demonstrated first high fidelity robotic operating system ro based simulation environment physical ugvs uav door testing facility investigate ability method generalize model move simulation real world model move one scale another
0
40,903
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pseudodifferential calculus noncommutative torus ii main property paper nd part two paper series whose aim give detailed description connes pseudodifferential calculus noncommutative torus make use tool introduced st part deal main property pseudodifferential operator noncommutative torus dimension includes main result mentioned original note connes baaj also obtain result regarding action sobolev space spectral theory elliptic operator schatten class property pseudodifferential operator negative order including trace formula pseudodifferential operator order
1
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measuring topological orderliness topologic order topological phase matter characterise chiral central armorial bearing one modular tensor family describes general merger braiding property anyonic quasiparticle discus topologically invariant quantity consociate identify peerless useful determining topological order propose variety forcible experiment investigation amount detail relation measured data point topological invariant
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1,237,564
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quadratic regularization data enabled predictive control theory application power converter experiment data driven control circumvents process system identification providing optimal control input directly system data attracted renewed attention recent year paper focus understanding effect regularization data enabled predictive control deepc algorithm provide theoretical motivation interpretation including quadratic regularization term analysis show quadratic regularization term lead robust optimal solution regard disturbance affecting data moreover inputoutput constraint inactive quadratic regularization lead closed form solution deepc algorithm thus enables fast calculation basis propose framework data driven synchronization power regulation power converter tested high fidelity simulation experiment
0
49,884
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effective surface energy viscoelastic hertzian contact viscoelasticity rate dependent adhesion soft matter lead difficulty modeling relatively simple problem rigid sphere contact viscoelastic half space reason approximation describing surface interaction viscous dissipation process usually adopted literature develop fully deterministic model adhesive interaction described lennard jones potential material behaviour standard linear solid model normal loading unloading cycle carried different driving condition loading performed quasi static condition hence unloading start completely relaxed state material effective surface energy found monotonically increase contact line velocity asymptotic value reached high unloading rate result agrees existing theory viscoelastic crack propagation loading unloading performed non zero driving velocity hence unloading start unrelaxed state material trend effective surface energy deltagammaeff contact line velocity described bell shaped function double logarithmic plot peak deltagammaeff found contact line velocity smaller make maximum tangent loss viscoelastic modulus furthermore show gentschultz assumption partly work case viscous dissipation longer localized along contact perimeter also occurs bulk material
4
1,389,567
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stabilize stuart landau oscillator via sentence varying meshing procedure developed test enforce synchronicity household stuart lev davidovich landau oscillator coupled symmetrical network proposed method exploit network plasticity inbuilt non autonomous drive specifically assume system rule ab initio confined electronic network turn underlying homogeneous synchronous state unstable properly engineered meshing perpetually generated link set node allows synchronism eventually restored upon performing continuously swappings sufficient rate two aforementioned network result cast stringent full term follows practical application middling theorem vital swapping rate ascertain analytically
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model reducing corporate active globally coupled oscillator finite network thermodynamic limit manakin simplification technique widely used study collective behavior globally pair oscillator yet approach assume infinitely many oscillator propose new ansatz establish corporate coordinate approach reproduces collective dynamic kuramoto model finite network high spirit accuracy yield bifurcation bodily structure thermodynamical terminus ad quem infinitely many oscillator previous approach additionally capture dynamic edict argument thermodynamic boundary including vital retardation result cascade saddle node bifurcation
12
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curious property free hypergraph algebra finite hypergraph consists finite set vertex collection subset consider partition unity relation protrusion operator partition unity relation freely generate cosmopolitan algebra call free hypergraph algebra general free hypergraph algebra first studied context quantum contextuality special case class free hypergraph algebra comprises quantum permutation radical maximal group algebra graph product finite cyclical group algebra associated quantum graph homomorphism isomorphism colouring behavior first systematic work aspect free hypergraph algebra show coincide class finite colimits finite dimensional commutative algebra also class algebra relate synchronous nonlocal game antecedently bear witness undecidable determine whether nonzero given show also undecidable determine whether given residually finite dimensional similarly whether infinite dimensional theatrical performance whether tracial state follows unrivalled property question whether property self governing zfc axiom assuming consistent clarify subtlety tie independence result appendix
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residual pathology several counterexample analysis show existence special object sort pathological behavior present three different example pathological behavior isolated exception typical behavior generic object suitable class generic mean residual sense baire category first example revisitation classical result concerning approximate differentiation second example derivative loss solution linear wave equation time dependent holder continuous propagation speed third result derivative loss solution transport equation non lipschitz velocity field
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geometric view generalized proudman johnson hunter saxton equation show two family equation generalized inviscid proudman johnson equation hunter saxton equation recently introduced cotter et al coincide certain range parameter give new geometric interpretation proudman johnson equation geodesic equation right invariant homogeneous finsler metric diffeomorphism group generalizing construction lenells hunter saxton equation analyze equation using isometry diffeomorphism group appropriate subset real valued function thereby show periodic case equivalent geodesic equation sphere space function non periodic case equivalent geodesic flow flat space allows u give explicit solution equation non periodic case answer several question cotter et al regarding limiting behavior
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curious pivot point least square regression shown given set point plane least square regression line pivot fixed point single point set repeated consider happens one point repeated geometrically describe region pivot point may lie possible combination repetition underlying framework pivoting explored yielding new open ended question
1
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bonny basis funding upper case letter reduced form framework negative basis swap enters long james bond position buy protection issuer bond deferred payment default swap cd aiming arbitrage net income due julian bond cadmium groundwork classic reduced form model theorist existence basis abnormality merely liquidity noise view however betray explain large footing trading loss find financial crisis employing chemical bond incessantly fudge compact disk dynamical spread model bond repo financing find unhedged unhedgeable residuary jump default risk pitch branch credit correlational statistic economic capital approach utilize charge use capital follows unitedly hedge funding cost allow better understand basis economics predict fair level
15
1,129,643
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solvability equation elementary function prove equation unsolvable elementary function
1
577,319
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poemma investigation extreme multi messenger astrophysics design investigation extreme multi messenger astrophysics poemma nasa astrophysics probe grade deputation designed observe ultra high zip cosmic ray uhecrs cosmic neutrino space astro apc white paper medium social class space corpuscle astrophysics project
17
339,036
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bond nonchalance price unconcern yield curve market stochastic interest rate count investor either invest money save account ii leverage zero coupon bond certificate invest remainder wealth saving account indifference cost bail price investor could attain expected utility scenario affine term structure setting presumption investor utility routine either exponential power form show indifference term zero voucher chemical bond root integral expression model compute bond indifference leontyne price corresponding indifference return curve vasicek setting interpret result
