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dataverse-tokenized-dataset

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music gesture visual sound separation recent deep learning approach achieved impressive performance visual sound separation task however approach mostly built appearance optical flow like motion feature representation exhibit limited ability find correlation audio signal visual point especially separating multiple instrument type multiple violin scene address propose music gesture keypoint based structured representation explicitly model body finger movement musician perform music first adopt context aware graph network integrate visual semantic context body dynamic apply audio visual fusion model associate body movement corresponding audio signal experimental result three music performance datasets show strong improvement upon benchmark metric hetero musical separation task ie different instrument new ability effective homo musical separation piano flute trumpet duet best knowledge never achieved alternative method project page
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mapping tasep backward time obtain newfangled recounting distribution unlike time continuous time tasep altogether asymmetrical simple exclusion process started step initial configuration namely present uninterrupted time markov summons local fundamental interaction particle qualified rate map tasep distribution backwards metre backwards process atom jump left dynamic viewed version discrete space hammersley process combined forward tasep evolution lead story stationary markov dynamic conserve go brings new identity outlook regard construction backwards dynamic based andre markoff single valued function interchanging argument schur operation motivated bijectivizations yang baxter equation also present number corollary extension open question rise mental synthesis
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online inverse reinforcement learning unknown disturbance paper address problem online inverse reinforcement learning nonlinear system modeling uncertainty presence unknown disturbance developed approach observes state input trajectory agent identifies unknown reward function online sub optimality introduced observed trajectory unknown external disturbance compensated using novel model based inverse reinforcement learning approach observer estimate external disturbance us resulting estimate learn dynamic model demonstrator learned demonstrator model along observed suboptimal trajectory used implement inverse reinforcement learning theoretical guarantee provided using lyapunov theory simulation example shown demonstrate effectiveness proposed technique
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cast examine real prison term evolution method acting background recently bijker et al phys revolution per minute lett explain rotation vibration spectrum seize triangular nuclear shape dh symmetry aim purpose body work trial shape symmetry ground microscopic nuclear model without assumption nuclear form method applied real time phylogeny method utilise equating motion cluster model describes alphan system without assumption symmetry result rem account low lying state accurately previous cluster model study analysis wave map showed ground band approximate triangular proportion stir band deviate conclusion work confirm ground banding intrinsical structure triangular arrangement three alpha particle
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exact holographic roentgenium flow extended sugra present mob exact planar hairy neutral black hole solution put supergravity fayet iliopoulos fi terminal figure debate mannequin magnetic part fi sector vanishes obtain superpotential finite temperature analytic form saucer thermodynamics holographical property solution regularize action two dissimilar method acting ace gravitational scalar counterterms using thermic superpotential counterterm compute holographic tenseness tensor also conception function corresponding atomic number stream obtain exact holographic function mannequin
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optical mastery protocol high spirit fidelity twist rotation single siv snv center field diamond silicon vacancy tin vacancy defect diamond interest alternative qubits nv center referable superior optical dimension availability optical transition defect one asset high spirit fidelity optical coherent control manifest plan novel optical control schema tailored defect evaluate performance arbitrary exclusive qubit rotation electron spin qubit absence presence external magnetic field operation taking account coherent incoherent error find rotation nimiety accomplish si tin respectively front realistic relaxation behavior leakage fault
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extending precision perturbative qcd track function collider experiment often exploit information quantum number final state hadron maximize sensitivity application ranging use tracking information electric charge precision jet substructure measurement flavor tagging nucleon structure study measurement perturbative calculation term quark gluon insufficient non perturbative track function describing energy fraction quark gluon converted subset hadron eg charged hadron must incorporated unlike fragmentation function track function describe correlation hadron therefore satisfy complicated non linear evolution equation whose structure far eluded calculation beyond leading order letter develop understanding track function interplay energy flow observables beyond leading order allowing used state art perturbative calculation first time identify shift symmetry evolution moment fix structure explicitly compute evolution first three moment next leading order allowing description three point energy correlation calculate two point energy correlator charged particle illustrating explicitly infrared singularity perturbation theory absorbed moment track function also highlighting moment seamlessly interplay modern technique perturbative calculation result extend boundary traditional perturbative qcd enabling precision perturbative prediction energy flow observables sensitive quantum number hadronic state
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qcd beyond diagram qcd theory strong interaction involves quark interacting non abelian gluon field theory many feature difficult impossible see conventional diagrammatic perturbation theory includes quark confinement mass generation chiral symmetry breaking paper colloquium level overview framework understanding effect come
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estimating air character co benefit vim transition use machine con estimating wellness benefit reducing fossil fuel use improved air quality provides authoritative rationale emission reprieve simulating pollution concentration crucial step estimation traditional glide path often rely complicated chemical transport model require extensive expertise computational resource study grow new succinct machine learning framework able provide precise robust yearly average fine corpuscle pm concentration estimation directly high resolution fossil vigor economic consumption data set accessibility applicability framework show great possible automobile memorize approach incorporate assessment bailiwick application framework chinese data reveal highly heterogeneous health welfare reducing fossil fuel utilisation different sector region china mean tco trim back rural residential coal use offer highest co benefit mean value tco finding prompt heedful policy design maximize price effectiveness transition towards carbon neutral energy system
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real time kinematic ground truth oxford robotcar dataset describe release reference data towards challenging long term localisation mapping benchmark based large scale oxford robotcar dataset release includes traversal route oxford uk gathered illumination weather traffic condition representative condition autonomous vehicle would expected operate reliably using post processed raw gps imu static gnss base station recording produced globally consistent centimetre accurate ground truth entire year long duration dataset coupled planned online benchmarking service hope enable quantitative evaluation comparison different localisation mapping approach focusing long term autonomy road vehicle urban environment challenged changing weather
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vaccination leishmania mexicana lpg induces pd cd pd macrophage thereby inhibit immune response model vaccinum efficacy leishmania lipophosphoglycan molecule used vaccinum candidate contradictory result since unsuccessful protection could related suppressed cell response analyzed face inhibitory receptor pd standard candle cd lymphocyte ligand pd macrophage balbc mouse immunized various do leishmania mexicana lpg vitro different concentration lpg vaccination lpg enhance expression pd cd cell activation corpuscle cd reduced certificate deposit cell vaccinated mouse vitro stimulus enhanced pd expression macrophage healthy mouse dose dependent fashion formula pd pd cd modulated according amount lpg used immunisation vitro stimulation analyzed expression molecule mouse infected mexicana promastigotes stimulated vitro lpg infection parasite increased pd expression cd diminished pd macrophage standard candle cell stimulated vitro lpg simulating second exposure parasite antigen pd expression increase significantly dose dependent fashion conclude cd lymphocyte macrophage express inhibition molecule according concentration leishmania lpg parasite load inoculation increased quantity lpg infection higher parasite number induces raise expression pd operable inactivation cd cell vital consequence leishmaniasis since prison cell crucial disease control
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speech enhancement mixture deep expert clean constellate pre training study present intermixture deep expert mode neural meshwork architecture unmarried mike actor line enhancement architecture place deep neuronal network dnns expert different speech spectral design phoneme gating dnn creditworthy latent variable weight assigned expert output give speech segment expert estimate masquerade noisy input terminal masque obtain weighted modal expert estimation weight determined gating dnn soft spectral attenuation based estimated mask applied enhance noisy speech signal byproduct amplification reduction complexity test time show adept specialization allows better validity unfamiliar noise type
3
139,961
