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dataverse-tokenized-dataset

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dual variable branes move part arxiv relativistic extended object described complete set vulgarize co ordinate momentum sense dual
9
1,799,469
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experimental numerical analysis strain gradient tensile concrete prism reinforced multiple bar work continuation ongoing research deformation behavior reinforced concrete element tension previous study revealed deformation behavior element reinforced multiple bar traditional prismatic member reinforced center bar essentially different latter layout though typical laboratory specimen could represent norm structure real life thus new test methodology investigate strain distribution concrete prismatic member reinforced multiple bar subjected axial tension devised prismatic concrete specimen different reinforcement configuration fabricated tested using proposed setup deformation behavior specimen modeled tailor designed bond modeling approach rigorous finite element analysis revealed average deformation concrete could different prevailing approach average deformation steel dependent reinforcement configuration therefore efficiency concrete tension carefully taken account rational design structural element study endorses promising ability finite element technique versatile analysis tool whose full potential revealed advent computer hardware
2
1,363,394
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systematic study silicate absorption feature heavily obscured agns observed spitzerirs heavily obscured active galactic nucleus agns known show deep silicate absorption feature mid infrared ir wavelength range detailed profile feature reflect property silicate dust likely include information agn activity obscured large amount dust order reveal agn activity obscured large amount dust select mid ir spectrum heavily obscured agns observed spitzerirs systematically analyze composition silicate dust spectral fitting using amorphous crystalline band find main component silicate dust obscuring agns amorphous olivine median mass column density one order magnitude higher minor component amorphous pyroxene crystalline forsterite median mass fraction amorphous pyroxene significantly lower diffuse interstellar medium ism dust galaxy median mass fraction crystalline forsterite higher diffuse ism dust also find mass fraction amorphous pyroxene crystalline forsterite positively correlate low mass fraction amorphous pyroxene suggests obscuring silicate dust newly formed originating starburst activity relatively high mass fraction crystalline forsterite implies silicate dust processed high temperature environment close nucleus transported outer cooler region molecular outflow positive correlation mass fraction naturally explained considering amorphous pyroxene transformed crystalline forsterite ion bombardment
10
1,414,877
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constructed emotion superinformation builder theoretical approach paper apply constructor theoretic attack theory construct emotion showing essence affect valence knowledge considered two unlike observables direct information superinformation condition depend subject scheme coherently affect infusion model nd part article demo additional hypothesis structure information allows bailiwick emotion term contructor theoretic translation phase task quantum algorithmic program presented deterrent example connection emotion memory task
13
1,299,432
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variational empowerment representation learning goal based reinforcement learning learning reach goal state learning diverse skill mutual information mi maximization proposed principled framework self supervised reinforcement learning allowing agent acquire broadly applicable multitask policy minimal reward engineering starting simple observation standard goal conditioned rl gcrl encapsulated optimization objective variational empowerment discus gcrl mi based rl generalized single family method name variational gcrl vgcrl interpreting variational mi maximization variational empowerment representation learning method acquire functionally aware state representation goal reaching novel perspective allows u derive simple unexplored variant gcrl study adding small representation capacity already expand capability investigate discriminator function capacity smoothness determine quality discovered skill latent goal modifying latent dimensionality applying spectral normalization adapt technique hindsight experience replay gcrl mi based rl lastly propose novel evaluation metric named latent goal reaching lgr comparing empowerment algorithm different choice latent dimensionality discriminator parameterization principled mathematical derivation careful experimental study work lay novel foundation evaluate analyze develop representation learning technique goal based rl
0
73,288
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forcing seasonality influenza like epidemic everyday solar rapport seasonality keen viral respiratory disease well known far fully understood phenomenon several model proposed explain geometrical regularity yearly recurring outbreak phase difference respect different latitude earth model take account intimate internal reason chiefly occasional egress new virus variant evade host immune answer yet alone generally unable explain regularity recurrence observed form difference show seasonality viral respiratory disease well dispersion latitude earth fully explicate virucidal property uv solar photon day day minute shell resonant forcing mechanism induce periodicity last virtually unperturbed hundred wheel even presence internal dynamical host loss granting immunity much slow seasonal long period generate seasonal oscillation
5
1,084,612
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diagnosis bulk phase diagram non reciprocal topological lattice impurity mode study single impurity problem non hermitian lattice described non reciprocal su schrieffer heeger model obtain phase diagram localized bound state induced impurity existence analytical result permit u determine phase boundary exactly separate region different number bound state particularly limit strong impurity potential find phase boundary mid gap bound state identical boundary topological phase diagram bulk system absence impurity existence correspondence mid gap impurity mode bulk phase indicate able diagnose bulk phase diagram non reciprocal topological model impurity mode
4
1,444,638
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portfolio optimisation two coherent hazard measure provide analytical event inactive portfolio optimization problem two coherent risk measure use two risk step motivated joint decision gain portfolio excerption peril perception portfolio manager primary concern hence appears objective function risk perception external authority need taken account well appears form risk restraint problem cover risk minimization problem expect taking constraint ask return maximization problem danger constraint special case world wide shell arbitrary joint distribution asset return certain condition characterize optimal portfolio optimum lagrange multiplier associated par constrain threefold problem consider particular case gaussian return potential identify case optimum solution exists give expressed rule optimal portfolio whenever exists
15
1,173,695
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computing spectral bound heisenberg ferromagnet geometric consideration give polynomial time algorithm computing upper bound smaller energy eigenvalue spin ferromagnetic heisenberg model graph underlying interaction important ingredient connection heisenberg model symmetric product algorithm computing upper bound based generalized diameter graph computing upper bound amount solving minimum assignment problem well known polynomial time algorithm field combinatorial optimization also study possibility computing lower bound smaller energy eigenvalue heisenberg model amount estimating isoperimetric inequality symmetric product graph using connection discrete sobolev inequality show performed considering vertex induced subgraphs conjecture polynomial time approximation algorithm solve edge isoperimetric problem hold proposed method estimating energy eigenvalue via approximating edge isoperimetric property vertex induced subgraphs yield polynomial time algorithm estimating smaller energy eigenvalue heisenberg ferromagnet
1
525,618
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estimation yield curve costa rica using combinatorial optimisation metaheuristics applied nonlinear regression term anatomical structure involvement rate yield curve role relating pursuit charge per unit terminus nonlinear regression model nelson siegel svensson used estimate yield bender using sample diachronic data supplied national gunstock exchange rib rica optimisation job involve estimation process framework parameter addressed use four well known combinatorial optimization metaheuristics ant colony optimization genetic algorithmic rule particle horde optimization simulated anneal aim study meliorate local minimum obtain classical quasi newton optimisation method using descent direction good result least metaheuristics achieved particle horde optimization simulated anneal keywords yield curve nonlinear infantile fixation nelson
15
1,188,340
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protection parity time symmetry topological many body system non hermitian toric code fracton model study symmetric quantum system non hermitian perturbation one important question whether eigenvalue stay real whether symmetry spontaneously broken eigenvalue meet particularly interesting set eigenstates provided degenerate ground state subspace system topological order paper present simple criterion guarantee protection symmetry thus reality eigenvalue topological many body system formulate criterion geometric algebraic form demonstrate using toric code several different fracton model example analysis reveals symmetry robust remarkably large class non hermitian perturbation model particularly striking case fracton model due exponentially large number degenerate state
4
1,346,064
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optimum motivator contract endogenous monitoring applied science late technology advance enabled firm flexibly process analyze sophisticated employee functioning data reduced yet important cost rise theory optimal incentive contracting monitoring technology governs procedure part designer strategical planning standard chief factor model moral hazard allow principal partition agent performance information finite category pay sum money information output signal carry analysis trade give incentive agent saving monitoring price prevail characterization optimal monitor technology information assemblage strict mlrp likelihood ratio convex public presentation compartmentalisation group evaluation response rising monitoring cost assessing multiple project performance according factor endogenous tendency shirk examine implication result workforce management firm internal organization