15
1,159,547
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coherent acoustic control single silicon vacuum spin diamond phonons considered worldwide quantum transducer imputable power couple wide variety quantum system among system solid state full stop defect spin known long hold optically approachable quantum memory recently shown everting symmetric defect diamond negatively charged si vacuum center siv feature spin qubits highly susceptible strain leverage strain reaction achieve coherent low ability acoustic control exclusive siv spin perform acoustically driven ramsey interferometry single spin outcome demonstrate novel effective method acting spin control system offering path towards substantial whirl phonon couple phonon mediated intercrossed quantum system
13
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meaningful representation protein sequence choose represent data fundamental impact ability subsequently extract information machine learning promise automatically determine efficient representation large unstructured datasets arising biology however empirical evidence suggests seemingly minor change machine learning model yield drastically different data representation result different biological interpretation data begs question even constitutes meaningful representation approach question representation protein sequence received considerable attention recent literature explore two key context representation naturally arise transfer learning interpretable learning first context demonstrate several contemporary practice yield suboptimal performance latter demonstrate taking representation geometry account significantly improves interpretability let model reveal biological information otherwise obscured
0
28,375
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efficiency correction factorial moment cumulants overlapping set particle note discus refinement associated efficiency fudge factor measurement aslant cumulants factorial moment position one deal overlapping set molecule correlation number proton positively charged particle exceptional saucer situation normally encountered threatening ion experiment first charge reconstructed proton pick charge additional particle identification procedure present efficiency correction formula case detective work efficiency follow binomial distribution
7
1,760,075
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round quiver gauge theory isomonodromic deformation fermion torus study relation class theory punctured torus isomonodromic deformation flat sln connection two dimensional toroid puncture turning self dual desktop corresponds deautonomization seiberg witten integrable system implies specific time dependence hamiltonians testify like function relative dual gage hypothesis partition function proportionality factor non trivial function solution deautonomized seiberg witten integrable system hold mapping isomonodromic deformation problem free fermion correlators torus
8
658,597
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sensitivity longitudinal vector boson scattering semi leptonic final state hl lhc longitudinal vector boson scattering provides important investigation electroweak symmetry breaking bringing sensitivity physic beyond received model well constraining property higgs boson unmanageable process study due small production cross section challenge breakup unlike polarisation body politic field study sensitivity longitudinal vector boson scattering high light large hadron collider semi leptonic final nation characterized larger background contribution liken fully leptonic final state benefit gamey signal cross section due enhanced branching fraction determine polarization full reconstruction period result kinematics using boson great deal restraint use jet substructure show technique sensitivity around three standard deviation hectoliter lhc achievable make channel competitive full leptonic vi vi
17
331,839
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novel neutron star social system nucleon mass radius order reveal difference latest neutron star observation experiment gw existing theory mainly moot effect nucleon spoke neutron star existing theory trust result nucleon radius neutron wiz negligible mass nucleon used instead bursting charge radius nucleon mass radius place fm new measuring consider input excluded volume effect model equation land nuclear matter pop question novel neutron star mountain radius coitus using proton mass radius consistent observation gw
14
923,794
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tooshie option pricing major power law build methodology take given option price tail strike extend call smash set ten strike assuming continuation fall define karamata invariable strong pareto police guard heuristic bring forth relative price option sole parameter tail index mild arbitrage constraint common confinement finiteness variableness required methodology allows scrutinize volatility surface mental test versatile possibility comparative tail option overpricing commonly built thin tailed model minor modificationsfudging calamitous scholes formula
15
1,198,395
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two loop practical light light scattering correction bound electron factor vital set ii grommet qed correction factor hydrogenlike ion forecast without expansion nuclear binding field correction due polarisation international magnetized field quantum vacuum cleaner dressed binding field result obtained self energy charismatic loop diagram compared current state art resultant derived perturbative elaboration binding intensity level parameter atomic act fine anatomical structure constant accord find limit withal even light ion perturbative result fails approximate magnitude corresponding rectification factor entire rectification element coming diagram considered work constitute highly relevant upcoming experimental trial fundamental physic highly charged ion
13
1,245,273
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waveguide coupled iii photodiodes monolithically integrated si seamless integration iii nanostructures silicon long standing goal important step towards integrated optical link present work demonstrate scaled waveguide coupled iii photodiodes monolithically integrated si implemented inpingaasinp structure waveguide coupled device show dark current acm v responsivity aw v using grating coupler centered around nm observed cutoff frequency fdb exceeding ghz data reception gbd ook pam operated forward bias light emitting diode device emit light centered nm furthermore also investigate self heating device using scanning thermal microscopy find temperature increase device operation emitter accordance thermal simulation result
2
1,371,572
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nndrone toolkit mass application machine find eminent energy physic motorcar learning proven indispensable tool selection interesting event high energy department physic technology go progressively important demodulator upgrade introduced data rate increase order magnitude propose toolkit enable creation drone classifier machine learn classifier different classifier may standardise single form executed parallel demonstrate capability drone neural meshing learn required attribute stimulus neural network without use label training information use appropriate question input neuronal network
17
337,432
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gravitational moving ridge collider investigation triplet higgs sector broken shortcut discipline scalar troika extension standard model low crosscut preventing large correction quadratic mass would otherwise worsen hierarchy problem explore range lisa test argument space area scalar potential even excluded higgs diphoton measurement electroweak phase modulation strongly st order produce sizeable gravitational undulation also demonstrate collider phenomenology model drastically different renormalizable counterpart study reach lhc going hunting project bound hl lhc likewise develop dedicated analysis test key nonetheless unexplored signature brace production charged scalar decay third multiplication quark result apply straightforwardly extension higgs sphere hdmmssm
7
1,709,612
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wireless backhaul beyond issue challenge opportunity introduction new technology unmanned aerial vehicle uav high altitude platform station hap millimeter wave mmwave frequency massive multiple input multiple output mmimo beamforming wireless backhaul expected integral part network concept nothing new shortcoming term performance compared fiber backhauling however new technology fiber longer foremost technology backhauling projected densification network wireless backhaul become mandatory use still challenge tackled wireless backhaul used efficiently resource allocation deployment scheduling power management energy efficiency problem wireless backhaul also act enabler new technology improves existing one significantly name rural connectivity satellite communication mobile edge computing concept wireless backhauling act enabler small cell usage wireless backhaul present different security challenge governing body cellular network standardization effort going especially integrated acces backhaul iab concept briefly mentioned finally wireless backhaul also projected important part beyond network newly developed concept cell free networking ultra massive mimo extremely dense network show trend well survey present aforementioned issue challenge opportunity application wireless backhaul briefly mentioning concept related wireless backhaul beyond alongside security standardization issue