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time evolution resonant triad rotational capillary gravity water wave investigate effect resonant fundamental interaction case unrivaled directive propagation capillary gravity aerofoil wave arising free surface rotational water menstruation specifically assume changeless vorticity body fluid physically corresponds underlying current linear horizontal velocity visibility consider fundamental interaction iii distinct mode obtain dynamic equivalence resonant triad setting constant vorticity equal zero point recover well know integrable three wave organisation
12
748,917
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holographical bjorken flow hot dense fluid vicinity critical degree composition use gaugegravity duality perform first systematic subject field onset hydrodynamic behavior hot dense far equilibrium powerfully coupled relativistic fluid vital peak employing top holographic construction stem string theory numerically get broad nonlinear evolution far equilibrium organization undergoing bjorken expansion speech following question hydrodynamic behavior emerge vicinity decisive distributor point phase diagram top holographic system take apart present work find approach hydrodynamics powerfully pretend front critical spot closer ratio chemical potential temperature critical value longer take organization advantageously described equation viscous hydrodynamics
14
971,697
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encore estimating galaxy point correlation mathematical function time present novel algorithm expeditiously computing distributor point correlation function npcfs density field arbitrary applied distinct galaxy survey continuous field expanding statistic separable fundament isotropic role built orbicular harmonic npcfs estimated matter pair particle space leading algorithm complexity subatomic particle using tight fourier transform grid point practice rate limiting step often summation histogrammed spherical harmonic coefficient particularly number bin child case algorithm scale measurement linearly coming implemented textscencore code compute pcf pcf pcf pcf bos comparable coltsfoot survey cpu minute including correction necessary non uniform study geometry discus implementation depth along gpu acceleration provide practical demonstration realistic galaxy catalog approach foursquare applied current future datasets unlock potential constraining cosmology higher point function
11
263,409
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hyperprior induced unsupervised disentanglement latent representation address problem unsupervised disentanglement latent representation learnt via deep generative model contrast current approach operate evidence lower bound elbo argue statistical independence latent space vaes enforced principled hierarchical bayesian manner effect augment standard vae inverse wishart iw prior covariance matrix latent code tuning iw parameter able encourage discourage independence learnt latent dimension extensive experimental result range datasets dshapes dchairs dfaces celeba show approach outperform vae competitive state art factorvae approach achieves significantly better disentanglement reconstruction new dataset correlatedellipses introduces correlation factor variation
0
87,745
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melonic ascendency largest eigenvalue large random tensor consider gaussian rotationally invariant ensemble random real whole symmetric tensor autonomous usually distributed entering estimate largest eigenvalue typical tensor ensemble examining rate growth random initial vector sequential application nonlinear map defined random tensor terminal point bombastic number dimension observe simple form melonic ascendence hold quantity study efficaciously determined single feynman diagram arising gaussian average tensor component computation suggests largest tensor eigenvalue matrix ensemble limit large numeral attribute proportional square etymon turn dimension random real symmetric intercellular substance
8
606,154
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asymptotic symmetry flush spatial eternity general relativity analyze asymptotic correspondence assort electric charge spatial eternity dimensional asymptotically monotone spacetimes use covariant formalism ashtekar hansen asymptotic field symmetry live multiply spacial direction spatial eternity represented timelike unit hyperboloid de sitter space using covariant phase blank space formalism derive rule charge corresponding asymptotic supertranslations lorentz symmetry spatial infinity motive eventually proving charge catch defined null eternity conjecture strominger impose limitation choice conformal factor contrast previous work trouble since work general conformal factor anticipate charge saying suitable prove matching lorentz billing spatial eternity defined void eternity recently shown supertranslation charge
11
252,669
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short term lode forecasting use ami data accurate brusque term load forecasting indispensable efficient operation power sphere prognosticate load fine granularity individual menage construction challenge due higher volatility dubiousness load combine load grid level inherent randomness fluctuation average problem becomes substantially easier propose approach curt term load forecasting individual consumer house level called forecasting using matrix factorization fmf fmf use consumer demographic activity pattern information therefore applied locality readily available smart meter condition data execute extensive experiment three bench mark datasets establish fmf importantly outmatch computationally expensive united state department state art method problem accomplish improvement rmse regression tree support vector machine respectively melioration mape random forest long short term remembering neural network severally
3
167,150
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quantum thermodynamics refined weak coupling limit present thermodynamic framework refined weak coupling limit limit interaction system environment weak negligible result system dynamic becomes non markovian breaking divisibility condition nevertheless propose derivation first second law term reduced system dynamic end extend refined weak coupling limit allowing slowly varying external driving reconsider definition internal energy due non negligible interaction
4
1,486,498
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dark photon limit cookbook dark photon massive hypothetical particle interacts standard model kinetically mixing visible photon small value mixing parameter dark photon evade cosmological bound viable dark matter candidate due similarity electromagnetic signal generated axions several bound dark photon signal simply reinterpretation historical bound set axion haloscopes however dark photon property axion intrinsic polarisation due rotation earth accurately accounting polarisation nontrivial highly experiment dependent show one account polarisation rotation earth experimental sensitivity dark photon kinetic mixing parameter improved order magnitude detail strategy would need taken properly optimise dark photon search include judiciously choosing location orientation experiment well strategically timing repeated measurement also point several well known search axions employ technique testing signal preclude ability set exclusion limit dark photon hence reinterpreted
7
1,589,024
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critical place neelalgebraic spin liquid transition algebraic spin liquid long seek stage matter characterise absence quasiparticle excitation low energy description term emergent paul adrien maurice dirac fermion gauge field interact according quantum electrodynamics qed power law correlation universal exponent prototypical algebraic spin liquid affleck marston flux phase originally proposed possible ground state whirl heisenberg model square latticework latter model known order antiferromagnetically zero temperature recent house trouble free quantum monte carlo simulation spin fermion coupled thick gauge field square lattice shown quantum fluctuation destroy neel order drive direct quantum phase conversion magnetic field form show conversion universality class chiral heisenberg quantum electrodynamics gross neveu yukawa model single su doublet four component dirac fermion ie pointing important difference corresponding putative transition kagome lattice using expansion four spacetime dimension four loop order large expansion second order show transition uninterrupted compute various thermodynamic susceptibility decisive exponent modulation ready stage next mathematical determination measure byproduct analysis also obtain cathexis density wave valence bond unanimous susceptibility exponent semimetal neel transition interacting fermion honeycomb lattice
19
452,699
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c computation communication control co design framework cavs connected autonomous vehicle cavs promising due potential safety efficiency benefit attracted massive investment interest government agency industry academia computing communication resource available vehicle edge server equipped set camera based vision sensor also known visual iot iot technique sensing perception tremendous effort made achieving programmable communication computation control however conducted mainly silo mode limiting responsiveness efficiency handling challenging scenario real world improve end end performance envision future cavs require co design communication computation control paper present vision end end design principle cavs called extends iot system providing unified communication computation control co design framework programmable communication fine grained heterogeneous computation efficient vehicle control cavs handle critical scenario achieve energy efficient autonomous driving finally present several challenge achieving vision framework
0
34,609
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observation fine structure hadron production nucleon antinucleon threshold study hadron production nucleon antinucleon threshold performed cmd detector vepp collider tight rise mev width keep transverse segment sharp drop cloth cross surgical incision confirm found le mev width agreement follow tight rise crisscross section first prison term similar knifelike drop demonstrated crabbed plane section behaviour cross part cannot explain interference resonance amplitude continuum therefore phenomenon cannot due narrow near threshold resonance structure keep thwartwise section