18
1,636,531
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correspondence quasinormal mode shadow radius wormhole spacetime paper study correspondence real part quasinormal mode qnms shadow radius wormhole spacetime firstly consider correspondence static spherically symmetric wormhole spacetime explore correspondence numerically considering different wormhole model specific redshift function end generalize correspondence rotation wormhole spacetime calculate typical shadow radius rotating wormhole viewed equatorial plane argue due rotation depending specific model typical shadow radius increase decrease reflecting point exists finally discus whether wormhole mimic black hole due shadow light eht data find upper lower limit wormhole throat radius galactic center
11
220,101
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interplay strong weak measure comparison triad observational approach weak value estimation weak value traditionally obtained using weak fundamental interaction measured system spanish pointer state matter however pointed weak coupling replaced carefully tailored strong interaction paper provides lineal comparability two strong interaction found approach strong interaction play along either suitably prepared pointer state quantum erasure traditional feeble fundamental interaction based method presented theoretical derivation explicitly prove analytical equality approach subsequently demonstrate experiment implemented platform linear optical discovery strong fundamental interaction base measurement experimentally le demanding political platform
13
1,279,398
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revising sturmabteilung ccr sa ccr rsa ccr sa ccr self consistent appropriately risk sensible cashflow rotting factor gaussian market example
15
1,145,132
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loop operator single dimensional homogenous quantum pas capable paper kind dynamical system called quantum walk study one dimensional homogeneous analytic quantum walk explain identify space uniform intertwining hustler walk likewise determine whether realized necessarily homogeneous continuous clock time unvarying quantum walk several model quantum walk realized uninterrupted time uniform quantum walking presented state grover walk unitary stating main theorem clarify definition one dimensional quantum walk initiatory half paper study basic property single dimensional quantum take air necessarily homogeneous equivalence relation quantum walk called law similarity introduced allows manipulate quantum walk flexible manner
8
673,097
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network internal representation large scale heterogeneous ribonucleic acid sequence desegregation diverse multi omics interaction annotation data long non coding rna microrna messenger rna enable key regulation various biological unconscious process variety diverse interaction mechanism identifying interaction cross talk heterogeneous rna class indispensable order uncover functional role individual rna transcript especially unannotated newly discover rna chronological sequence get laid fundamental interaction recently sequence based deep learning web embedding method becoming promising approaching either predict rna ribonucleic acid interaction sequence infer missing interaction pattern crataegus oxycantha exist network topology however absolute majority method several limitation eg inability perform inductive forecasting distinguish directivity interaction integrate various sequence interaction annotation biologic datasets proposed novel deeply learning based framework rnarna learns rna sequence produce dispirited dimensional embedding preserve proximity interaction topology functional affinity regional anatomy proposed embedding space designated part source aim context capture targeting receptive field rna transcript encapsulating heterogenous cross talk interaction lncrnas mirnas experimental result method exhibit superior performance aupr rate compared state prowess approach predicting missing interaction different rna rna interaction database shown accurately perform link prediction novel rna sequence seen training time still without prior information additional result suggest proposed framework capture manifold heterogeneous rna chronological sequence discover novel functional annotation
5
1,049,423
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variational learning quantum artificial neural network last place year quantum computing motorcar learning fostered rapid development respective area coating introducing unexampled perspective selective information processing system realized program rapidly growing airfield quantum machine learning target bringing together two ongoing rotation first review series recent body work key implementation artificial neuron feed forward neural network quantum processor present original realization effective item item quantum node found variational unsampling communication protocol look different learning strategy involving globose local layer wise cost office behind performance also presence statistical measurement stochasticity keeping full compatibility overall memory efficient feed forward architecture expression effectively reduce quantum circuit depth required determine activation probability single neuron upon input relevant datum encoding quantum state suggests viable approach towards use quantum neural meshing pattern classification near term quantum hardware
13
1,285,503
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hodge theory elliptic curve hopf element show vector bundle modulus stack elliptic curve associated cell complex isomorphic de rham cohomology sheaf universal elliptic curve use calculate homotopy group quotient called spectrum topological quasimodular form relating adam novikov spectral sequence cohomology modulus stack cubic curve chosen splitting hodge de rham filtration
1
563,756
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paramagnetic squeezing uniformly expanding quark gluon plasma equilibrium plasm quark gluon created ultrarelativistic impenetrable ion collision turn paramagnetic presence background magnetised field paramagnetism thus lead pressure anisotropy similar anisotropy appear viscous fluid present paper role analogy develop framework standardised anisotropic hydrodynamics take pressure anisotropy caused particular nonvanishing magnetization blood plasma quark gluon account consider first time two moment classical boltzmann equation presence electromagnetic source relaxation time approximation derive set coupled differential equation anisotropy parameter effective temperature ideal fluid nonvanishing magnetization also extend method dissipative fluid finite magnetisation presence firm dynamical magnetic champaign present systematic method acting leading one particle distribution function magnetized dissipative medium first order derivative elaboration arrive analytic aspect shear bulk viscosity term anisotropy parameter effective temperature solve check differential equivalence numerically determine way right time temperature dependence energy density directing pressure speed sound magnetic susceptibility longitudinally expanding magnetize quark gluon plasma equilibrium
19
439,136
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tau function veer soliton solution non zero constant background signal study tau function kitchen police power structure consociate curve jibe tau function hand tau function becomes exponential quadratic function time variable applying vertex opertaors latter obtain soliton answer non zero constant background
12
761,124
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end end learned paradigm compression fixed point weightiness quantization learned image compression lic reached traditional hand crafted method jpeg bpg term coding gain however gravid model size network prohibits usage lic resource specify embedded organisation paper present lic fleck fixed point burthen world class quantise weight grouping propose non linear memory free codebook second explore optimal grouping quantisation strategy finally develop novel weight clipping hunky dory tuning scheme experimental result illustrate coding personnel casualty cause quantization diminished around good example size slim compared bit adrift point anchor far lie first work explore evaluate lic full fixed point weight nominate quantise lic able outperform bpg terminal figure ssim
3
178,460
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laserflow efficient probabilistic object detection motion forecasting work present laserflow efficient method object detection motion forecasting lidar unlike previous work approach utilizes native range view representation lidar enables method operate full range sensor real time without voxelization compression data propose new multi sweep fusion architecture extract merges temporal feature directly range image furthermore propose novel technique learning probability distribution future trajectory inspired curriculum learning evaluate laserflow two autonomous driving datasets demonstrate competitive result compared existing state art method
0
67,591
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exact solution non hermitian system generalized boundary condition size dependent boundary effect delicacy sputter effect organisation non hermitian skin effect sensitive imposed boundary condition latticework size import interrogative whether non hermitian tegument effect survive deviating open boundary shape unveil origin boundary sensitivity present exact solution one dimensional non hermitian model generalized boundary condition study strictly interplay effect lattice size boundary term besides open boundary condition identify existence non hermitian skin effect one boundary hopping condition vanishes apart decisive line boundary parametric quantity space get hold skin effect fragile tiny boundary perturbation thermodynamic limit although survive finite size system moreover demonstrate non hermitian su schreieffer heeger model exhibit unexampled phase angle diagram boundary decisive line unlike either clear periodical boundary case
13
1,284,037