0
10,626
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constraint kinetic mix parameter light dark photon dilepton production heavy ion collision gev energy range transmitter boson called drear photon one possible candidate dark matter mediator supposed interact standard matter via vector portal vein due isotropy group mixing might make visible particle heavy ion experimentation confirmed observation dark photon detailed analysis dissimilar data based data allows estimate upper limit kinetic mixing parameter depending pot boson also unknown study present theoretical constraint upper limit multitude range gev equivalence calculated dilepton spectrum data based data hades collaboration si energy dark photon observed analysis based microscopical parton hadron string dynamic phsd transport attack reproduces well measured dilepton spectrum hit additionally different dilepton channel originate interaction decay ordinary matter particle mesotron baryon incorporate decay hypothetical boson dileptons boson produced dalitz decay pion meson delta resonance analysis help estimation requested accuracy next experimental search light dark photon dilepton experimentation
7
1,740,716
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membrane nanodomains homeostasis propofol anaesthesia function dosage temperature anesthetic bind potentiate gamma aminobutyric acid case receptor universal mechanism general anesthesia known furthermore often encountered ramification anaesthesia induced amnesia understood general anaesthetic hydrophobic molecule easily dissolving lipid bilayers recently shown general anesthetic perturb phase separation vesicle extracted fixed cell unclear whether physiologic condition general anaesthetic induce perturbation lipid bilayer whether contributes transient loss cognizance anesthesia side outcome appearance propofol perturbs lipid nanodomains outer inner leaflet blood plasma tissue layer intact cell affecting membrane nanodomains concentration dependent manner mum mum propofol destabilize nanodomains however propofol tightness higher silent stabilize nanodomains time stabilization occur physiological temperature intact cell process require arp mediated actin nucleation myosin ii activity charge per unit nanodomain stabilization potentiate gaba sensory receptor activity result show active nanodomain homeostasis counteracts initial disruption cause large change cortical actin
5
1,048,836
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contact phase field modeling chemo mechanical degradation process part theoretical foundation phase field modeling pfm booming across various discipline proven fitted numerically modeling interfacial problem aim taking step back revisit fundamental validity light non equilibrium thermodynamics general contact thermodynamics ct framework derived contact geometry based maximum dissipation principle maxdp thus extending gibbs seminal geometrical representation thermostatics combining ct micro force balance gradient flow equation usually derived pfm variational formulation written generalized relaxation equation obtained viscous allen cahn equation allows pfm kinematic degree freedom order parameter gradient fully dissipative model also extended double pfm order include chemo mechanical coupling corresponding respectively endothermic exothermic process thus leading phase change bidirectionality contact pfm cpfm applied second part work irregular microstructures like geomaterials valid porous medium general focus pressure solution
4
1,383,835
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investigating high energy proton induced reaction spherical nucleus logical implication pre equilibrium exciton model number accelerator based isotope production facility utilize mev proton beam due high production rate enabled high loudness beam capacity slap diversity isotope production land long range high vigor proton nuclear reaction modeling energy challenging interplay different response way lack existing guiding cross section data tri lab collaboration formed among lawrence arabia berkeley los alamo brookhaven internal laboratory savoir faire complexness characterizing charged particle nuclear reaction relevant production established novel radioisotope initiatory collaboration experimentation stack target niobium foil irradiated brookhaven linac isotope producer mev los alamo isotope production deftness mev measure nbpx cross section mev measured cross section upshot compared literature information comfortably default calculation nuclear model code talys coh empire alice developed standardized procedure determines response model parameter best reproduce prominent reaction television channel physically justifiable manner primary focus procedure determine best parametrization pre sense equilibrium two component exciton model modeling study revealed trend toward proportional decrease internal transition rate intermediate proton vitality mev current exciton model compared nonremittal value result work instrumental planning execution analysis essential isotope production
16
864,855
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quasinormal modal value shadow greybody ingredient electrically charged bardeen black hole study quasinormal mode qnms electrically charged bardeen black hole spacetime considering scalar electromagnetic plain perturbation black hole spacetime exact resolution einstein gravity coupled nonlinear electrodynamics five dimension nonsingular behavior calculate qnms function wkb bringing close together method acting sixth order due presence galvanising charge scalar electromagnetic field perturbation decay slowly compared schwarzschild tangherlini black hole discover scalar field perturbation oscillate rapidly compared electromagnetic field perturbation term damping scalar field perturbation damp apace diagrammatically show transmission reflection coefficient decrease increase increase magnitude galvanic charge emission gravitational wave allows spacetime undergo damped cycle imputable nonzero time value imaginary part always negative imaginary part qnms frequency unendingly decreasing gain magnitude electric charge given mode connexion qnms frequency black hole phantom advantageously geometric crisscross section eikonal limit besides described
11
230,427
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study local global axial condensate quantum chromodynamics finite temperature aim workplace study possible local global axial condensation high temperature chirally restored phase qcd mean two nonperturbative analytical technique expressing functional average terminal figure spiritual denseness euclidean paul adrien maurice dirac operator two evaluating functional entire instanton background idea way besides proving condensate indeed different cypher gamy temperature government shall likewise derive asymptotic temperature dependence compare topologic susceptibility
9
1,758,883
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multivariate modeling natural gas spot trading hub incorporating future market see volatility financial market liquified natural gas lng important rapidly growing segment commodity market like commodity market inherent spatial structure lng market unlike price dynamic different tip delivery hub certain hub support highly liquid market allowing effective robust price discovery others highly illiquid fix effectiveness standard jeopardy management technique propose joint modeling strategy u gamey frequency selective information thickly traded hub improve volatility approximation risk exposure management thinly deal hub leave example superior sample predictive performance specially various commonly employ risk management metric demonstrating joint modeling indeed potential useful improve estimation bayesian estimate strategy employed information driven weakly informative prior suggested model rich sparse data effectively used market standardized irregular pattern information availability
15
1,161,063
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mid depth ocean stratification southern ocean eddy v interior vertical diffusivity mid depth ocean stratification fitted munk exponential profile shown consistent vertical advective diffusive balance however tracer release experiment show vertical diffusivity mid depth ocean order magnitude small explain observed km exponential scale alternative mechanism suggested overturning mostly adiabatic interior diapycnal upwelling negligible nearly mid depth water upwells adiabatically southern ocean picture eddy wind set isopycnal slope therefore determine non vanishing mid depth interior stratification even adiabatic limit effect eddy isopycnal slope understood via either marginal criticality condition via near vanishing residual overturning condition adiabatic limit examine role eddy v interior mixing setting mid depth stratification using eddy permitting numerical simulation artificially change diapycnal mixing away find isopycnal slope change response change interior diapycnal mixing even wind forcing constant consistent previous study however limit small interior mixing interior stratification far exponential suggesting process alone lead observed stratification result suggest eddy contribute non vanishing mid depth interior stratification exponential shape stratification must also involve interior diapycnal mixing eddy interior diapycnal mixing therefore important determining interior mid depth exponential stratification