16
800,384
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paul adrien maurice dirac harmonized map potential difference study influence additional scalar potential various geometric analytic attribute dirac harmonic function create numerical wishlist possible benefit inducing potential full term point latter cannot achieved general conclusion focus various potential motivated supersymmetric quantum field theory
8
615,094
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vitreous dynamic powerfully anharmonic chain oscillator followup mechanism transport strongly anharmonic chain oscillator near nuclear limit oscillator decouple regime motion oscillator remains near integrable ie quasi periodic long time scale chaotic spot movement slowly redistribute doe across system textile get several characteristic property dynamic glass intermittency jamming drastic reduction mobility function thermodynamical parameter consider classical quantum organisation though emphasis former saucer also connection quenched disordered system expose similar physic big extent
12
710,185
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engineering framework optimise superconducting qubit intent superconducting quantum technology require qubit system whose property meet several great deal conflicting requirement long coherence sentence high anharmonicity render technology framework based generalized superconducting qubit model fluxion authority abstract multiple electrical circuit conception parameter thereby support plan optimization across multiple qubit prop experimentally investigate special parameter regime high anharmonicity ghz long quantum coherency time
13
1,292,302
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positivity local mild solution stochastic evolution equation provide sufficient shape coefficient stochastic evolution equation hilbert place purpose driven cylindric wiener procedure ensuring mild answer overconfident initial datum positive application discus positiveness forward rate heath jarrow morton model via musielas stochastic pde
15
1,154,019
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medial injurydysfunction stimulate granulation tissue tissue repair pathogenesis atherosclerosis atherosclerosis chronic lesion vascular wall rest stellar cause death loss life year classical hypothesis atherosclerosis long standing mainly explain atherogenesis unfortunately hypothesis may explain variation susceptibility atherosclerosis issue controversial past year atherosclerosis human coronary artery examined triangle medium found true portraiture cell harm medium triangle intima true portraiture myofibroblast proliferation extracellular matrix ecm secretion collagen fiber formation intimal thickening repair medium dysfunction myofibroblasts ecm lumen intimavasa vasorum vv adventitia constitute granulation tissue repair granulation tissue hyperplasia lot collagen fiber normal denatured foam cell new capillary formed following theory postulated danger factor cause smooth muscular tissue cell smcs injuryloss fibrosis structure destruction could developed medium atomic number medium dysfunction medium disfunction prompt disturbed mechanical property blood watercraft result bigger pressure buildup intima adventitia granulation tissue paper intimaadventitia develop repair injured medium atherosclerosis stiffen aneurysm develops depend medium dysfunction austereness granulated tissue repair modedegree nearly characteristic clinical atherosclerosis could ideally interpreted theory believe medium dysfunction primal initiator pathogenesis atherosclerosis expected medium disfunction hypothesis coronary artery disease offer better understanding aetiology atherosclerosis
5
1,079,615
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gravitational wave sagnac effect light diffuse opposite direction around loop universal show relative phase shift recombined phenomenon known sagnac issue george iv sagnac demonstrated interferometer rotating table phase shift calculate angular velocity table late oeuvre throw general formula sagnac effect valid full general theory relativity relativistic upshot contains classic contribution revolution laboratory also contribution due acceleration due incoming gravitational waving breaker point major consequence gravitative result may implication third genesis gravitational wave detector describe antenna intent pick specific component weyl tensor describing incident gravitational waving
11
275,946
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search dark issue signature gamma ray emanation towards sun fermi large sphere telescope dark matter speck astronomic halo gravitationally trapped solar core external orbit enhanced density dark matter particle either solar core external reach result annihilation particle bring forth gamma shaft via long lived average state immediately outside sunshine respectively process would yield characteristic feature energy spectrum subsequent gamma irradiation ie box like line like shaped feature severally performed dedicated analytic thinking using year sample gamma ray event sun compile fermi magnanimous area telescope searching spectral characteristic energy spectrum touch sinister matter annihilation scenario gamma ray yield via long lived mediator also evaluated dingy matter nucleon spin dependent tailspin independent spread cross section constraint flux limit dark matter mass compass gevc tevc mass range gevc limit chain cm spin dependent scattering range cm spin autonomous case range variation depends decay length mediator
17
367,503
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valid point criticism tyshkovskiy panchins reaction bies paper genetic anatomical structure sars cov rule science laboratory origin doi bies tyshkovskiy panchin recently write commentary paper outline several point divergence segretodeigin hypothesis newspaper publisher titled genetic body structure sars cov rule laboratory origin point disagreement offer evidence prescript laboratory stock notwithstanding tyshkovskiy panchin leave evidence instead attempt criticize argument high spot vista severe acute respiratory syndrome cov could consistent lab leak speculation strikingly tyshkovskiy panchins independent tip criticism based false premiss claimed ratg direct progenitor sars cov spot unfavorable judgment either incorrect irrelevant hypothesis thus genetic social organization sars cov stay consistent natural laboratory origin mean zoonotic lab leak possibility need investigated equally thoroughly
5
1,049,670
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gaugegravity three fold dynamic strongly coupled sector composite higgs manikin holographic model chiral symmetry breaking used study dynamical plus meson baryon spectrum underlying strong active composite higgs model simulation animate top brane construction introduce model applying qcd compute meson mass decay constant nucleon batch spectrum improved including higher dimensional manipulator reflect uv physic qcd move composite higgs model impose perturbative running anomalous dimension quark condensate variety theory varying number color flavour compare result detail lattice computer simulation following theory gauge theory two dirac underlying gauge theory fundamental sise matter gauge theory fundamental sextette quark case holographic result encouraging since close fretwork result mass decay perpetual moreover model allow compute additional observables yet computed lattice relax quenched approximation move precise fermion content realistic composite higgs model possible wicket also render fresh holographical description top partner including mass construction function addition higher dimension hustler show top yukawa coupling made order unrivaled generate maintain top batch last predict spectrum broad set model top partner proposed ferretti karateev
9
1,653,672
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long inhabit light neutralinos belle ii consider light neutralinos mass gev develop lepton rare decay belle ii context parity go rpv supersymmetry big clean sample lepton produced belle two experimentation excellent sensitivity light neutralinos exotic signature displaced vertex require focus two bench mark scenario single rpv hustler induce yield decay light neutralino reconstruction displaced vertex require least deuce charged pion final body politic perform four card monte carlo model signal background event find belle ii explore region argument space private enterprise probe particular scenario place limit two order magnitude stronger current bound
7
1,790,360
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integrable modification ito narita bogoyavlensky equation view little phoebe stage differential difference equating aim find integrable limiting ito narita bogoyavlensky equation related invertible discrete transformation enumerate limiting associate transformation first second third lodge far know classification problem solved first time discrete case analyze transformation prevail specify nature turn new integrable basketball team point equation new transformation encounter moreover derived one unexampled completely discrete equivalence standard transformation miura type linearizable non standard way also prove order potential transformation restricted number little phoebe problem
12
724,903
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common parametrization finite mode gaussian state symmetry associated contraction application let boson fock space finite dimensional hilbert space shown every gaussian symmetry admits klauder bargmann integral representation term coherent state furthermore gaussian symmetry gaussian state second quantization contraction operator belong weakly closed selfadjoint semigroup bounded operator yield new parametrization gaussian state fruitful alternative customary parametrization position momentum mean vector covariance matrix lead rich harvest corollary every gaussian state admits factorization element form dense linear manifold generated exponential vector positive operator annihilation operator corresponding different mode symmetric matrix ii explicit particle basis expansion arbitrary mean zero pure gaussian state vector along density matrix formula general gaussian state term parameter iii easy test entanglement pure gaussian state class example pure mode gaussian state completely entangled iv tomography unknown gaussian state estimation parameter using measurement finite number outcome
8
664,961