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control scheme autonomous vehicle chapter focus self driving applied science controller perspective investigates control scheme use independent vehicle advanced driver assistance system theoretical practical viewpoint first enclose self driving technology whole admit perception provision control technique required accomplishing challenging task self governing driving dwell upon mental process explain role autonomous system computer architecture meridian stress ascendence strategy core portion chapter commences detailed mathematical modeling self governing vehicle abide comprehensive discussion control strategy chapter cover longitudinal considerably lateral control strategy autonomous fomite coupled de coupled control scheme well discus machine encyclopaedism technique applied sovereign fomite control task last briefly summarize research work team carried sovereign organization lab conclude chapter thoughtful remark
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non convex optimization via non reversible stochastic gradient langevin dynamic stochastic gradient langevin dynamic sgld powerful algorithm optimizing non convex objective controlled properly scaled gaussian noise added stochastic gradient steer iterates towards global minimum sgld based overdamped langevin diffusion reversible time adding anti symmetric matrix drift term overdamped langevin diffusion one get non reversible diffusion converges stationary distribution faster convergence rate paper study non reversible stochastic gradient langevin dynamic nsgld based discretization non reversible langevin diffusion provide finite time performance bound global convergence nsgld solving stochastic non convex optimization problem result lead non asymptotic guarantee population empirical risk minimization problem numerical experiment bayesian independent component analysis neural network model show nsgld outperform sgld proper choice anti symmetric matrix
6
1,504,516
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automatic neural lyric melody composition paper propose technique address challenging aspect algorithmic songwriting process enables human community discover original lyric melody suitable generated lyric proposed songwriting system automatic neural lyric melody composition autonlmc attempt make whole process songwriting automatic using artificial neural network lyric vector lyricvec model trained large set lyric melody pair dataset parsed syllable word sentence level large scale embedding model enable u train data driven model recurrent neural network popular english song autonlmc encoder decoder sequential recurrent neural network model consisting lyric generator lyric encoder melody decoder trained end end autonlmc designed generate lyric corresponding melody automatically amateur person without music knowledge also take lyric professional lyric writer generate matching melody qualitative quantitative evaluation measure revealed proposed method indeed capable generating original lyric corresponding melody composing new song
0
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statistical significance revisit statistical significance measure reliability result obtained random experiment investigate telephone number repetition want statistical result certain implication first step consider binomially dole variable example medicament test fixed placebo efficacy asking many experimentation needed society achieve significance side side step take probability statistical distribution placebo efficacy account best cognition arrange far depending specific show rescript obtain identical import may necessary perform twice many experiment setting placebo statistical distribution neglected proceed considering general chance distribution close comment erroneous assumption probability dispersion lead instance trivial account fat part
15
1,177,557
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decipher correlator search chiral magnetized effect relativistic heavy ion collision background chiral magnetic effect cme extensively studied intemperate ion collision rhic lhc azimuthal correlator called proposed step cme observe convex distribution multi phase exaltation ampt model contrasting data model well large small system upshot shape applied science ese recent preprint arxivv maven suggests observable sensitive cme signal relatively insensitive background auau data inconsistent know background share purpose examine claim studying hardiness observable using ampt well toy model simulation compare wide used azimuthal correlator identify commonalty difference method use ampt simulate auau pau dau collision written report response anisotropic flow backdrop model also use toy model simulate resonance menstruum background input cme signal investigate effect additionally use toy model perform ese psychoanalysis compare whiz data well portend degree sensitivity isobar collision event statistic taken rhic
14
969,044
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spin parity bit conjecture found lhcb group dalitz plot land analysis decay charge conjugate observed dispersion belle collaboration interesting determination inferred laying claim would assigned state absence invariant slew dispersion could state unfavored would couple roll null observation production annihilation decay belle collaboration would allocate spin parity combination discount use exclude set proposed model could essay future experimentation eg collision
7
1,782,157
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riemann liouville operator bmo gradient estimate levy ito space approximation article discus stochastic framework interplay riemann liouville operator applied cadlag process real interpolation weighted bounded mean oscillation estimate gradient process levy ito space connection approximation problem stochastic integral prove upper lower bound gradient process appearing brownian setting within feynman kac theory parabolic pdes setting levy process upper bound formulated bmo condition fractional integrated gradient lower bound formulated term oscillatory quantity case levy process concerned gradient process value hilbert space regularity process depends direction within hilbert space moreover turn certain holder property terminal function transfer singularity time compensated riemann liouville operator
1
526,636
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new approach estimating loss given default distribution aim new approach shot estimating loss given default distribution precisely obtain default time distribution purchase ratio define ratio firm plus debt examine final passage time sure level fact use net passage time particularly relevant stopping fourth dimension corresponds fact time extent austere firm value deterioration default approaching neither observed easily approximate calibrate model parameter credit market illustrate loss give default distribution implied quoted cd spread
15
1,142,982
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time importance prospect theory hypothesis usually comprises assumption deduced prediction paper empirical evidence corroborate assumption metre conclusion reach facing known chance upshot
15
1,124,248
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geometric structure current tangent smooth distribution well known k dimensional smooth surface euclidean space cannot tangent non involutive distribution dimensional plane paper discus extension statement weaker notion surface namely integral normal current find integral current behave regard exactly smooth surface behaviour normal current rather multifaceted issue strictly related geometric property boundary current also discussed detail
1
524,575
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lattice qcd matrix element width conflict beyond lead ordination predicting width difference relies heavy quark expansion hadronic matrix constituent operator present foremost latticework qcd final result intercellular substance factor dimension operator linear combination using nonrelativistic quantum chromodynamics bottom quark cheese highly improved loot quark hisq activeness strange quark cheese calculation manipulation milc ensemble gauge field configuations flavour sea quark cheese hisq discretization army righteous fretwork physically light updown quark mass discus feature film unique calculating matrix element operator analyze uncertainty series shortness discretization quark heap dependency finally report first standard theoretic account determination apply fretwork qcd result hadronic intercellular substance element main resultant calculation yield contribution bring leading order contribution standard manakin prediction
19
487,623
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lga rcnn loss guided attention object detection object detection widely studied computer vision filed recent year certain representative deep learning based detection method along solid benchmark proposed boost development related research however existing detection method still suffer undesirable performance challenge camouflage blur inter class similarity intra class variance complex environment address issue propose lga rcnn utilizes loss guided attention lga module highlight representative region object highlighted local information fused global information precise classification localization
0
34,546
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outgrowth index matter perturbation light black energy survey study cosmological constraint growth data improve including measurement bias dark energy survey de particular utilize biasing property de lambent red galaxy lrgs ontogeny data supply various galaxy survey order constrain growth index one dimensional matter perturbation take constant ontogeny index put tight restraint accuracy specifically using prior darkness energy sight implementing joint likelihood procedure theoretical expectation information find oneself near fit note value hand utilizing max karl ernst ludwig planck prior hold display small non zero deviation general relativity theory nevertheless confidence storey range moreover find estimated mass dark matter halo lrgs survive lie interval unlike bias model lastly allowing evolve redshift taylor expansion find parameter solution space accommodates gr foretelling grade
11
244,677
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whencom multi agent perception via communication graph grouping significant advance made single agent perception many application require multiple sensing agent cross agent communication due benefit coverage robustness therefore critical develop framework support multi agent collaborative perception distributed bandwidth efficient manner paper address collaborative perception problem one agent required perform perception task communicate share information agent task specifically propose communication framework learning construct communication group decide communicate demonstrate generalizability framework two different perception task show significantly reduces communication bandwidth maintaining superior performance
0
25,044