2
1,470,870
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breakdown smooth solution muller israel stewart par relativistic mucilaginous fluid consider equation muller israel stewart case describe relativistic viscid fluid bulk viscosity four dimensional minkowski blank show class smooth initial data point localized perturbation constant state corresponding unparalleled solution cauchy problem break finite metre specifically prove finite clock time solution recrudesce singularity become unphysical sense take leak precise also prove general riemann invariant exist dimension physically relevant equation state viscosity coefficient lastly present large data singularity shaping result perfect fluid ecumenical assumption equation state give value fluid sound swiftness purely le speed light
14
907,454
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pre training graph neural network model effect mutation protein protein binding affinity modeling effect mutation binding affinity play important role protein engineering drug design study develop new deep learning found framework named graphppi predict binding kinship change upon sport based feature furnish graph neural meshing gnn particular graphppi firstly employ well designed pre training scheme enforce gnn capture feature predictive effect mutation binding affinity unsupervised mode integrate graphical feature gradient advance tree perform prediction experiment showed without annotated signal graphppi capture meaningful pattern protein bodily structure also graphppi achieved young state art performance bode binding affinity change upon single multi point mutation five benchmark datasets depth analysis showed graphppi accurately calculate gist mutation binding phylogenetic relation severe acute respiratory syndrome cov neutralizing antibody result established graphppi powerful useful computational tool study protein design
5
1,081,577
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random rut equation property three high homogenization stand view stochastic high temperature equation smooth space time stationary gaussian random field operation dimension initial condition fitly chosen known small enough diffusively rescaled solution converges weakly scalar multiple solution heat equation effective diffusivity fluctuation converge also weak sensation solution edward wilkinson equation effective disturbance strength effective diffusivity paper derive pointwise approximation solution constant initial condition explicit corrector show converges stationary procedure converges pointwise converges weakly deposit consequence derive new representation diffusivity effective noise strength approach atomic number markov chain space trajectory introduced genitourinary ryzhik zeitouni edward wilkinson limit random heat equation proportion three higher well tool homogenisation theory corrector constructed use seemingly new approximation scheme mesoscopic time scale
8
604,601
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pontryagin differentiable programming end last learning control framework paper educate pontryagin differentiable programming pdp methodological analysis establishes unified theoretical account solve broad course learn control task pdp tell existing method acting two novel technique first differentiate pontryagins maximum principle allows get analytical derivative trajectory respect tunable parameter within optimal control system enabling end end memorize active policy orand control accusative function second propose ancillary control system back pa pdp framework output auxiliary ascendency system rule analytical derivative original system trajectory respect parameter iteratively solved using standard control tool investigate three learning mode pdp inverse reinforcer learn system designation controlplanning demonstrate capability pdp hear musical mode different high dimensional system including multi link robot arm dof manoeuvre quadrotor dof rocket powered landing
3
198,965
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spectral wall soliton hit defect antidefect scattering spring fashion frequently disappear continuous spectrum fault collide lead structural nonperturbative modification spectrum small excitation sometimes effect seen hard wall defect bounce show existence spectral wall study property example bit per second preserve dross phantasmal wall phenomenon isolated static personnel antikink impurity vanishes conclude phantasmal wall surround soliton possessing interior mode
8
695,154
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order randomness dopant distribution exploring thermodynamics solid solution atomically resolved imaging exploration structure property relationship function dopant concentration commonly based mean field theory solid solution however theory work well semiconductor tend fail material strong correlation either electronic behavior chemical segregation case detail atomic arrangement generally explored analyzed knowledge generative physic chemistry material obviate problem since defect configuration library stochastic representation atomic level structure generated parameter mesoscopic thermodynamic model derived obtain information improved prediction use data atomically resolved microscopic image visualize complex structural correlation within system translate statistical mechanical model structure formation given significant uncertainty microscopic aspect material processing history along limited number available image combine model optimization technique principle statistical hypothesis testing demonstrate approach data series atomically resolved scanning transmission electron microscopy image more varying ratio stoichiometry propose effective interaction model used generate atomic configuration make testable prediction range concentration formation temperature
4
1,524,537
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detector tilt thoughtfulness high energy bragg coherent diffraction imaging simulation study paper address three dimensional sign aberration image reconstructive memory issue ray bragg coherent diffraction visualize bcdi event general non orthogonal orientation area sensor respect diffract beam rise interest novel bcdi adaptation fourth generation synchrotron light source necessitated improvisation experimental configuration subsequent data point analysis one possibly unavoidable improvisation envisioned report photon counting area detector whose face tilted away perpendicular bragg diffracted beam acquisition coherent diffraction signal describe potential setting one would require detector configuration along experimental precedent third generation synchrotron using physically accurate diffraction simulation synthetical scatterers bearing tilted detector analyze general nature observed signal optical aberration qualitatively quantitatively provide prescription right mental image reconstruction model reconstruction period based adaptation know theory bcdi sampling geometry well recently developed project based method wavefield generation configurational modification numerical remedy potentially valuable realizing unconventional coherent diffraction measurement geometry eventually pave way integration bcdi new material characterization experiment next generation light source
3
181,329
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bailiwick electromagnetic decay double photon within framework nonrelativistic quantum chromodynamics nrqcd factorization formalism compute helicity amplitude comfortably decay width electromagnetic decay two photon next next leading order nnlo expansion first clip swan validity nrqcd factorization wave quarkonium decline nnlo find correction helicity amplitude negative restrained nevertheless chastening combine suppress leading order prediction decay width significantly approximating total disintegration width kernel hadronic decay electric transition prevail fork ratio explore potential measurement evaluate production cross section lhcb lowest order enlargement kinematic constraint longitudinal rapidity transverse momentum find grouchy section reach nb petabyte view integrated brightness level tev tev estimate several hundred event since background signal comparatively clean promising reconstruct electromagnetic decay contrary due small branching ratio production cross section quite challenging detect lhcb
7
1,697,929
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partial decline breadth kaonic sonority work study strong decline concluding state matter involving kaonic rapport observational data recently extracted besiii collaboration formalism developed based interpret country arising three hadron dynamic inspired earlier work investigate different description mixture state belonging nonet axile resonance quondam one country start transmitter pseudoscalar dynamic ratio among partial width obtained compatible experimental termination reinforcing three eubstance nature within formalism explain suppressed decay found besiii coaction furthermore resolution useful clarifying holding higher statistic data would available
14
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stoichiometric stoichiometric full heusler thermoelectric system series full heusler alloy prepared characterized relevant physical property account thermoelectric performance studied wide temperature range additionally stoichiometric sample similar composition included improvement thermoelectric figure merit obtained vw substitution cause change main carrier type hole electron evidenced seebeck hall measurement ii substantial reduction lattice thermal conductivity due creation lattice disorder mean distinct different mass metallic radius upon vw substitution moreover value obtained microscopic understanding experimental data observed revealed ab initio calculation electronic phononic structure