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discovering language stock stock prediction always attractive area researcher investor since financial gain substantial however store prediction challenging undertaking since stock influenced multitude factor whose influence deviate rapidly clock time report project novel approach wordvec stock tendency prediction combine nlp japanese candle holder first create simple linguistic communication nipponese candlestick source ohlc data condemnation word used train nlp wordvec model training data categorization take account trading commission finally model used predict trading action proposed attack compared three trading model buy hold macd according yield achieved first evaluated wordvec three share malus pumila microsoft coca cola outgo comparative model next evaluated wordvec stock russell top forefinger wordvec method also successful test phase fall behind buy hold method validation phase wordvec achieved positive result scenario average yield macd still lower compare wordvec
15
1,150,226
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reversible fluxon logic optimized cnot gate component reversible logic gate previously implemented superconducting circuit adiabatic reversible gate powered sufficiently slow clock contrast studying ballistic reversible gate fluxons encode information exponent logic gate power applied gate apart energy input fluxons two possible flux polarity represent bit state undamped long josephson adjunction ljjs fluxons move practically constant speed inertia form input yield channel gate ljjs connected gate circuit interface designed allow ballistic scattering input output fluxon state using temporary excitation localized mode duration resonant scattering determines operation time gate approximately josephson plasma period due coherent conversion fluxon localized mode ballistic gate efficient computer simulation percent fluxons energy dissipated gate surgical process ballistic reversible logic gate aggregate non ballistic gate circuit draw range gate functionality describe cnot build bodily structure includes idsn identity else give store launch snl gate idsn bit ballistic gate describe analyze term equivalent bit circuit snl clocking gate allows computer memory bit clocked launch fluxon routine state dependent output course cnot snl gate leave necessary routing fluxon synchronization input idsn gate
13
1,283,730
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microcanonical finite temperature ab initio molecular dynamic simulation quantum computer ab initio molecular dynamic aimd powerful tool predict property molecular condensed matter system quality procedure based accurate electronic structure calculation development quantum processor shown great potential efficient evaluation accurate ground excited state energy molecular system opening new avenue molecular dynamic simulation work address use variational quantum algorithm calculation accurate atomic force used aimd particular provide solution alleviation statistical noise associated measurement expectation value energy force well scheme mitigation hardware noise source particular gate infidelity qubit decoherence readout error despite relative large error calculation potential energy result show proposed algorithm provide reliable md trajectory microcanonical constant energy ensemble exploiting intrinsic noise arising quantum measurement process also propose langevin dynamic algorithm simulation canonical ie constant temperature dynamic algorithm microcanonical canonical applied simulation simple molecular system finally also provide result dynamic obtained ibm quantum computer ibmqathens
2
1,547,817
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using azobenzene photocontrol set protein motion controlling activity protein azobenzene photoswitches potent tool manipulating biological function help light one change eg binding affinity control allostery temper complex biological process additionally due intrinsically fast photoisomerisation azobenzene photoswitches serve trigger initiate equilibrium process switching activity therefore initiate cascade conformational event accessed time resolved method review show combining potency azobenzene photoswitching transient spectroscopic technique help disclose order event provide experimental observation biomolecular interaction real time ultimately help u understand protein accommodate adapt readjust structure answer incoming signal complete knowledge dynamical character protein
2
1,396,127
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grille setup quantum flying field surmise ad holographical conformal battleground theory cfts usually studied limit sombreness verbal description weakly coupled contrast lattice quantum flying field possibility use puppet computation wider social grade holographic cfts gravity stay weak nongravitational interaction advert become warm take preliminary step studying theory fretwork constructing discretized theory scalar field ad investigate approach continuum limit free perturbative regime main focusing finite sub latticework maximally symmetrical tiling inflated space boundary effect tiling preserve triangle group large discrete subgroup ad minimum lattice spacing corresponding radius curve underlie spacetime quantify burden lattice spacing substantially boundary effect find accurately pose limiting within framework continuum bound description besides register polish lattice contract bridge lattice spacing cost break trigon group symmetry maximally symmetrical tiling
19
403,663
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trusted multi view classification multi view classification mvc generally focus improving classification accuracy using information different view typically integrating unified comprehensive representation downstream task however also crucial dynamically ass quality view different sample order provide reliable uncertainty estimation indicate whether prediction trusted end propose novel multi view classification method termed trusted multi view classification provides new paradigm multi view learning dynamically integrating different view evidence level algorithm jointly utilizes multiple view promote classification reliability robustness integrating evidence view achieve dirichlet distribution used model distribution class probability parameterized evidence different view integrated dempster shafer theory unified learning framework induces accurate uncertainty accordingly endows model reliability robustness distribution sample extensive experimental result validate effectiveness proposed model accuracy reliability robustness
0
83,764
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quarkonium product heavy ion collision open quantum system transport equation using open quantum system formalism good field study theory qcd derive boltzmann transport equation quarkonium inner quark gluon plasma derivation illuminate winner raptus equating quarkonium phenomenology intimately related separation scale problem
14
957,560
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neutron star freshness core within quark mesotron coupling model recent twelvemonth continue exciting time neutron star physic allow many new observation insight natural testing ground cold dense thing describe many theoretical account mart yet none would reproduce observed experimental data quark mesotron coupling model stand instinctive inclusion hyperon dense matter building block fewer parametric quantity necessary obtain nuclear matter par state latest advance qmc model application neutron star purgative presented within build neutron mavin outer crust finite nucleus neutron drip agate line appearance dissimilar element locating crust neutron star explored compared prediction various model chip quality result qmc simulation theoretical account nucleon social system taken account
14
918,269
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electron positron annihilation photon revisited apply modern multiloop method calculation total cross section electron positron annihilation photon exactly accuracy examining asymptotics result find agreement ref andreassietal discover mistake result ref eidelmankuraevberendskleiss mistake due term omitted differential cross section ref eidelmankuraevberendskleiss peaked kinematic region three photon quasi parallel collision axis restoring term find agreement corrected result ref berendskleiss result
7
1,555,560
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global local synaptic regulation determine stability homeostatic malleability neuron regulate distribution signaling component across extended tree alike cellular social structure practice local global feedback dominance theorize allow homeostatic control electrical action neuron time enable normalization distribution input signal received cell performance hardiness mechanism poorly understood capable nonlinearities making analysis difficult first officially record globular homeostasis electrical activity local activity dependent degradation coexist sufficient timescale interval interplay ii feedback mechanism also take apart simulation reveal bidirectional effect stabilizing destabilizing bodily function dependent degradation overall neuron operation
12
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coupled hypergraph map chaotic cluster synchronization coupled map lattice cmls prototypical dynamic system networksgraphs exhibit complex pattern generated via interplay diffusivelaplacian coupling nonlinear reaction modelled unmarried iterated function node map often taken unimodal eg logistical collapsible shelter map letter propose class higher order couple dynamical system require hypergraph laplacian call coupled hypergraph map chms combine linearized constancy analysis synchronized commonwealth hypergraph spectral hypothesis numeral method detect robust region disorderly cluster synchronization occurring parameter space upon change couple strength main bifurcation parametric quantity unimodal map furthermore find key difference laplacian hypergraph laplacian coupling detect various course study periodic quasi periodic pattern issue establish high complexity coupled graph map indicate might excellent universal model class understand law similarity difference dynamical classical graph dynamic hypergraphs
12
725,309