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entire rule arthur compton amplitude implication proton neutron flock difference cottingham convention confine lead part electromagnetic interaction proton neutron mass departure integral forward arthur compton bounty since quark cheese gluon reggeize disseminative internal representation bountifulness requires subtraction assume asymptotic behaviour dominated reggeon exchange lead total rule express subtraction role term measurable quantity evaluation essence soul rule lead
19
460,878
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sign new physic top quark cheese pair production associated neutrino pair lhc paper examine fundamental interaction top quark cheese boson using top quark pair output associated neutrino pair lhc particular potential constraint anomalous electroweak top quark interaction determined considering two opposite sign commove lepton missing get go two tagged jet concluding state analytic thinking perform high brightness level scenario lhc integrated luminance ab proton proton collision center muckle energy tev confidence interval computed anomalous coupling considering naturalistic detector simulation upgrade cm sensing element include average proton proton interaction per bunch crossing find channel provide stringent bound relevant wilson coefficient likely serve additional handle beside duct search modern physic
7
1,709,591
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deconfined criticality bosonization dichotomy easy planer chern simon dimensional antiferromagnets two dimensional quantum system competing gild feature deconfined quantum critical point yielding uninterrupted phase transition incompatible landau ginzburg wilson scenario predicting instead first order phase transition caused lgw order parameter breaking young elementary excitation critical percentage point canonical candidate deconfined quantum cruciality quantum antiferromagnets competing magnetized order captured easygoing plane cp model delicate issue however numerics indicates leisurely airplane cp antiferromagnet display first parliamentary law conversion show additional topologic chern simon terminal figure action change picture completely several way find topological gentle plane antiferromagnet undergoes nd society transition quantized critical advocator particle whirlpool duality course map partition function chern simon easy plane antiferromagnet one massless dirac fermion
9
1,705,746
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fdi banking crisis ontogeny direct spill effect subject suggests young decomposition effect strange direct investment fdi long term growth grow land reveals fdi positive direct essence growth also increase latter reducing recessionary impression ensue banking crisis yet reduce occurrence jel g
15
1,122,182
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microscopic study production cross division multinucleon transfer reaction nisn itembackground multinucleon transfer reaction low energy collision think promising method production new alien nucleus difficult produced method theoretic study required provide reliable prediction experiment promote understanding microscopic mechanism multinucleon transfer reaction itempurpose provide predictive approach production crisscross section testify extent microscopic approach work well multinucleon transmit reaction itemmethods utilize approach tdhfgemini combine microscopic time drug addicted hartree fock tdhf state matter art statistical model gemini take account multinucleon transfer dynamic secondary deexcitation outgrowth property primary product multinucleon transfer process transferral probability chief cross section extracted tdhf dynamical using particle number projection method production hybrid section lowly product evaluated using statistical model gemini itemresults investigate influence colliding energy deformation orientation target projectile nucleus multinucleon transfer dynamical reaction nisn itemconclusions microscopic approach tdhfgemini reasonably procreate experimental data energy close barrier intimately account multinucleon transportation mechanism present study clear reveal applicability tdhfgemini method acting multinucleon transfer reaction thus deserves prognosticate tool predict dimension new reaction
16
829,116
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cyclic congruence slim semimodular lattice non finite axiomatizability finite structure give new proof fact finite bipartite graph cannot axiomatized finitely many first order sentence among finite graph fact consequence general theorem proved ham jackson counterpart fact bipartite graph class graph well known consequence compactness theorem also exemplify method applicable various field mathematics prove neither finite simple group ordered set join irreducible congruence slim semimodular lattice described finitely many axiom class finite structure since result gratzer knapp slim semimodular lattice constituted intensively studied part lattice theory already led result even group theory geometry addition non axiomatizability result mentioned present new property called decomposable cyclic element property congruence lattice slim semimodular lattice
1
593,677
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study small charge bundle transport mellow ohmic resistance fully eat ccds employment present physical poser measurement exaltation short charge packet batch thick high resistivity ccd pile pixel possible well novel technique measure lateral bedcover volatile charge function ionization depth volume inaugurate result measuring ccd currently employ various scientific official document shown formalise new numerical algorithm prolong current modeling based dissemination complaint atomic number
16
804,816
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weight fitness deviation governs strict physical pandemonium replicator dynamic replicator equation paradigm equation evolutionary secret plan active mathematizes frequence dependent selection vie strategy vying enhance fitness quantified average payoff respect average fitness evolving population thoughtfulness report deal two discrete version replicator equation employ study evolution population two player interaction modeled two strategy symmetric normal form game twelve distinct class game typified particular ordinal relationship among element corresponding payoff matrix find sufficient condition existence asymptotic solution replicator equation solution fixed point occasional orbit disorderly trajectory strictly physical substance frequency strategy trygve halvden lie inside close interval zero one time thus elaborate twelve type game capable showing meaningful physical resolution ii type replicator equality subsequently introduce concept weight fitness deviation scaling factor positive affine transformation connect two payoff ground substance corresponding one shot game exactly nash equilibrium evolutionary stable state exercising weight also quantifies lot surplus fitness strategy average fitness population affect per caput change frequency scheme intriguingly weight mutation capable making nash equilibrium evolutionary stable state useless introducing strict physical chaos replicator dynamic based normal form game
12
714,298
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classifying constraining local four photon four graviton matrix study distance kinematically allowed tetrad photon tetrad graviton matrix multinomial scattering momentum demonstrate quad permutation invariant sector module ring polynomial mandelstam unvarying construct module every value spacetime dimension explicitly count parameterize general four photon four graviton matrix given derivative order likewise explicitly list local lagrangians give rise matrix conjecture regge ontogenesis matrix physically acceptable hellenic hypothesis bounded fixed four parameter subset polynomial photon matrix constructed satisfies regge criterion graviton hand polynomial addition einstein matrix obeys bound single six derivative polynomial lagrangian consistent speculate regge increment bound conjecture thus implies einstein four graviton matrix admit physically acceptable polynomial adjustment preliminary analysis also suggests every finite total pole exchange part four graviton sprinkling well violates conjectured regge growth bandaged least yet exchanged particle low spin
11
230,504
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probing chiral interaction next next next leading order medium batch nucleus study soil state energy commission spoke closed shell medium mass nucleus based novel chiral nucleon nucleon nn nucleon interaction focal point exploring connexion finite nucleus nuclear issue closing perform medium similarity renormalization group im srg figuring based chiral interaction next leading order nlo nlo nlo interaction nlo nlo fit empirical saturation point nuclear matter triton binding energy result energy wheel spoke nlo nlo overlap within uncertainness cutoff variation interaction within eft uncertainty banding find underbound ground state doe expected comparison empirical impregnation stage radius systematically large agreement experiment better explore variation coupling test sensitivity nucleus nuclear matter vividness concentration quite sensible coupler find considerably weaker dependence medium mass nucleus addition explore coherent momentum space srg evolution nn interaction exhibiting improved many body converging srg evolved interaction sensitiveness coupling found stronger medium mass nucleus
14
966,589
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solenoidal reference domain obstacle explicit bound coating navier stokes equation introduce new method constructing solenoidal wing fairly general edge data cube contain obstacle method allows provide explicit boundary dirichlet norm extension run follow invert trace operator beginning determine suitable extension need solenoidal data analyze bogovskii problem result divergence obtain solenoidal annexe finally solving variational trouble involving infinity laplacian using advertising hoc cutoff function bump expressed bound term geometric parameter obstruction natural application program outcome lie analysis inflow outflow trouble explicit bound inflow speed want estimate threshold uniqueness stationary navier stokes equivalence case symmetry stability obstruction immersed fluid flow
8
600,894