4
1,516,114
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transtailor pruning pre trained model improved transfer learning increasing pre trained model significantly facilitated performance limited data task transfer learning however progress transfer learning mainly focus optimizing weight pre trained model ignores structure mismatch model target task paper aim improve transfer performance another angle addition tuning weight tune structure pre trained model order better match target task end propose transtailor targeting pruning pre trained model improved transfer learning different traditional pruning pipeline prune fine tune pre trained model according target aware weight importance generating optimal sub model tailored specific target task way transfer suitable sub structure applied fine tuning benefit final performance extensive experiment multiple pre trained model datasets demonstrate transtailor outperforms traditional pruning method achieves competitive even better performance state art transfer learning method using smaller model notably stanford dog dataset transtailor achieve accuracy improvement transfer method fewer flop
0
74,001
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search excited lepton final state proton proton hit tev search presented excited electron muon final state lhc search base information sample corresponding integrated luminosity fb proton proton hit center mass energy tev pull together curium detector first search excited lepton tev reflection reproducible standard good example background prediction stringent exclusion limit date set excited lepton peck compositeness musical scale confidence storey excite electron muon excluded good deal tev respectively assumption energise lepton mass equal compositeness scale best observed limitation compositeness scale obtained excited lepton sight around tev excluding value tev excite negatron muon
17
399,171
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ultra high finesse cavity enhanced spectroscopy accurate test quantum electrodynamics molecule report accurate measurement position weak quadrupole line spectrum collected frequency stabilized cavity ring spectrometer f crds ultra high finesse optical cavity operating frequency agile rapid scanning spectroscopy far mode despite working doppler limited regime reached khz statistical uncertainty khz absolute accuracy achieving highest accuracy homonuclear isotopologues molecular hydrogen accuracy measurement corresponds fifth significant digit leading term qed correction observe discrepancy recent theoretical value
2
1,323,278
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guide light conoid pdfs lattice qcd overview coming technique result within hypothesis quantum chromodynamics qcd rich anatomical structure hadron quantitatively characterized among others using basis universal perturbative function parton distribution function pdfs generalized parton distribution gpds transverse momentum dependent distribution tmds distribution amplitude da half century joint data based theoretical effort obtain partonic function however complexity hard interaction placed severe limitation first principle result dispersion extracted mostly moment cypher lattice qcd recently breakthrough idea changed landscape several advance proposed access distribution lattice paper inspection considerable detail approach directly related partonic distribution highlight recent idea proposed ji extracting quasi distribution spawn renewed interest whole field sparked largest amount numeral study lattice qcd discus theoretical practical ontogeny including challenge overcome still handled also review numerical outcome including word based evolve understanding underlying concept theoretical hard nosed progress picky attention given authoritative aspect corroborate quasi dispersion approach renormalization matching light cone distribution lattice technique addition thorough discussion quasi dispersion consider approach hadronic tensor auxiliary quark method pseudo pdfs ope without ope good lattice cross section closing provide prospect field emphasis necessary condition obtain consequence controlled uncertainty
17
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anomaly gravitational charge algebra null boundary black hole entropy revisit covariant phase blank formalism applied gravitative possibility null boundary utilizing general boundary condition consistent bushel null normal fix ambiguity inherent wald zoupas definition quasilocal commission propose new principle based holographic reasoning flux dirichlet form also produce expression analog brown house york stress tensor null open defining algebra flush expend barnich troessaert bracket open subsystem give general rule central generally abelian extension appear term anomalous transformation boundary term gravitational action anomaly arises fixed frame void normal draw parallel holographic weyl anomaly occurs adscft application formalism analyze good horizon virasoro symmetry believe haco hawking perry strominger perform taxonomical derivation flux fundamental charge apply cardy formula result yield entropy twice bekenstein hawking entropy purview motivated extended hilbert space construction interpret term pair entangle cfts associated edge mode either side bifurcation aerofoil
11
264,905
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unsupervised machine learning checkpoint restart algorithm using gaussian mixture particle cell simulation propose unsupervised machine learning checkpoint restart cr lossy algorithm particle cell pic algorithm using gaussian mixture gm algorithm feature particle compression stage particle reconstruction stage continuum particle distribution function constructed resampled respectively guarantee fidelity cr process ensure exact preservation charge momentum energy compression reconstruction stage everywhere mesh also ensure preservation gauss law particle reconstruction result gm cr algorithm shown provide clean conservative restart capability potentially affording order magnitude saving inputoutput requirement demonstrate algorithm using recently developed exactly energy charge conserving pic algorithm physical problem interest compression factor appreciable impact quality restarted dynamic
0
25,231
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bandaged country continuum white paper report discussion quickness rare isotope balance beam theory alliance frib ta topical programme bound body politic continuum connecting bound state calculation scattering reaction surmisal one big import frontier atomic theory today construct substantially inviolable nosepiece bound state department deliberation calculation continuum especially scatter reaction theory well tease apart influence continuum state matter near threshold particularly challenging many body anatomical structure calculation typically apply destined country basis reaction calculation normally utilize body continuum advance many eubstance bound body politic trunk continuum method usance dissimilar spoken communication communicating underline different property anatomy better cornerstone bridge circuit present overview several bound department state continuum method act possible percentage full point current potential future connexion
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local distance constrained bribery voting studying complexity various bribery problem one main research focus computational social choice model bribery studied far briber pay every voter amount money depending briber want voter report briber budget disposal although model successfully capture many real world application many scenario voter may unwilling deviate much true preference paper study computational complexity problem finding preference profile close true preference profile possible still achieves briber goal subject budget constraint call problem optimal bribery consider three important measure distance namely swap distance footrule distance maximum displacement distance resolve complexity optimal bribery problem many common voting rule show problem polynomial time solvable plurality veto voting rule three measure distance hand prove problem np complete class scoring rule includes borda voting rule maximin copeland bucklin voting rule three measure distance even distance allowed per voter swap maximum displacement distance footrule distance even without budget constraint corresponds infinite budget approval voting rule constant simplified bucklin voting rule show problem np complete swap distance even distance allowed footrule distance even distance allowed even without budget constraint
0
74,549
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forecasting remittance abroad philippine worker philippine study aim ascertain box jenkins metre serial publication model monthly ofws remittance philippine forecast ofws remitment class generated using appropriate time series theoretical account data retrieve official website bangko sentral nanogram pilipinas reflection used model building remaining observation habituate forecast evaluation acf pacf used examine stationarity serial augment dicky buckminster fuller test use confirm stationarity serial data found seasonal component part thus seasonality considered terminal model sarima significant spike acf pacf residual final model jung box test confirms residual model uncorrelated based result shapiro wilk test forecast error forecast error considered gaussian white noise considering result diagnostic checking prognosis rating sarima appropriate model series necessary calculation done using statistical software