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entanglement double copy construct entangled state gluon scatter exactly graviton operationally object implement double copy level wave function analysis begin general ansatz wave function characterizing gluon two copy gauge theory given relatively minimal assumption following permutation invariance dimensional analysis three four particle wave function generate scattering amplitude automatically coincide exactly gravity modulo normalization five particle scattering match automatic imposing certain known selection rule amplitude sufficient uniquely reproduce gravity resulting amplitude exhibit color dressed permutation invariant form usual double copy relation compute entanglement entropy two gauge theory copy learn state maximally entangled large moreover approach extends immediately effective field theory born infeld photon galileons similarly recast entangled gluon pion
7
1,589,149
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ceaseless curvature holomorphic solution supersymmetric grassmannian sigma model display case explore constant curvature holomorphic solution supersymmetric grassmannian sigma model using particular gauge invariance exemplar supersymmetric invariant solution constructed via generalizing known issue show solution also exist indeed considering simplest display case model commit necessary sufficient condition getting invariant curve holomorphic resolution since constant curve holomorphic solution bosonic model known treat example detail
9
1,686,668
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red hot quantum chromodynamics finite isospin denseness confront su nambu jona lasinio model late latticework selective information continue recently published issue zero temperature compute qcd equation state finite isospin density within leash flavor nambu jona lasinio example mingy theatre procedure approximation motivated recently incur grille qcd event zero finite temperature like previous survey also considered commonly victimized traditional cutoff regularisation scheme sensitive separation scheme result compared tardily eminent precision grille simulation well previously obtained upshot two flavor nambu jona lasinio stumper agreement lattice resultant role forecasting three tang njl model estimable low time value zero finite temperature larger time value agreement lattice data two flavor njl prediction surprisingly good better trey tang foretelling
19
483,984
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deep learning thermodynamics aware reduced order model data present algorithm learn relevant latent variable large scale discretized physical system predict time evolution using thermodynamically consistent deep neural network method relies sparse autoencoders reduce dimensionality full order model set sparse latent variable prior knowledge coded space dimensionality second neural network trained learn metriplectic structure reduced physical variable predict time evolution called structure preserving neural network data based integrator guaranteed conserve total energy system entropy inequality applied conservative dissipative system integrated path decoded original full dimensional manifold compared ground truth solution method tested two example applied fluid solid mechanic
0
37,425
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novel aspect nonadiabatic geometric effect application twisted schwinger effect paul adrien maurice dirac weyl fermion subject field geometric effect nonadiabatic quantum tunneling derive tunnel formula within quadratic expansion hamiltonian gain correction effect known antecedently find two new effect namely perfect burrow counterdiabaticity fast sweep speed application study turn schwinger consequence ie nonadiabatic pair product particle induced rotate electric athletic field dirac weyl fermion give nonperturbative generation mechanism valley polarization current
14
958,176
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probing effect unattackable electromagnetic flying field charge dependent directed flow pbit pb collision lhc first measurement lhc complaint dependent conduct flow relative watcher plane presented pb pb collision tev result reported charged hadron meson transverse momentum interval gev gev centrality social class respectively remainder positively negatively charged hadron positive slope function pseudorapidity stat syst measurement mesotron yield positive value stat syst leash order order magnitude large one charged hadron measurement provide new insight effect solid electromagnetic field initial tilt matter created non key heavy ion collision dynamic weak punishing quark prominent deviation observed charged hadron meson may reflect different sensitivity charm light quark early time dynamic grueling ion collision observation challenge recent theoretical computation predicted negative order magnitude smaller value illuminate flavour charmed hadron
17
354,015
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hubble induced phase modulation lattice application ricci reheating employ graeco roman lattice simulation travelling along symmetry breaking pattern subsequent non elongate evolution watcher battlefield non minimally copulate gravity post inflationary dynamic afford term corpse equating province parametric measure find gradient energy density straightaway transition represent non trifle fraction wide cut vigor budget steadily develop equal kinetic opposite number behaviour speculate evolution associated equation state parametric quantity approach universal value severally mould non running interaction trust kination observation allows generic onset radiation domination arbitrary egotism interact likely significantly extending previous result literature produced spectrum time yet caloric preclude naive extraction thermodynamical amount like temperature possible acknowledgement spectator bailiwick standard model higgs also discussed
19
475,339
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origin slow stress relaxation cytoskeleton dynamically crosslinked semiflexible biopolymers actin cytoskeleton govern mechanically skillful behavior animation cell semiflexible biopolymers nonlinearly constrain response mechanical load whereas crosslinker dynamic allow stress easiness metre show rheology theoretical modeling combined nonlinearity metre stress trail chance slow accent relaxation interchangeable dynamic disordered system close glass transition work suggests transient crosslinking combined interior stress explain anterior account soft vitrified rheology cell shear modulus growth weakly frequency
5
1,032,678
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bendr using transformer contrasting self supervised learning job hear massive amount eeg data point deep neural network dnns used brain computer interface bci compartmentalization commonly anticipate learn general feature trained across variety context feature could fine tuned specific setting achiever found approach suggest interpreting confine choice would ameliorate leverage newly publicly available massive eeg datasets consider adapt technique architecture used speech communication modelling lm seem ingesting awesome amount data towards development encephalography modelling em dnns vein specifically adapt approach efficaciously used automatic speech recognition similarly lm u self supervised training nonsubjective learn compressed representation raw data signal adaptation eeg find single pre trained model capable modelling completely novel sensitive eeg sequence recorded differing hardware different subject performing dissimilar task furthermore intimate representation model entire architecture mulct tuned kind downstream bci eeg classification chore outperforming anterior study task specific sleep stage classification self supervision
5
1,047,150
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generalised scalar field cosmology perturbative analysis scalar field cosmology generalize harmonic likely categorical negatively curved friedmann lemaitre robertson walker metric bianchi metrical investigated asymptotic method averaging theory used obtain relevant information space solution fundamental interaction background matter strength rebel coupling function considered habituate average method periodical function hand period concluded regardless whether scalar field minimally minimally joined matter field least interaction type irrespective geometry difference dynamical performing average cognitive process stability result qualitatively average organization indicating asymptotic behavior average model sovereign coupling function independent geometry
8
607,439
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mathematical aspect extreme ho curl thesis heap theoretical aspect deterministic freak wave generation wave basin hydrodynamic laboratory adopt spacial nonlinear schrodinger equivalence mathematical model describe deformation brandish package envelope propagating downstream study extensively family exact solvent describing modulational instability known akhmediev eleonskiui kulagin breather unitedly kuznetsov breather peregrine result belong class solution hollo solitary wave non vanishing background present dynamical using variational conceptualization displaced phase amplitude agency check physical undulation field soliton observe elongate phenomenon vanish amplitude phase singularity wavefront dislocation occur simultaneously necessary condition unboundedness chu mei quotient experimental result conducted high amphetamine wave basin maritime research institute netherlands show remarkable qualitative agreement predicted theoretical model include amplitude gain phase singularity preservation curl packet frequency examination suggests limitation evolution equation since maintains symmetry wave signal wave spectrum throughout downstream propagation alternatively exhibiting asymmetric wave structure frequency downshift phenomenon
12
724,086
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atomic matter property finite temperature effectual interaction study commonly used nucleon nucleon effective interaction obtained outfit property cold atomic matter finite nucleus properly describe hot dense nuclear matter produced intermediate energy heavy ion collision use ii representative effective interaction explorer improved isospin momentum dependant interaction isovector part calibrated resultant emphab initio non perturbative ego reproducible green function scgf approach chiral force skyme character interaction fit equation re publica cold nuclear matter chiral effective many soundbox perturbation possibility binding energy finite nucleus mean study approximation evaluate equation state single nucleon potential nuclear issue finite temperature equivalence scgf approach find improved isospin impulse dependent interaction reproduces reasonably easily scgf consequence due weaker momentum dependence mean field potential skyrme type interaction study thus indicates effective interaction correct momentum dependence mean value filed potential properly describe holding hot dense nuclear matter thus suitable use transport model study heavy ion collision intermediate energy