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pade approximants analytic structure gluon shade disseminator quantum field theory analytic structure point correlativity role explorer disseminator encloses information property corresponding quantum particularly confined even quantum chromodynamics qcd analytic resolution perturbative moving picture show theory non perturbative propagator one resort numerical solution quantum chromodynamics access specific region euclidean momentum space example cypher via monte carlo pretence lattice present oeuvre rely pade approximants pa approximate numeric datum gluon ghost propagator investigate analytic social organisation beginning stagecoach advantage using pa explored reproducing property function focus uninflected complex body part use pa chronological sequence tested perturbative solution disseminator residue analysis performed help identification analytical structure proficiency used approximate pa discrete fix head proposed tried true test data set finally methodology applied landau calibre gluon ghost propagator obtained via lattice computer simulation result discover conjugated pair complex pole gluon propagator associated infrared body structure theory assembly bloodline presence uniqueness complex impulse theory labour observed consider ghost disseminator pole identified propagator branch cut find tangible damaging axis recovers perturbative analysis gamey impulse
19
476,813
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thermal conductivity crystalline aln influence atomic scale defect aluminum nitride aln play key role modern power electronics deep ultraviolet photonics understanding thermal property essential measure thermal conductivity crystalline aln method finding range wmk wmk value wmk room temperature compare data analytical model first principle calculation taking account atomic scale defect si impurity al vacancy find al vacancy play greatest role reducing thermal conductivity largest mass difference scattering modeling also reveals heat conduction contributed phonons long mean free path room temperature phonons mfps consequently effective thermal conductivity aln strongly reduced sub micron thin film device due phonon boundary scattering
4
1,494,155
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technological find innovation gestation period lag frontier skill cern procurement patent paper contributes literature impact big science pith technological foundation effort unique dataset information cerns procurement order study collaborative innovation process cern industrial partner qualitative discussion case survey survival count data model estimated impact cern procurement supplier institution captured number patent invention application fact firm sample received first order farsighted time span delivers natural segmentation industrial partner supplier yet supplier allows count impact cern hazard file patent first time number patent application considerably time involve effect show find cern event exist industrial partner cern associated increase endangerment file patent first time number patent application effect require significant gestation lag image five eight year pointing comparatively wearisome unconscious process absorption new musical theme
18
1,716,092
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model free virtual co op ascendency diffusively coupled system rule paper develop data based control design theoretical account diffusively coupled system guaranteed convergence neighborhood desired formation controller represent fixed comptroller adjustable gain border via passivity possibility network optimization prove exists gain attaining desire organization control destination present data based method acting find upper edge gain furthermore allowing additional experiment conservatism upper bound reduced via iterative sampling scheme preface scheme base laying claim passive voice system loosen discus different method estimating system passiveness famine well applying transformation passivizing finally instance developed modelling free cooperative control scheme case study
3
146,702
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spiky cmb distortion aboriginal bubble primordial bubble mayhap nucleated quantum tunneling inflation multidimensional potential might left relic detectable present time bubble turn dim hole radiation era may account ligo smuggled hole supermassive disgraceful golf hole may play important role dark thing typically black hole ring energy shortfall form globose strait beckon packet propagating outwards work study perturbation cosmic plasma dissipates time recombination lead spectral distortion cmb see may rare region final scattering aerofoil containing huge black hole produced potentially detectable point comparable signal eccentric distortion
9
1,801,204
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image translation latent union subspace cross domain plaque detection calcified plaque aorta pelvic artery associated coronary artery calcification strong predictor heart attack current calcified plaque detection model show poor generalizability different domain ie pre contrast v post contrast ct scan many recent work shown cross domain object detection improved using image translation model translates domain using single shared latent space however current image translation model good job preserving globalintermediate level structure often trouble preserving tiny structure medical imaging application preserving small structure important since structure carry information highly relevant disease diagnosis recent work image reconstruction show complex real world image better reconstructed using union subspace approach since small image patch used train image translation model make sense enforce patch represented linear combination subspace may correspond different part body present patch motivated propose image translation network using shared union subspace constraint show approach preserve subtle structure plaque better conventional method applied method cross domain plaque detection task show significant improvement compared state art method
3
139,610
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measuring position resolution rda pel faculty position resolution key property innermost layer upgrade atlas cm pixel detector ascertain track reconstruction flavor tagging public presentation gev electron beam slac end place used measure position solving rda mental faculty pitch caterpillar tread reconstructed hit telescope plane using eutelescope package position firmness purpose extracted compare extrapolated track hit location rda mental faculty decline tracking declaration resolution achieved direction respectively degree tilt
17
357,464
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body attitude alignment first order phase transition link rodlike polymer quaternion stability present simple model alignment large number rigid body modeled rotation matrix subject internal rotational noise numerical simulation exhibit phenomenon first order phase transition respect alignment intensity abrupt transition two threshold first threshold system disordered large time rotation matrix uniformly distributed second threshold long time behaviour system concentrate around given rotation matrix intensity two threshold situation may occur study mean field limit model number particle tends infinity take form nonlinear fokker planck equation describe complete classification steady state equation fit numerical experiment classification obtained previous work degond diez merino aceituno author thanks link model four dimensional generalization doi onsager equation suspension rodlike polymer interacting maier saupe potential previous study concerned similar equation bgk type steady state take advantage stability result obtained framework able prove exponential stability two family steady state disordered uniform distribution intensity alignment le second threshold family non isotropic steady state one possible rotation matrix concentrated around intensity greater first threshold also show family steady state unstable agreement numerical observation
1
544,820
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automated measurement key morphological feature human embryo ivf major challenge clinical vitro fertilization ivf selecting highest quality embryo transfer patient hope achieving pregnancy time lapse microscopy provides clinician wealth information selecting embryo however resulting movie embryo currently analyzed manually time consuming subjective automate feature extraction time lapse microscopy human embryo machine learning pipeline five convolutional neural network cnns pipeline consists semantic segmentation region embryo regression prediction fragment severity classification developmental stage object instance segmentation cell pronucleus approach greatly speed measurement quantitative biologically relevant feature may aid embryo selection
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nonlinear dirac point topological invariant coupled hexangular wicket topological phase material attracted much attention late year though many progress made effect nonlinearity organization remains untouched paper debate mean field approximation coupled boson hexangular lattice system get different case dirac cone due special structure retinal cone berry phase two dimensional zak phase new dirac cone quantized differently ie modify referable fundamental interaction decisive line different topological form move depending type fundamental interaction furthermore new berry phase found quantized offer potential nonlinear topologic invariant supply criterion topological categorization interact organization quantum phase changeover term criterion system also try
13
1,224,394
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quantized diffusion approach multi nucleon transfer xe pib hit employing quantized dispersion description based stochastic mean field smf approach analyze mass distribution primary shard collision organization bombarding energy mev quantal approach provides good verbal description elementary fragment distribution without adjustable parameter including event case structure
14
978,232
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instantons quantum core consider new instantons appear resolution accounting quantum variation variation naturally regularize singular solution abandoned colemans theory premature work register novel instantons modify widely accepted icon sham vacuum decay two picky case dot solvable potential generalize condition arbitrary potential provide worldwide theory young instantons quantum core void variation dominate develop method allows determine argument instantons generic potential thin wall approximation also instance approximation fails different coleman instantons instantons quantum core eer exist pillow slip vacuum moldiness unstable
8
601,871
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implication detecting axion like particle astro particle physic axions axion like particle general consequence extension standard model particle physic axions proposed hypothetical pseudo scalar particle particle physic solve strong charge parity problem using quantum chromodynamics particle also proposed attractive candidate cold dark matter universe current understanding existence property axions clear hypothetical particle remain elusive however many theoretical experimental search made understanding constraining property axions via detection axion like particle term axion like particle used include different type axions going beyond standard model paper review different physical property axions axion like particle possible source laboratory universe discus different experimental set ups detection axion like particle proposed literature implication detecting axion like particle area particle physic astrophysics cosmology also discussed framework present future motivation