18
1,605,184
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division closed cocycles algebra non stately possibly unbounded pseudodifferential operator clause consider algebra non courtly pseudodifferential operator contain tacit multiplication operator lend oneself mental synthesis chern simone weil character form fiat get closed cocycles obtain cocycle algebra maybe non classical pseudodifferential operator cohomology year schwinger cocycle algebra classical pseudodifferential operator previously extended studied author algebra type also prove non trifle hochschild cohomology
8
624,996
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anti deuteron output pp hit tev study anti deuteron production pp collision proven muscular puppet investigate formation mechanism broadly bound state matter high energy hadronic collision paper output anti deuteron analyse function charged atom multiplicity inelastic pp collision tev using alice experiment thanks large phone number collect minimum bias event possible measure anti deuteron production pp collision charged particle numerosity measured pb collision similar centre mass energy within dubiety deuteron output pp collision resembles one pebibyte interaction indicate common formation mechanic behind production wanton nucleus hadronic interaction context measurement compared prospect coalition statistical hadronisation model shm
17
391,025
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neutrino pion production nucleon heavy baryon chiral disruption theory pt resonance include used order examine axial charge current component weak interaction process low neutrino energy leading chiral order adler theorem derived use pcac satisfied next leading chiral order effective arena possibility go beyond theorem show pt give digression pcac prediction mean neutrino nucleon model used judge neutrino nucleus scatter bounty might need modification
14
911,268
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ihara zeta function twisted alexander invariant lin wang defined model random walk knot diagram interprete alexnader polynomial colored jones polynomial ihara zeta function ie zeta function defined counting cycle knot diagram using explanation gave conceptual proof melvin morton conjecture paper give analogous zeta function expression twisted alexander invariant
1
507,897
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production hdm prospect breakthrough lhc discipline discovery likely process lhc cp odd even alien scalar respectively context worldwide two higgs doublet model induced flavor changing neutral higgs coupling find process discovered gev would likely require high brightness level running lhc discovery would shed light mechanism behind observed baryon dissymmetry universe also study discovered gev scalar chance reach lhc
17
305,629
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sufficient statistic influence structured multiagent environment making decision complex environment key challenge artificial intelligence ai situation involving multiple decision maker particularly complex leading computational intractability principled solution method body work ai tried mitigate problem trying distill interaction essence policy one agent influence another agent find compact representation influence help u deal complexity instance searching space influence rather space policy however far notion influence restricted applicability special case interaction paper formalize influence based abstraction iba facilitates elimination latent state factor without loss value general class problem described factored partially observable stochastic game fposgs one hand generalizes existing description influence thus serve foundation improvement scalability insight decision making complex multiagent setting hand since presence agent seen generalization single agent setting formulation iba also provides sufficient statistic decision making abstraction single agent also give detailed discussion relation previous work identifying new insight interpretation approach way paper deepens understanding abstraction wide range sequential decision making setting providing basis new approach algorithm large class problem
0
15,123
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centrality dependence multiplicity fluctuation ion ion collision beam energy scan honest multiplicity distribution event event multiplicity fluctuation auau collision energy future heavy ion experiment facility anti proton ion enquiry fair investigated event fit fair vim copy frame work ultra relativistic quantum molecular dynamic urqmd example observed mean width numerousness distribution monotonically increase shaft energy movement magnetic declination dispersion beggarly number participating nucleon centrality bin breadth accord central limitation theorem numerosity statistical distribution various centrality bin well full event sample observed obey koba nielsen olesen kno scaling vogue variation scaled variance beam vim also found support kno scaling forecasting larger collision centrality finding likewise reveal statistical fluctuation centrality bin width appear ascendancy
14
939,927
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la orientacion de la iglesias andinas de la region de arica parinacota chile una aproximacion arqueoastronomica heritage andean church arica parinacota representative majority christian church region judging architecture materiality decoration many feature common faithful intention original builder however geographical location landscape surround church show specific feature particular orientation main ax towards altar church show diversity extended area little attention parish priest local aymara culture worldview surely engaged dialogue western tradition order design build indian reduction paper present result obtained analysis precise spatial orientation cataloged church employing tool archaeoastronomy complement architectural historical cultural research temple also comment briefly progress hope make neighboring area region studied include large number old temple part along church considered common widespread cultural koine
2
1,507,268
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extracting dimensional parameter grating produced self aligned multiple patterning using gisaxs background ensure consistent high quality semiconductor production future logic node additional metrology tool needed purpose grazing incidence small angle ray scattering gisaxs considered measurement fast proven capability reconstruct average grating line profile high accuracy aim gisaxs measurement grating line shape extended sample pitch smaller nm defect method performance evaluated approach series grating nm pitch deliberately introduced pitchwalk measured using gisaxs grating line profile associated uncertainty reconstructed using maxwell solver markov chain monte carlo mcmc sampling combined simulation library approach result line shape pitchwalk generally agreement previously published transmission small angle ray scattering sax result however line height line width show deviation nm nm respectively complex data evaluation lead relatively high pitchwalk uncertainty nm nm conclusion gisaxs show great potential metrology tool small pitch line grating complex line profile faster simulation method would enable accurate result
4
1,341,069
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learning compositional shape prior shot reconstruction impressive performance deep convolutional neural network single view reconstruction suggests model perform non trivial reasoning structure output space recent work challenged belief showing standard benchmark complex encoder decoder architecture perform similarly nearest neighbor baseline simple linear decoder model exploit large amount per category data however building large collection shape supervised training laborious process realistic le constraining task inferring shape category available training example calling model successfully generalize novel object class work experimentally demonstrate naive baseline fail shot learning setting network must learn informative shape prior inference new category propose three way learn class specific global shape prior directly data using technique able capture multi scale information shape account intra class variability virtue implicit compositional structure experiment popular shapenet dataset show method outperforms zero shot baseline current state art term relative performance shot setting
0
358
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using parameter elimination solve discrete linear chebyshev approximation problem consider discrete linear chebyshev approximation problem unknown parameter linear function fitted minimizing maximum absolute deviation error problem find application solution overdetermined system linear equation appear many practical context least maximum absolute deviation estimator used regression analysis statistic distribution error bounded support derive direct solution problem propose algebraic approach based parameter elimination technique key component approach elimination lemma proved handle problem reducing problem one parameter eliminated together box constraint imposed parameter demonstrate application lemma direct solution linear regression problem one two parameter develop procedure solve multidimensional approximation multiple linear regression problem finite number step procedure follows method comprises two phase backward elimination forward substitution parameter describe main component procedure estimate computational complexity implement symbolic computation matlab obtain exact solution two numerical example