14
978,384
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toward quantum simulation bore hypothesis without state preparedness preparing powerfully couple speck department state quantum data processor requires large resource work appearance classical sample distribution coupled projection operator used compute minkowski matrix element without explicitly preparing state quantum computer demonstrate lattice gauge theory small lattice quantum simulator
19
435,272
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holographic abelian higgs model linear confinement consider holographic abelian higgs model show absence scale symmetry breaking effect chiral symmetry breaking give linear confinement slope given value chiral condensation model considered either theory superconductivity axial sector qcd depending interpretation charge also provided model linear confinement
7
1,589,819
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hole corner higgstory high spirit temperature reheat study role standard framework higgs condensate formed cosmologic inflation epoch reheat follow focus scenario inflaton decay slowly perturbatively long period end inflation beginning radiation domination higgs condensation decay non perturbatively catamenia show passion primordial plasm much higher temperature would result lento decaying inflaton alone discus effect hot plasma thermalization inflatons decay product discipline phenomenological implication formation cosmological relic grim issue associated isocurvature fluctuation restitution electroweak peccei quinn symmetry
11
217,809
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quantitative unique continuation spectral subspace schrodinger operator singular potential recent scale free quantitative unique continuation estimate spectral subspace schrodinger operator extended allow singular potential certain function proof based accordingly adapted carleman estimate application include wegner initial length scale estimate random schrodinger operator control theory controlled heat equation singular heat generation term
1
532,756
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enabling continuous operation uavs autonomous service network infrastructure one major restriction practical application unmanned aerial vehicle uav incomplete self sufficiency make continuous operation infeasible without human oversight oversight uavs require le likely going commercially advantageous compared alternative autonomous system much human interaction needed function one best indicator evaluating limitation inefficiency uavs popular uav related research area path planning computer vision enabled substantial advance ability drone act research dedicated flight operation much reported effort tackle problem aspect supportive infrastructure paper autonomous service network infrastructure autoserve proposed aiming increasing future autonomy uavs autoserve system includes service oriented landing platform customized communication protocol supportive autoserve infrastructure autonomize many task currently done manually human operator battery replacement proof concept prototype built simulation experimental study validated design
3
114,191
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sandd directing antineutrino detector segmented li doped pulse shape sensible plastic scintillator present characterization small liter peregrine li doped pulse shape sensitive plastic scintillator antineutrino detector call sandd segmented antineutrino directional detector constructed purpose dear field reactor supervise sensitiveness antineutrino direction sandd comprises trey unlike type module detailed monte carlo model codification developed match validate performance trine module combined model used produce prediction performance entire detector analytic thinking cut found isolate antineutrino inverse beta decay event rejecting large fraction background neutron positron signal detection efficiency estimate respectively coincidence detection efficiency estimated resulting reverse beta decay detection efficiency stat syst predicted directional sensitiveness sandd make uncertainty arcdegree azimuthal direction per detect antineutrino event
17
309,731
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fractional derivative nonsingular kernel utilize late yr many paper discus theory application new fractional edict derivative constructed supervene upon singular kernel caputo riemann liouville derivative non remarkable ie bounded kernel shown rigorous mathematical reasoning non singular heart derivative suffer several drawback forbid purpose fail satisfy fundamental theorem fractional infinitesimal calculus since admit existence corresponding convolution built derivative left inverse value derivative initial time always zero imposes unnatural restriction differential equation model derivative practice particular case called caputo fabrizio atangana baleanu derivative shown restriction hold derivative expressed term whole number derivative stock caputo fractional derivative thus demonstrating derivative contain nothing new
8
670,452
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first police complexity enquire variation holographical complexity two nearby target state based nielsen geometrical approach find variation depends end gunpoint optimal trajectory result designate inaugural law complexity example examine complexityaction conjecture ad vacuum perturbed scalar field excitement correspond coherent state remarkably gravitational contribution totally cancel final variance reduces boundary condition coming wholly scalar battlefield action hence null boundary wheeler dewitt plot ground appears act like end quantum circuit
13
1,261,141
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multi dimensional screening buyer optimum learning informational robustness monopolist seller multiple upright screen buyer whose type initially unknown drawn unremarkably known dispersion buyer privately con eccentric via signal derive seller optimal mechanism two different selective information environment begin deriving buyer optimal outcome information graphic designer first selects signal trafficker chooses optimal mechanism reception designer objective maximise consumer nimiety derive optimal informationally full bodied mechanism cause seller first chooses mechanic nature pick signal minimizes seller profit derive sexual congress problem show optimal mechanic face take form pure bundling
15
1,115,154
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determination critical index dissipative phase changeover coherent anomaly approach propose generalization coherent anomaly method extract decisive exponent stage transition occurring stiff state exposed quantum many body system method originally developed suzuki phys soc jpn bf sense balance organization based scaling property singularity reaction map determined cluster mean field calculation apply method dissipative transverse field ising two attribute obtaining good result already belittled clustering
13
1,269,071
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assisted glean catalysis coherence scalar sphere recently demonstrated possible harvest quantum resource entanglement coherent scalar field employing time dependent perturbation theory present ended analysis shape spatially extend unruh dewitt detector coupled right time derivative field harvest coherence initial country field well energy cost required harvest studying harvesting quotable origin proven detector interacts field battle delta coupling coherence catalytic gaussian smeared detector shown harvesting coherent field depends phase amplitude distribution initial doe well mean radius detector mean interaction length detector go ceaseless speed mean order passage wavelength maintain relativistic speed coherency swelling upshot present intensity depends dimension underlying hermann minkowski spacetime
13
1,218,029
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fully spin polarized nodal chain state half metal livo nodal chain fermion novel topological state matter hotly discussed non magnetic material using first principle calculation symmetry analysis propose realization fully spin polarized nodal chain half metal state livo compound material naturally show ferromagnetic ground state take half metal band structure band spin channel present near fermi level spin band cross form two type nodal loop nodal loop arise band inversion protection glide mirror symmetry remarkably find nodal loop conjunct form chain like nodal structure correspondingly shaped surface state also fully spin polarized fully spin polarized nodal chain identified proposed realistic material effective model constructed describe nature nodal chain effect electron correlation lattice strain spin orbit coupling discussed fully spin polarized bulk nodal chain associated nontrivial surface state half metal may open novel application spintronics
4
1,531,378
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space reflection symmetry time symmetric vector rational rapscallion wave solution element nonlinear schrodinger poser extreme outcome investigate component nonlinear schrodinger nls system focusing kerr like nonlinear medium appear many forcible field report discus novel multi parametric family vector rational rogue undulation rw root featuring parity time pt symmetry characterized non identical boundary condition portion consistent degeneracy arm benjamin feir instability explicit example pt symmetrical transmitter rws represent parameter restraint make component generate rws high spirit bounty due many body resonating interactionseffect non integrable deformation model excitement vector rws also discussed result useful design rw experiment multi component forcible system
8
656,965
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varying coefficient model assessing return ontogenesis report poverty inequality various paper demonstrate importance inequality impoverishment size middle class economic increment explaining standard income distribution added growth regression often mentioned wretched people behave different may translate economy whole however simply adding explanatory variable reflect behaviour deviate coefficient model display return growth differ lot look impoverishment inequality investigate return take issue poorer richer constituent companionship argue difference coefficient obturate one hand mean coefficient informative hand challenge credibility economic interpretation short show guess mean coefficient without account impoverishment inequality estimation likely stick serious endogeneity bias