7
1,560,581
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deep neural web fringe pattern filtering normalisation propose unexampled framework processing fringe pattern fp novel approaching build upon hypothesis denoising normalisation fps learned deep neuronal mesh enough pair corrupt ideal fps provide chief contribution paper following propose use net neural network architecture fp normalisation task propose adjustment distribution weight net called net model convenient reconstruction task conduct extensive experimental ground net profit produce high pitched quality final result fp filter normalization well purpose two modification net dodge namely residual version call resv net fasting operating version net ass potential improvement modify proposal evaluate performance method various scenario federal protective service corrupted different degree noise corrupt different noise distribution compare methodology versus state art method data based result synthetic real data demonstrate capability possible new paradigm processing interferograms
3
152,607
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dynamic disordered mechanical system large connectivity free chance theory quasi hermitian random matrix disordered mechanical scheme high connectivity represent limit opposite familiar case unhinge crystal individual ion crystal subjected essentially nearest neighbour fundamental interaction contrast organization studied paper level freedom coupled thus problem linearized small oscillation system involves ii full positive definite non commuting ground substance match sparse matrix associated disordered crystal consequently intimate method determining averaged vibrational spectrum disarray crystal introduced many year ago dyson schmidt unsuitable highly connected disordered system paper apply random matrix theory calculate averaged vibrational spectrum system limit infinitely large system size calculate average spectrum product ii positive definite random matrix mean free probability theory proficiency also show problem nearly related quasi hermitian random matrix hypothesis analytical result obtain spectrum agree well numerical result latter also exhibit oscillation high frequency band bound paroxysm well airy kernel pattern also compute reverse participation proportion stand amplitude eigenvectors demonstrate extended contrast conventional disordered crystal addition matrix model analysis study vibrational spectrum assorted multi segmented disordered pendula concrete actualisation highly connected mechanical system universal feature film density vibration fashion coarse pendula matrix model tends non zero constant vanishing frequency
8
675,607
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note connected greedy edge colouring following given ordering edge graph greedy edge colouring procedure assigns edge smallest available colour minimum number colour thus involved chromatic index maximum called grundy chromatic index interested restricted case ordering edge build graph connected fashion let minimum number colour involved following ordering show np hard determine whether prove bipartite subcubic
1
583,518
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photoionization negatively charged nv center diamond theory ab initio calculation present ab initio calculation photoionization threshold cross section negatively charged nitrogen vacancy nv center diamond ground excited state show ionization level nv center transition metastable electronic state neutral defect reveal spin polarization give rise spin polarization state providing explanation electron spin resonance experiment obtain smooth photoionization cross section employing dense point mesh brillouin zone integration together band unfolding technique rectify distortion band structure induced artificial periodicity supercell approach calculation provide comprehensive picture photoionization mechanism useful interpreting designing experiment charge state dynamic nv center particular offer consistent explanation recent result spin charge conversion nv center
4
1,345,860
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stochastic rewriting combinatorics via rule algebraic method building upon rule algebraic stochastic mechanic framework present new result relationship stochastic rewriting system described term continuous time markov chain embedded discrete time markov chain certain type generating function expression combinatorics introduce number generating function technique permit novel form static analysis rewriting system based upon marginalizing distribution state rewriting system via pattern counting observables
0
70,583
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topologic vertex formalism planer propose modern topological vertex formalism type iib brane web plane apply proposition sp gauge possibility flavor compute topological string partition function check agreement known result especially case correspond string theory circle obtain new yet mere expression divider function ii youthful diagram sum
9
1,672,708
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e bgk modelling vibrational polyatomic gas propose extension ellipsoidal statistical bgk fashion model report discrete level vibrational energy rarefied polyatomic throttle role model satisfies theorem contains parameter allow tantrum almost arbitrary time value prandtl number relaxation sentence rotational vibrational energy reduced statistical distribution technique model reduce three distribution system could use simulate polyatomic gas rotational vibrational energy computational cost nigh simple monoatomic gas
8
620,312
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non uniform electro osmotic flow drive fluid structure instability demonstrate existence fluid structure instability arising interaction electro osmotic flow elastic substrate considering case flow within soft fluidic chamber show certain electric field threshold negative gauge pressure induced electro osmotic flow cause collapse elastic wall combine experiment theoretical analysis elucidate underlying mechanism instability identify several distinct dynamic regime understanding instability important design electrokinetic system containing soft element
4
1,450,901
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homogenous property automated grocery store maker automatize market maker amm grown get significant market share within cryptocurrency ecosystem ensue proliferation new product pursuing exotic strategy horizontal differentiation yet theoretic belonging peculiarly homogeneous set basic assumption met newspaper start present universal approach gain formula liquidity provisioning amms next appearance constant function market maker token swap market jehovah model theoretically tantamount liquid state reserve undifferentiated proceeding examination amm grocery microstructure show non linear monetary value effect translates slippage trader impermanent release liquidity provider proceed usher impermanent deprivation affair excitability market depth saucer conditional relation finding within context literature
15
1,137,833
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anomalous dimension boundary conserved current holography via caffarelli silvestri mechanism anatomy although good known cellblock identity proscribe anomalous dimension conserved current local subject field theory call certain holographical theoretical account involving bulk dilaton coupling gauge field affiliate boundary current acquire anomalous dimension resolve conundrum showing bulk action produce anomalous dimension conserved current generate non local action boundary particular maxwell equation fractional prove generalize cast caffarellisilvestre propagation theorem context scalar field theorem demonstrates second order elliptic differential equation upper half plane reduce one fractional laplacian one dimension away form generalization extension theorem show boundary relevant holographic theoretical account fractional gauge hypothesis emerges equation motion form boundary component gauge field operation corresponding field strength invariant fractional derived function given imply worldwide unity
8
622,280
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transient work function gating new photoemission regime present theoretical basis new photoemission regime transient work function gating twfg temporally energetically gate photoemission produce near threshold photoelectron thermally limited emittance percent level quantum efficiency control temporal coherence technique consists actively gating work function generalized photocathode using non ionizing long wavelength optical field produce adiabatic modulation carrier density surface examine twfg mean circumvent long standing trade low emittance high quantum efficiency untethered particle source photocathode specific twfg promise new opportunity photoemission physic next generation electron accelerator based ray photon source
2
1,396,835
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spinless meson glueballs mixing pattern su flavor limit present detailed study interaction among scalar pseudoscalar meson glueballs within framework generalized one dimensional sigma model su smack limit basis approach develop global understanding light scalar pseudoscalar mesotron around gev thereby explore underlying admixture among composite quark subject field glueballs chiral sector lagrangian formulated term two chiral nonets present quark antiquark tetraquarks leading order sector contains term eight fewer bit quak antiquark line lagrangian also contains sector represents scalar pseudoscalar glueballs interaction matter chiral field manner axial trace anomaly qcd exactly see concept model two scalar octet two pdeudoscalar linear combination two four quark component advantageously three scalar su singlet three pseudoscalar su singlet linear combination two four quark component comfortably glueball portion input observational tidy sum multitude decay constant perform extensive numerical pretending determine boundary argument space model incorporate experimental data mass spectrum basque fatherland liberty state well respective decay width decay ratio state zoom parameter space urinate prediction substructure pseudoscalar scalar su octet singlet well pseudoscalar scalar glueball mass witness scalar pseudoscalar glueball stack around gev respectively
14
926,633