1
523,362
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random projection gravitational wave search compact binary ii efficient reconstruction detection statistic low latency gravitational wave search pipeline gstlal take advantage low rank factorization template matrix via singular value decomposition svd unprecedented improvement detector bandwidth sensitivity advanced ligo virgo detector one expects several order magnitude increase size template bank pose formidable computational challenge factorizing huge template matrix previously kulkarni et al introduced idea random projection rp based matrix factorization computationally viable alternative svd applicable large template bank follow paper demonstrates application block wise randomized matrix factorization rmf algorithm computing low rank factorization preset average fractional loss snr new scheme shown efficient context lloid framework gstlal search pipeline well known huge template bank total computational cost search dominated reconstructing detection statistic compared filtering data however optimizing reconstruction cost addressed satisfactorily far available literature show possible approximately reconstruct time series matched filter detection statistic fraction total cost using matching pursuit algorithm combining two algorithm presented paper handle online search involving large template bank efficiently analyzed total computational cost detail offer various tip optimally applying rmf scheme different part parameter space algorithm presented paper designed suitable manner efficiently implemented distributed computing architecture
11
297,269
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double transcript arduous particle appearance double copy impenetrable quark force theory hqet heavy disgraceful hole effective theory hbet spin particular double copy spin hqet scalar qcd produce spin hbet doubled copy spin hqet give spin hbet finally present novel guild good deal lagrangians spin heavy subatomic particle
9
1,696,166
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vowel prosody contribution neuronal meshwork based voice conversion algorithm noisy groom information inquiry present neural meshwork found voice conversion vc model fact voiced sound prosody significant portion representative conversion framework known accusative contribution specially noisy uncontrolled surround model u layer feedforward neural network map elongate prediction psychoanalysis coefficient source speaker system acoustic vector distance target speaker view objectively determine contribution voiced unvoiced supra segmental component sound voice conversion model result showed vowel significant donation conversion success voiceless phone also found affected noisy training data average noise level db noise floor launch degrade voice conversion succeeder per centum relative voiced sound outcome besides show cross gender voice transition prosody conversion significant scenario female person fair game speaker
3
150,088
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understanding approximate fisher information fast convergence natural gradient descent wide neural network natural gradient descent ngd help accelerate convergence gradient descent dynamic requires approximation large scale deep neural network high computational cost empirical study confirmed ngd method approximate fisher information converge sufficiently fast practice nevertheless remains unclear theoretical perspective condition heuristic approximation work well work reveal specific condition ngd approximate fisher information achieves fast convergence global minimum exact ngd consider deep neural network infinite width limit analyze asymptotic training dynamic ngd function space via neural tangent kernel function space training dynamic approximate fisher information identical exact fisher information converge quickly fast convergence hold layer wise approximation instance block diagonal approximation block corresponds layer well block tri diagonal fac approximation also find unit wise approximation achieves fast convergence assumption different approximation isotropic gradient function space play fundamental role achieving convergence property training thus current study give novel unified theoretical foundation understand ngd method deep learning
4
1,398,934
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polar quasinormal mode neutron star monolithic scalar tensor theory study polar quasinormal manner relativistic star scalar tensor possibility include monolithic gravitational scalar field employ standard bran dicke coupling function potential scalar battlefield consider simple mass terminal figure intimately potential associated gravity comportment scalar field make spectrum quasinormal mode much richer spectrum general einstein theory relativity inquire radial modality quadrupole mode general relativistic normal mode turn quasinormal mode scalar tensor possibility able propagate outside star accession pressure led mode new scalar led mode arise analyze dependency quasinormal manner frequence disintegration time scalar field muckle
11
273,662
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model construction generative model mesoscale body structure multilayer network multilayer network permit one represent diverse coupled connectivity design eg time dependence multiple subsystem arise many application difficult awkward incorporate standard network representation study multilayer network significant investigate mesoscale ie intermediate weighing machine structure dense set node known biotic community discover network lineament apparent microscale macroscale ill defined nature mesoscale structure ubiquitousness empirical meshing make crucial develop generative model bring forth feature one encounter empirical network key purpose reproductive model include generating synthetic network empirical property interest benchmarking mesoscale detection method algorithm inferring structure empiric multilayer network paper introduce framework expression generative fashion model mesoscale structure multilayer network framework provides standardized set generative fashion model together associated set principle derived study mesoscale structure multilayer network unifies generalizes many existing exemplary mesoscale structure fully ordered eg temporal unordered eg multiplex multilayer network peerless also use construct generative model mesoscale social organisation partially consecrate multilayer network eg network temporal multiplex framework power produce many feature empirical multilayer network explicitly incorporates user specified dependency structure layer
12
738,416
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discrete pseudohyperbolic attractor lorenz type report geometrical dynamic property called distinct konrad zacharias lorenz like attractive feature observed three dimensional diffeomorphisms purport new phenomenological scenario appearance one parameter family map pay especially attention scenario lead period lorenz like attractor magnet interesting dynamical property show crisis lead turn egress pseudohyperbolic discrete lorenz shape attractor new case also present example magnet three dimensional generalized henon map
12
706,779
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two three dimensional model rayleigh elizabeth taylor instability using coupled cahn hilliard navier stokes model report two iii dimensional numerical simulation rayleigh taylor instability immiscible fluid diffuse interface fashion model combine cahn hilliard equality rule phylogeny bulk fraction one fluid navier stokes equation governing bulk speed insistence used study set low atwood number owing use boussinesq approximation code base pseudo spectral method running analysis first performed two dimensional case rayleigh taylor instability confirm model well seizure phenomenon case inviscid viscid fluid one key aspect work influence thermodynamic parametric quantity colligate cahn hilliard equality interface thickness mobility quantitively study three dimensional result rayleigh elizabeth taylor instability syrupy fluid presented show possibility modeling observe effect viscosity wavelength initial single mode perturbation mass transport nonlinear regime
12
780,661
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cosmological search neutrino mass scale mass ordering thesis describe number recent important development neutrino cosmology three front firstly focusing large scale structure l data show current cosmological probe contain wealth information sum neutrino mass report analysis leading currently best upper limit sum neutrino mass show cosmological data exhibit weak preference normal neutrino mass ordering parameter space volume effect propose simple method quantify preference secondly discus galaxy bias represents severe limitation towards fully capitalizing neutrino information hidden l data propose method calibrating scale dependent galaxy bias using cmb lensing galaxy cross correlation moreover presence massive neutrino usual definition bias becomes inadequate lead scale dependence large scale never accounted show failure define bias appropriately problem future l survey propose simple recipe account effect massive neutrino galaxy bias finally discus implication correlation neutrino parameter cosmological parameter non phantom dynamical dark energy model upper limit sum neutrino mass becomes tighter cdm limit therefore model exhibit even stronger preference normal ordering viability could jeopardized near future laboratory experiment determine mass ordering inverted discus correlation neutrino inflationary parameter find determination inflationary parameter stable assumption neutrino sector abridged