18
1,597,710
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quantum anomaly ar toda theory defect study quantum integrability affine toda theory line defect particular focus problem constructing quantum higher spin conserved current model defined two ar toda theory separated non trivial type defect suitable choice defect potential theory known classically integrable posse infinite set higher spin conserved charge involution studying corresponding conservation law quantum level discover anomaly arise compute exactly order coupling constant stress energy tensor anomaly cancelled finite renormalization defect potential find first non trivial higher spin current longer possible open question whether theory indeed integrable quantum level
9
1,570,492
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measurement differential hybridisation section cross plane section ratio boson production tie jet tev atlas detector paper present measuring boson production cross plane section cross section proportion association jet proton proton collision tev atlas experiment large hadron collider measurement performed final state contain one negatron missing transverse momentum use data corresponding integrated luminosity fb differential cross section event least one two jet present range observables including jet transverse momentum rapidity scalar sum transverse momentum seeable particle miss transverse momentum case transverse momentum boson subset observables differential cross section positively negatively charged boson measured separately bad tempered section ratio dominant taxonomical doubt cancel meliorate measurement precision factor nine observables ratio selected paper provide valuable input quark quark gluon parton distribution function proton
17
381,641
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charmonium exotics lattice qcd reexamination selected lattice result charmonium spectrum first attempt lookup existence exotic state hadro quarkonium fashion model offer interpret exotic state quarkonium essence inner hadron present latticework study hadro quarkonium model limit still quark charm quark decouples low energy observables binding vim charmonium model calculation able bodied evaluate correction decouple charm quark cheese continuum
17
374,206
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real time lane detection motion planning raspberry pi arduino autonomous vehicle prototype paper discus vehicle prototype recognizes street lane plan motion accordingly without human input pi camera capture real time video processed raspberry pi model image processing algorithm written python opencv arduino uno utilized control pid algorithm control motor controller turn control wheel algorithm used detect lane canny edge detection algorithm hough transformation elementary algebra used draw detected lane detection lane tracked using kalman filter prediction method midpoint two lane found initial steering direction initial steering direction smoothed using past accumulation average method kalman filter prediction method prototype tested controlled environment real time result comprehensive testing suggest prototype detect road lane plan motion successfully
0
28,754
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nuclear de excitation miserable vigour charged current disperse ar ground large argon based neutrino detector planned deep underground neutrino experiment potential provide unique sensibility low energy ten mev electron neutrino produced essence collapse supernova despite importance neutrino energy reconstruction nuclear de excitation following charged current absorption ar never studied point supernova energy purpose develop model nuclear de excitation occur succeed reaction theoretical account applied computation exclusive cross section method simple expression inclusive differential hybridization incision derived allowed approximation nuclear de excitation describe using combination measured ray decay scheme hauser feshbach statistical model calculation carried utilise novel monte carlo event generator called marley model argon reaction low energy yield result various total differential cross subdivision presented two de excitation mode one take ray let single neutron emission encounter dominant mev energy conclusion nuclear de excitation strong impact achievable energy resolution supernova detection liquid argon tagging event involving neutron emission though difficult could substantially improve energy reconstruction afford suitable calculation inclusive cross section marley nuclear diamond state excitation good example may readily applied scattering summons
14
945,815
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quantum improved schwarzschild mordant hole deriving gravitational effective action directly accurate renormalization group perplex impossible hence written report effect running gravitational coupling tend non gaussian uv fixed point imagine asymptotic safety device conjecture two step usually adopted cutoff identification advance gravitational coupling running ace intimate routine independent curvature unvarying seems right choice cutoff identification gravitational quantum fluctuation curved spacetime make action improvement save world wide covariance theory potential choose ricci tensor square purpose equation motion better gravitative activeness spherically symmetric vacuum solution obtained effect monumental atom trajectory black hole thermodynamics study
11
221,694
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convex foliation degree complex projective plane show automorphisms homogeneous convex foliation degree establish property fermat foliation degree hilbert modular foliation degree consequence obtain every reduced convex foliation degree linearly conjugated one two foliation partial answer question posed marin jv pereira end two conjecture camacho sad index along line infinity non radial singularity homogeneous convex foliation degree
1
583,180
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nd order lagrangian dynamic double cross production mathematical group follow repeat tangent group lie group may realized double cross product nd order tangent group lie algebra base trygve halvden lie group based observation derive nd order leonhard euler lagrange equation nd order tan group st order euler lagrange equation iterated tangent group also present detail nd parliamentary law lagrangian dynamical nd order tangent group twofold cross ware group
8
618,821
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newman janis ansatz rotating wormhole central problem general relativity obtaining solution describe source interior counterpart kerr black hole besides determining method match interior exterior solution surface free predefined coordinate remains open problem work present ansatz formulated newman janis generate solution einstein field equation inspired mentioned problem present collection independent class exact interior solution einstein equation describing rotating fluid anisotropic pressure furthermore elaborate obtained solution alluding rotating wormhole
11
221,075
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higher harmonic non linear flow mode charge hadron pb pb collision tev anisotropic flow coefficient non additive flow style coefficient correlativity among unlike symmetry plane valuate pb pb collision tev result incur multi mote correlation reported transverse momentum time interval gev within pseudorapidity interval function collision centrality coefficient presented ninth th harmonic order respectively calculation suggest correlation measured different symmetry sheet non linear flow mood coefficient dependent shear mass viscosity entropy proportion medium created heavy ion hit comparison measurement humbled energy figuring hydrodynamic model place potent restraint initial status transport property system rule
16
895,886
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foreground object segmentation rgb data implemented gpu paper present gpu implementation two foreground object segmentation algorithm gaussian mixture model gmm pixel based adaptive segmenter pbas modified rgb data support simultaneous use colour rgb depth data allows improve segmentation accuracy especially case colour camouflage illumination change occurrence shadow three gpus used accelerate calculation embedded nvidia jetson tx maxwell architecture mobile nvidia geforce gtx pascal architecture efficient nvidia rtx turing architecture segmentation accuracy comparable previously published work obtained moreover use gpu platform allowed get real time image processing addition system adapted work two rgb sensor realsense intel
3
116,187
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existence ground state spin boson model appearance existence ground nation massless spin boson model without infrared regularization cogent evidence non perturbative relies compactness argument work arbitrary value coupling invariant speculation nd derivative ground state energy function constant external magnetic field rebound
8
633,410
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channel estimation massive mimo hardware non linearity bayesian method versus deep learning paper considers joint impact non linear hardware impairment base station b user equipment ues uplink performance single cell massive mimo multiple input multiple output practical rician fading environment first bussgang decomposition based effective channel distortion characteristic analytically derived spectral efficiency se achieved several receiver explored third order non linearity next two deep feedforward neural network designed trained estimate effective channel distortion variance b antenna used signal detection compare performance proposed method state art distortion aware unaware bayesian linear minimum mean squared error lmmse estimator proposed deep learning approach improves estimation quality exploiting impairment characteristic lmmse method treat distortion noise using data generated derived effective channel general order non linearity b ues shown deep learning based estimator provides better estimate effective channel also non linearity order three
3
127,190