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beauty rarefied lhcb latest improved mensuration physical process performed lhcb using full run run data measurement branch fraction presented exact single experiment measurement rare outgrowth significant surfeit found tight upper limit set braching fraction result agreement sm prediction previous result
17
323,475
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form factor qcd forcible point magnanimous volume present result form broker bulk whose spatial extent fm strong arm pion meson mass use stout smearing clover quark action iwasaki gage activity gev form factor naught impulse transferral obtain fit based next lead nlo normal su chiral fluster theory estimate taxonomical error course agent main come finite lattice spacing burden likewise determine note value combine result experiment check procedure consistence received modelling prediction result compared former lattice calculation
19
498,414
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near threshold photoproduction deuteron first data establish investigation near threshold crossing division incoherent photoproduction deuteron pp presented experimental proficiency motivation detection mev gamma ray leave radiative seizure photoproduced target total hybridizing plane section measure using unpolarized tag photon beam liquidity heavy hydrogen target three large naitl mass spectrometer data compared theoretic role model give insight elementary reaction nuclear issue pi meson nucleon nucleon nucleon final do interaction
16
886,181
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logistic equation fractional laplacian consider dirichlet type problem nonlinear nonlocal equation driven degenerate fractional laplacian logistic type reaction depending positive parameter subdiffusive equidiffusive case prove existence uniqueness positive solution parameter lie convenient interval superdiffusive case establish bifurcation result new strong comparison result independent interest play crucial role proof bifurcation result
1
559,855
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coherent router quantum network scalable quantum information processing require quantum network qubits ability coherently transfer quantum state desired sender receiver node propose scheme implement quantum router direct quantum state input qubit preselected output qubit path taken transferred quantum state controlled state one ancilla qubits enables directed transport sender number receiver node generation distributed entanglement network demonstrate general idea using two output setup discus quantum routing may expanded several output also present possible realization idea superconducting circuit
4
1,425,375
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secure quantum communication wormhole accumulation theoretical ground contribute picture gravitational attraction materialization quantum entanglement certain many torso quantum system particular express erepr conjecture relates gravitational einstein rosen er bridge einstein podolsky rosen epr quantum entangled span generally called thermofield double state letter erepr conjecture employed introduce one quantum teleportation protocol emphrecycles entanglement form traversable generalization einstein rosen bridge deck consequence wormhole remain unaffected quantum teleportation furthermore shown protocol guarantee unconditioned surety quantum communication carrying protocol demonstrated simple setting use qubit santiago ibm quantum computer giving fidelity classic limit point representative set teleported united state department state surety communication protocol stand experimental study performed use noisy quantum processor possible generalization protocol may relevance setting macroscopic gravitational configuration also take
9
1,754,552
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bivariant extended sylvester rank function unital ring sylvester rank function numerical invariant described equivalent way finitely presented left module rectangular matrix map finitely generated projective left module extend sylvester rank function pair left module map left module satisfying suitable property including continuity additivity application show epimorphism unital ring pull back map set sylvester rank function injective also give new proof schofields result describing image map universal localization inverting set map finitely generated projective left module
1
519,796
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almost complete revival quantum many body system revival initial non equilibrium state ever present concern theory dynamic thermalization many body quantum system consider nonintegrable lattice interacting spin show construct quantum state given spin maximally polarized initially exhibit almost complete recovery initial polarization predetermined moment time experimental observation revival may utilized benchmark quantum simulator measurement one local observable propose utilize revival delayed disclosure secret
13
1,228,409
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information coefficient performance measure stock certificate selection example data coefficient united state intelligence community widely apply metric measuring investiture manager skill selecting stock however adequacy effectiveness evaluating stock excerpt model clearly silent united state intelligence community realistic broth selection model scarce materially unlike zero oftentimes companion high excitability paper investigate behavior ic execution beat stick pick model simulation simple statistical modeling examine behavior statically dynamically examination aid propose two practical procedure one may practice ic based ongoing performance monitoring stock extract model
15
1,170,659
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dig halt chemical mechanism dark matter model calibre lengthiness new gauge boson mev scale tiny gage coupling call dark photon responsible freeze production dark topic provide readable target present future experiment study effect thermal mixing dark photon standard example gauge boson resulting plasmon decay dark matter production electroweak phase changeover parameter realm preferred observed dark affair relic abundance dark photon sufficiently long lived probed rigid target experiment light enough induce direct detection signal indeed current demarcation xenont already encumber dirac fermion nighttime matter gev tev range produced via freezing mechanic illustrate recover shell gauge reference discus possible generalisation
7
1,745,574
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eco evolutionary active cooperation presence patrol ecology evolution inherently colligate examine mathematical model considers hold promise insightful discovery related dynamic cooperation present article use prisoner dilemma pd game basis long term understanding essential societal dilemma related cooperation among unrelated private upgrade present day pd biz inclusion body evolution induced act punishment third competing strategy addition traditional cooperator defector population social system abundance ecologically viable free space often regulates reproductive chance component part hence additionally debate availability free space ecologic step thus arriving elementary eco evolutionary model display bewitch complex dynamical potential outcome report individual dominance cooperator deserter well plethora mixed state unlike strategy coexist followed maintaining diverseness socio ecological framework state either regular oscillating whereby oscillation sustained cyclic authority among different combination cooperator defector punishers also observe novel route cyclic dominance cooperator punishers defector enter coexistence via inverse hopf bifurcation followed reverse period doubling route
5
1,062,592
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deep learning approach analyzing composition chemometric data propose novel deep learning based chemometric data analysis technique trained regularized sparse autoencoder end end reducing size feature vector handle classic problem curse dimensionality chemometric data analysis introduce novel technique automatic selection node inside hidden layer autoencoder pareto optimization moreover gaussian process regressor applied reduced size feature vector regression evaluated technique orange juice wine dataset result compared state art method quantitative result shown normalized mean square error nmse result show considerable improvement state art
6
1,427,607
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double parton scatter proton transverse anatomical structure lhc consider double parton distribution function dpdfs indispensable quantity double parton scattering displaced person study encode novel non perturbative insight partonic proton structure develop formalism extract information dpdfs present termination use organic quark cheese theoretical account calculation within light front approach focusing radiatively generated gluon dpdfs moreover generalize relation mean transverse partonic distance deuce alive partons dp process called effective mark section include partonic correlation call mechanism contribution finally investigate impingement relativistic event digluon statistical distribution study structure agree longitudinal transverse correlation
14
974,011
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highly scalable flexible model effective aggregation context based data generic iiot scenario interconnectivity production machine key feature industrial internet thing iiot feature allows many advantage producing configuration maintenance get easier access given production unit necessarily coupled physical presence customized production good easily possible reducing production time increasing throughput however also danger increasing talkativeness industrial production machine open system point entry attacker exist furthermore amount data production site also increase rapidly due integrated intelligence interconnectivity keep track data order detect attack error production site necessary smartly aggregate evaluate data paper present new approach collecting aggregating analysing data different source three different level abstraction model event centric considering every occurrence information inside system event lowest level abstraction singular packet collected correlated log entry analysed highest level abstraction network pictured connectivity graph enriched information host based activity furthermore describe work progress evaluating aggregation model two different system setting first scenario verify usability model remote maintenance application second scenario evaluate model context network sniffing correlation log file first result show model promising solution cope increasing amount data correlate information different type source
0
59,473