10
1,448,079
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practical phase modulation stabilization quantum key distribution via car learning hardheaded execution quantum cardinal distribution qkd requires efficient real time feedback control maintain system constancy facing disturbance either external environment imperfect internal component usually scanning transmitting program adopted compensate physical parameter variation device provide accurate compensation may cost plenty time stopping calibrating unconscious process resulting reduced efficiency key transmission first time propose employ substantially known machine learning role model ie long short term storage network lstm predict physical parameter variation advance actively substantial time control corresponding qkd twist experimentally charter phase coding scheme example run lstm mannikin based qkd system solar day experimental result show keep level quantum bite error pace traditional scanning transmitting program use new simple machine learning method acting dramatically reduce scanning time resulting significantly enhanced key transmission efficiency furthermore present simple machine learning model also applicable qkd system using coding scheme qkd protocol thusly seems promising candidate large scale application quantum communication network near future
13
1,210,438
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measuring jet atomisation jet substructure alice discus latest consequence jet fragmentation jet foot measurement performed alice experiment proton proton great ion collision wide range jet propelled plane transverse momentum jet product crossing section cross section proportion different jet firmness purpose parametric quantity testify encompassing range solution compared next leading order pqcd reckoning
17
354,812
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new way access quark fragmentation mathematical function electron antielectron annihilation description polarized quark hadronization process one challenging trouble physic strong interaction several individual hadron dihadron atomisation function quantify process determined analyzing inclusive production hadron electron antielectron semifinal inclusive disintegration process sia twist use extract cross momentum pendent parton distribution function experiment semi inclusive deep inelastic scattering process sidis crystalise spin orbit correlation nucleon present framework young measure polarise quark fragmentation single valued function electron positron annihilation deep inelastic semi inclusive process measurement offer number exciting chance ameliorate understanding polarized quark hadronization test universality fragmentation function measurement performed upcoming belle ii jlab future eic experimentation
7
1,732,944
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feigning catalytic reaction open cell froth complex body part describe technique speck base pretense heterogenous catalysis open cell froth structure based isotropous stochastic rotation dynamic isrd together constructive solid geometry csg approach validate base experimental result low temperature water natural gas shift reaction open prison cell froth complex body part modeled opposite sphere pile considering relation sherwood reynolds number find deuce distinct regime meeting approximately strut size reynolds number typical parameter lit find catalyst density washcoat reduced considerably without notable loss conversion efficiency vary porosity determine optimal open cell foam social structure cartel low flow resistance high conversion efficiency bump large porousness value favourable mass transfer limited authority well intermediate regime
12
725,894
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unity shot face reenactment enable naturalistic shape eg pose expression transfer existing face reenactment method acting rely set target face learning subject specific trait yet real human being scenario end user often one target face hand rendering existing method inapplicable oeuvre bridge gap proposing new one shot face reenactment learning framework key insight ane stab learner able bodied disentangle compose appearance shape information effective modeling specifically target face visual aspect source face material body foremost project latent space corresponding encoders two latent space associated learning shared decoder aggregate multi level feature film give rise final reenactment result improve synthesizing quality mustache hair region additionally propose fusionnet combine strength learned decoder traditional warping method extensive experiment show one shot face reenactment system achieves superior transfer faithfulness well indistinguishability preserving capability alternative remarkably approach trained one target image per subject achieves competitive result using set target image demonstrating practical meritoriousness body work codification model additional set reenacted face publicly released project pageboy
3
140,659
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domestic economic impact immigration paper critically review enquiry impact immigration use wage native loaded country native admit previous immigrant descendant written non expert interview paper engage technical issue probe particularly intense scholarly debate cecal appendage available evidence definitive paint coherent picture industrial thriftiness generally absorb migratory quickly part capital mobile flexible part immigrant consumer well producer thus long term average impact plausibly zero worst long terminus may come quickly especially migration inflow predictable investor possibly skilled migration boost productivity earnings many others around average distributional effect among low income native worker one stand drop nearly resemble new arrival immigrant low skill lupus erythematosus assimilated potentially undocumented aboriginal worker earlier immigrant tend benefit arrival worker different complement compete production thus skilled immigration offset issue low skill immigration native earlier immigrant
15
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chip nanomechanical filtering quantum dot single photon source semiconductor quantum elvis photonic integrate circuit enable scaling quantum information processing many single photon quantum optical gate chip spectral filter essential achieve mellow pureness coherent photon discharge quantum dot embedded waveguide without resorting free space optic spectral filter tunable compensate inhomogeneous spectral distribution quantum dot transition write saratoga chip filter monolithically integrated quantum stud u nanomechanical motion tune resonant wavelength nm enabling operation cryogenic temperature avoiding cross talk emitter demonstrate single photon emanation quantum transportation non reverberating excitation employing chip filter result key evolution fully integrated de multiplexing multi way life photon encoding scheme multi emitter circuit
13
1,250,565
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communication lower bound distributed memory computation mass spectrometry based omics data mass spectrometry based omics data analysis require significant time resource date parallel algorithm proposed deducing peptide mass spectrometry based data however parallel algorithm designed developed amount data needed processed smaller scale paper prove communication bound reached emphexisting parallel algorithm dimension theoretical database matrix dimension spectrum number processor prove communication optimal strategy fast memory achieve achieved existing parallel proteomics algorithm till date validate claim performed meta analysis published parallel algorithm performance result show sub optimal speedup increasing number processor direct consequence achieving communication lower bound proved paper consequently assert next generation provable demonstrated superior parallel algorithm urgently needed m based large system biology study especially meta proteomics protegenomics microbiome proteomics non model organism
5
1,023,067
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enhancement quantum synchrony via uninterrupted measurement feedback control study synchronisation quantum van der pol oscillator harmonic thrust demonstrate quantum synchronization enhance continuous homodyne measurement additional bath linearly copulate oscillator applying feedback ascendence oscillator phase coherence oscillator increased reducing quantum fluctuation via uninterrupted measurement whereas measurement backaction inevitably induces fluctuation around phase angle locking distributor point propose simple feedback insurance suppressing measurement cause fluctuation adjusting frequency harmonic drive result enhancement quantum synchronization demonstrate maximal enhancement quantum synchronisation achieved perform quantum measurement quadrature angle stage diffusion oscillator large maximal information oscillator phase extracted
12
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primordial black cakehole higgs pomposity hale saturnine matter aboriginal black gob produced minimal uv extension higgs inflation included term show parameter consistent measure model measurement planck observation result lead primordial calamitous hole significant copiousness english hawthorn lie legal age dark matter
11
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