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compendium distance molecular cloud star formation handbook accurate distance local molecular cloud critical understanding star planet formation process yet distance measurement often obtained inhomogeneously cloud cloud basis recently developed method combine stellar photometric data gaia dr parallax measurement bayesian framework infer distance nearby dust cloud typical accuracy refining technique target lower latitude incorporating deep optical data decam southern galactic plane derived catalog distance molecular cloud reipurth star formation handbook vols ii contains large fraction molecular material solar neighborhood comparison distance derived maser parallax measurement towards cloud show method produce consistent distance scatter cloud across entire distance spectrum pc kpc hope catalog homogeneous distance serve baseline future work
10
1,384,824
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time scale inertial motion collective dynamic underdamped active phase field crystal system many active matter system mostly microscopic scale well approximated overdamped meaning inertial momentum immediately dissipated environment hand especially macroscopic active system also many mesoscopic one time scale inertial motion become large enough relevant dynamic raise question collective dynamic active matter influenced inertia article implement study underdamped active phase field crystal model focus collective dynamic change time scale inertial motion state diagram stay unaltered modification relaxation time scale towards steady state considerably increase particle mass numerical result suggest transiently stable rotating cluster density peak act defect need decay final state global collective motion form extract formation decay time quantitatively finally give physical intuition formation decay rotating cluster qualitatively explain extracted time depend mass
4
1,319,617
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anomalous localization boundary interacting topological insulator boundary topological dielectric ti innkeeper anomaly curb possible phase eg strong weak te maintain surface conduction disorder symmetricalness preserved average least electron fundamental interaction surface weak however interplay strong interaction disorder boundary anomaly yet theoretically addressed subject area combination edge ti surface weak ti showing lead anomalous many body localized ambl phase conserve anomaly discus anomalous kramers parity switching pi state flux arises bosonized theory localized volute state matter unusual person dig localized boundary electrostatically sensing nonlinear hopping transport shot noise ambl construction weak atomic number fails strong ti suggesting anomaly restriction distinguished warm fundamental interaction
13
1,238,141
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electoral crime democracy info burden judicial conclusion brazil composition examines voter response revealing electoral criminal offense information large democracy focus brazil electoral court make candidate crook record public every election using sample local candidate run agency find sentence electoral crime reduces candidate probability election vote share percentage percentage point pp respectively resultant explained likely change justice voter candidate behavior electoral process additionally perform machine classification court paper estimation heterogeneous punishment severe trivial offence document larger electoral penalty pp candidate convicted severe crime answer supplement information shortcut literature examining judicial information influence elector decision showing voter react strongly credible source data
18
1,599,331
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detection simultaneous brightening gamma ray optical emission distant blazar gb redshift gb high redshift blazar spectrally soft ray source detected direction analyzing yr fermi lat data significant long term variability ray source confirmed importantly ray emission flare appeared epoch several ten day year flux four time value global fit meanwhile optical flare displayed band zwicky transient facility light curve detection simultaneous ray optical brightening provide decisive evidence pin association ray source gb make first identified ray blazar beyond redshift broadband spectral energy distribution high flux state constructed origin multiwavelength brightening also briefly discussed upcoming wide deep fast optical telescope together ray sky surveyor shed light role agn jet play early cosmic time
10
1,515,931
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calculation massless massive feynman built composition result calculation massless massive feynman intact particularly focusing deviation equation coefficient series expansion
7
1,760,928
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shape factor lattice qcd present initiative lattice quantum chromodynamics purpose transmitter axial vector tensor form agent relevant rarefied radioactive decomposition grille calculation performed rest frame nonzero impulse special high realm interpolating battlefield covariant derivative used obtain right overlap depth psychological science treat unchanging speck expected sensitive estimation narrow skirt world wall legal action function light foreign quark quark put anisotropic clover action coefficient tune produce correct kinetic batch rest people hyperfine splitting economic consumption three unlike ensemble lattice calibre field configuration generated rbc ukqcd coaction perform extrapolation material body broker continuum limit physical principal investigator meson hoi polloi give stock fashion model prediction differential branching fraction angular observables high region
19
425,930
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satellite terrestrial channel personation gamey speed railway environment ghz integrating satellite terrestrial communicating system play critical role th generation fluid communicating system ubiquitous coverage reliable robert william service flexible networking moreover millimeter wave mmwave communication large bandwidth key enabler intelligent rail transportation composition orbiter terrestrial channel ghz characterized typical high swiftness railway hsr environment triad dimensional model railway line scenario reconstructed import cloud beam light tracing cloudrt simulation platform based extensive shaft light tracing simulation channel terrestrial hsr organisation satellite terrestrial system two upwind shape characterized hinderance pas judgment result paper help design valuation satellite terrestrial communication system enabling future healthy track transportation
3
163,589
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verbatim levelheaded life expectancy estimate animation table sullivan extension bridge gap hale eurostat estimate analytic lineage general model survival mortality estimation parameter bx related healthy life year lost hlyl followed formulation computer platform providing result similar world wellness organization healthy aliveness expectancy hale agree hlyl estimation program telephone extension authoritative life table include column estimate cumulative mortality average mortality somebody life year lose finally hlyl parameter bx evenmore extension excel programme based sullivan method provides approximation healthy life anticipation every class lifespan five unlike type estimate direct eurostat equal estimate respective country represent also presented methodology program bridge disruption universe health brass hale eurostat hle healthy life expectancy estimate latest interlingual rendition programme ski appear demographic website
5
1,095,886
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decay dimension fierz rearrangement systematically construct tetraquark currentsoperators quark configuration derive relation fierz rearrangement dirac coloration index use transmutation report decay property compact tetraquark state using transformation sketch decay belong hadronic molecular state
19
449,865
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dimension de heitmann de treillis distributifs et de anneaux commutatifs study notion dimension introduced heitmann remarkable paper also related notion implicit proof paper develop notion general framework distributive lattice spectral space obtain way constructive version important theorem commutative algebra simpler proof classical one new result
1
539,142
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sonority isospin triplet state matter within textitab initio meat george gamow shell model nucleus ie li establish interesting isospin isobaric arrangement li unbound broad resonance whereas deeply bind ground state unbound excited state present situation experiment far given reproducible datum vibrancy body calculation well learn scattering system present work provide many trunk computing broad resonance structure textitab initio framework modern realistic interaction occurs li excited broad resonance accordance right observational observation deliberation also show first shake state almost deviate ground state pair mirror isobar li may hint observational data get go width mixture ground state first excited state isospin triplet formed aroused province ground state li studied focusing effect isospin symmetry breaking
16
819,877
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fresh scenario aligned higgs coupling originated distorted custodial balance high doe investigate new scenario ii higgs doublet good example current experimental datum electroweak rho parametric quantity higgs boson coupling simultaneously explained scenario ii higgs doublet modeling supposed department energy effective theory high energy scale fundamental theory appear assumed higgs potential respect global symmetry twisted custodial symmetry given consequence global symmetry structure profound hypothesis analysis using one loop renormalization radical equation experimental datum explain natural way still mass extra higgs boson nigh electroweak scale also discus prediction mass spectrum additional higgs boson also mate incessant standard manikin like higgs boson make possible test scenario current future collider experiment
7
1,657,203
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quark cheese model calculation conversion form factor high photon virtualities present calculation transition form factor nucleon nucleon rapport base covariant quark model principal focus high photon virtualities large valence quark cheese degree freedom dominate contribution transition form factor helicity amplitude regimen quark cheese modelling estimate equate available data point particularly thomas jefferson lab data intermediate great impulse transfer gev main focus resonance estimate high mass resonance besides discussed
17
351,283
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