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deep learning reconstruction orotund scale structure universe luminosity aloofness observation supernova ia sn among brightest object observe provide unique window large scale structure universe red shift observation available photon emitted sne fact affected density theater source observer observed luminosity distance possible solve inversion problem ip ie reconstruct density field produced effect far ip resolved assuming limitation geometry problem spherical symmetry example approach ground lick complicated system differential equating required still function input data based datum smooth due discrete nature order overcome limitation develop first time inversion method assuming symmetry applied directly observational data without need datum smoothing procedure method based use convolutional neural net cnn trained simulated data point quite precise outcome training data set obtained first generating random density velocity profile computing effect light aloofness cnn trained reconstruct density theater luminosity distance cnn modified version profit account tridimensionality data reconstruct density velocity field adept level accuracy use neuronal network analyze observational data future sne catalogue allow reconstruct large plate structure universe unprecedented level accuracy redshift observation available
11
230,382
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distributed opto mechanical analysis liquid outside standard fiber coated polyimide analysis surrounding medium long standing challenge optical fiber sensor measurement difficult due confinement light inner core standard fiber last two year new sensor concept enabled analysis liquid outside cladding boundary light reach sensing based opto mechanical forward stimulated brillouin scattering interaction guided light sound wave previous work however protective polymer coating fiber removed first work report opto mechanical analysis liquid outside commercially available standard single mode fiber polyimide coating polyimide layer provides mechanical protection also transmit acoustic wave fiber cladding towards outside medium comprehensive analysis opto mechanical coupling coated fiber immersed liquid provided model show forward stimulated brillouin scattering spectrum coated fiber complex bare fiber strongly depend exact coating diameter choice acoustic mode nevertheless sensing outside coated fiber demonstrated experimentally integrated measurement meter fiber clearly distinguish air ethanol water outside polyimide coating measured spectrum close quantitative agreement analytic prediction distributed opto mechanical time domain reflectometry mapping water ethanol outside coated fiber reported spatial resolution meter result represent large step towards practical opto mechanical fiber sensor
2
1,402,478
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observational study neutron formation ray waiver challenge standard exemplar paper examine puzzle neutron formation atmospherical spark established explanation relies photonuclear reaction potential difference used recreate discharge lab mv thought high enough accelerate electron beyond threshold photonuclear reaction mev propose solution neutron formation puzzler pointedness rapidly changing magnetised transmitter potency creates strong electrokinetic field speed free electron energy much higher possible electric potential emission composition development highly sophisticated highly sensitive neutron detector system reliably detect neutron flux smaller cps background completely imperviable em noise long last present measurement weak yet statistically significant neutron flux originating sustained kv beam light raise discharge dilute atmosphere
16
862,512
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wave guide coupled single collective excitation atomic array considerable effort recently devoted combining ultracold atom nanophotonic device obtain effective scalability pattern merit free quad effectuation also new paradigm atom photon interaction dielectric waveguide fling forebode platform consolidation enable tight transverse confinement propagating light strong photon atom coupling single pa configuration potentially long chain mountain atom atom interaction mediated guided photon however preparation non classic quantum state atom waveguide interface yet make apply array case case caesium atom trapped along optical nanofibre observe single collective atomic excitement coupled nanoscale waveguide stored collective entangled do expeditiously read external laser pulse leading demand emission unmarried photon point mode characterize emitted single photon via suppression two photon component confirm single character atomic excitation retrieved efficiency result demonstrate capability substantive emerging field waveguide quantum electrodynamics application programme quantum networking quantum nonlinear optical quantum many body physic
13
1,259,847
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measurement beam lif tile inner wall neutron decay detector neutron lifespan measurement conducted japan proton accelerator inquiry complex parc calculate number electron neutron decay time projection sleeping room tpc ray make tpc cause irreducible background consequence achieve precise measuring inner wall tpc consist lithium enriched lithium fluoride lif tile suppress amount ray order estimation total ray tile immediate da gamma analysis pga measurement performed using atomic number detector reconstructed mensurable beam light energy spectrum using monte carlo pretending stripping method comparison quantify spectrum simulated issue irradiation emitted tile per incident neutron time value wear mole fraction tile concluded amount ray produced tile doubly originally assumed value
17
338,497
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cosmic shadow csl continuous spontaneous localisation csl model solves measurement problem measure quantum mechanic coupling volume concentration quantum organisation white disturbance field since mass denseness uniquely defined general relativity modelling ambiguous apply cosmology even show natural choice density contrast already make current measurement cosmic microwave background incompatible research lab experimentation
9
1,696,308
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edp convergence linear reaction diffusion system fast reversible reaction perform fast reaction limit linear reaction diffusion system consisting two diffusion equation coupled linear reaction understand linear reaction diffusion system gradient flow free energy space probability measure equipped geometric structure contains wasserstein metric diffusion part cosh type function reaction part fast reaction limit done level gradient structure proving edp convergence tilting limit gradient system induces diffusion system lagrange multiplier linear slow manifold moreover limit gradient system equivalently described coarse grained gradient system induces diffusion equation mixed diffusion constant coarse grained slow variable
1
553,787
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low get go constant two delegacy lattice theory calculate grim vim constant two theatrical su wicket gauge theory airless composite higgs modeling obtain contribution new potent sector parameter lead upper boundary vacuity misalignment parametric quantity similar current estimate bound result fit turgid shell arithmetic mean value within large systematic uncertainty
19
402,663
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real metre quantum dynamic way life integral method thimble direct numerical rating real time track integral easily known house trouble take leak convergence exponentially slow one promising remedy use picard lefschetz theory flow domain subject field variable complex plane integral easily behave cauchys theorem final value course integral unchanged previous analysis considered case material scalar arena thermal equilibrium employing closed schwinger keldysh time contour allowing evaluation wide quantum correlation function extend analysis requiring closed time path alternatively allowing initial density matrix equilibrium initial value problem able explicitly implement gaussian initial condition separating initial metre later clock time two step monte carlo try able avoid phenomenon multiple thimble fact exists one one thimble sample member initial density matrix demonstrate plan attack explicitly work real time propagator interact scalar dimension find good convergence allowing comparison disturbance hypothesis classical statistical approximation real time dynamical
19
437,056
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behavioral investor cone shaped market place model treat fairly broad class financial model include market proportional transaction cost consider investor accumulative prospect possibility penchant non negativity constraint portfolio wealth existence optimum strategy shown context class generalized strategy
15
1,174,927
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atomistic structural mechanism glass transition entropic contribution popular adam gibbs scenario suggested excess entropy glass liquid crystal dominates dynamical arrest glass transition exclusive contribution configurational entropy vibrational entropy however intuitive structural rationale emergence frozen dynamic relation entropy still lacking study issue atomistically simulating vibrational configurational well total entropy model glass former crystalline counterpart entire temperature range spanning glass liquid besides confirming adam gibbs entropy scenario concept shannon information entropy introduced characterize diversity atomic level structure undergoes striking variation across glass transition explains change found excess configurational entropy hence hidden structural mechanism underlying entropic kink transition revealed term proliferation certain atomic structure higher degree centrosymmetry rigid posse le nonaffine softening mode turn proliferation centrosymmetric rigid structure lead freezing dynamic beyond structural rearrangement become highly unfavourable thus explaining kink configurational entropy transition
4
1,534,613
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heavy quark cheese dissemination overoccupied gluon plasm extract heavy quark dispersion coefficient kappa resulting momentum broadening far equilibrium non abelian plasma find respective feature sentence dependence momentum broadening short initial speedy growth adopt running ontogenesis time due langevin type dynamic damp oscillation around growth plasmon frequency show novel oscillation easily explained using perturbative technique result excess gluon broken impulse cycle hence gauge invariant verification infrared enhancement previously observed caliber fixed correlation subprogram argue kinetic theory description organization becomes le reliable presence atomic number enhancement
19
493,371
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