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dipudl
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dataverse-tokenized-dataset

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phenomenological restraint shipping attribute qcd matter information driven pose average apply combined data point relativistic heavy ion child hadron collider constrain shear volume viscosity quark gluon plasma qgp temperature mev function bayesian inference translate experimental theoretical uncertainty probabilistic restraint viscosity bayesian model average account irreducible model ambiguity conversion fluid description qgp hadronic tape transfer final phylogenesis stage providing honest phenomenological restraint date qgp viscosity
16
808,791
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magnetic discipline effect pion superfluid magnetized field outcome pi meson superfluid phase changeover investigated frame pauli villars regularized njl model instead carry charged pion condensate apply goldstone theorem massless goldstone boson determine onset pi meson superfluid phase obtain phase diagram magnetic field force temperature isospin baryon chemical potential blank space weak charismatic plain analytically shew critical isospin chemical likely pion superfluid phase transition equal mass meson magnetised field pi meson superfluid phase retarded higher isospin chemical electric potential survive higher temperature higher baryon chemical likely external magnetic field
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fast accurate gary cooper twosome heart propose method perform accurate fast charge pumping superconducting nanocircuits combining topological property quantum control technique base shortcut adiabaticity express theoretically possible achieve perfectly quantised commission pump finite speed drive manakin specific error may even arise ascribable trouble follow exact control thus as practical issue specific system comprised three josephson adjunction using realistic arrangement parameter show scheme improve pumping accuracy device various order order magnitude possible metrological perspective discourse
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interactive oracle proof proximity algebraic geometry code work initiate study proximity testing algebraic geometry ag code ag code vector space associated evaluation function riemann roch space problem testing proximity error correcting code consists distinguishing case input word given oracle belongs one far every codeword ag code good candidate construct short proof system exists efficient proximity test aim fill gap construct interactive oracle proof proximity iopp family ag code generalizing iopp reed solomon code introduced ben sasson bentov horesh riabzev known fri protocol identify suitable requirement designing efficient iopp system ag code approach relies kanis result split riemann roch space invariant divisor group action curve several explicit riemann roch space quotient curve hypothesis proximity test thus reduced one simpler code iterating process thoroughly end membership test code significantly smaller length addition proposing first proximity test targeting ag code iopp admits quasilinear prover arithmetic complexity sublinear verifier arithmetic complexity constant soundness meaningful class ag code concrete instantiation study ag code kummer curve potentially much longer reed solomon code type curve manage extend generic construction reach strictly linear proving time strictly logarithmic verification time
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current jump flat band ladder dzyaloshinskii moriya interaction localized magnons state due flat band spectrum intensely studied phenomenon found many frustrated magnet different spatial dimensionality presence dzyaloshinskii moriya dm interaction may change radically behavior system context study paradigmatic example one dimensional frustrated antiferromagnet sawtooth chain presence dm interaction using path integral method numerical density matrix renormalization group revisit physic localized magnons determine consequence dm interaction ground state studied spin current behavior finding three different regime first luttinger liquid regime spin current show step behavior function parameter low magnetic field increasing magnetic field system meissner phase plateau spin current proportional dm parameter finally increasing magnetic field finite small stiffness regime spin current show fixed magnetization jump large value phenomenon also due flat band
13
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hamiltonian circle action almost minimal isolated fixed point let circle act hamiltonian fashion connected compact symplectic manifold dimension action least fixed point previous paper study case fixed point set consists precisely isolated point paper study case fixed point set consists exactly isolated point show case must even find equivalent condition first chern class particular weight action also show particular weight completely determine integral cohomology ring total chern class set weight action fixed point see data isomorphic known example even equipped standard circle action
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algaedice policy gradient arbitrary experience many real world application reinforcement learning rl interaction environment limited due cost feasibility present challenge traditional rl algorithm since max return objective involves expectation policy sample introduce new formulation max return optimization allows problem expressed expectation arbitrary behavior agnostic policy data distribution first derive result considering regularized version dual max return objective extending finding unregularized objective use lagrangian formulation linear programming characterization value show auxiliary dual variable objective optimized gradient policy objective exactly policy policy gradient without use importance weighting addition revealing appealing theoretical property approach also show delivers good practical performance
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three computational approach weakly nonlocal poisson bracket compare three different way checking jacobi identity weakly nonlocal poisson bracket using theory distribution pseudodifferential operator poisson vertex algebra respectively show three approach lead similar computation result
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lorentz cpt violating standard model extension chiral upset theory lorentz cpt violation hadronic physic must tied correspondence violation underlying quark gluon level chiral disruption theory bring home bacon method translating novel operator may appear lagrange density color charged parton field equivalent form effective theory meson baryon unwavering extend application proficiency study lorentz violating potentially cpt violating operator minimal standard model extension attribute hustler nontrivial relation coefficient heavy particle level operator related underlying quark cheese gluon manipulator lorentz structure moreover mapping dimension wheeler dealer quark gluon degree hadron level considered inaugural clip many hadronic observables contain new low energy couple constant make potential make lineal translation bound derived using experiment one variety hadron saltation completely different corner hadronic sector notable consequence bound gev level difference lorentz cpt violation coefficient octet baryon differ structure replacement single valance quark quark never marriage offer kind difference could constrained
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holographic boiling generalized thermodynamic description beyond local equilibrium tuning simple two component holographic superfluid model first order phase transition two superfluid phase probe limit inspired potential landscape discussion intuitive physical picture system first order phase transition provided stress holography perfectly offer generalized thermodynamic description certain strongly coupled system even local equilibrium enables u carefully study domain wall structure system first order phase transition either static real time dynamic numerically construct domain wall configuration compute surface tension domain wall generalized grand potential also numerically simulate real time dynamic bubble nucleation process holographic boiling surface tension domain wall nicely match final state bubble nucleation process bubble radius large enough
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review prediction hard probe pb collision tev comparison datum prediction compiled pb lhc rill center production hard probe cold atomic matter anticipation first time reach tev pb run later compared available data like set forecasting published tev pb run pick anticipation reviewed
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dispersive valuation inner radiative chastening neutron atomic disintegration propose novel dispersive treatment call internal radiative chastening neutron atomic decay appearance require knowledge conservation para violating social organization part bob interference axial vector bear current isoscalar part electromagnetic current isospin symmetry relate complex body part function charged current inelastic strewing neutrino antineutrino applying new information driven analytic thinking obtain novel exact evaluation universal radiative chastisement supersedes previous estimate marciano sirlin strong blame central time value reflect respective shift considerable tensity unitarity constraint first row ckm matrix used stringent restraint new physic share charge current sector also point dispersion congress offering unify tool treating hadronic nuclear correction within model explore potential dispersion carnal knowledge addressing nuclear structure correction absorbed value important ingredient alongside extracting superallowed nuclear decay
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fully hierarchical fine grained prosody modeling interpretable speech synthesis paper proposes hierarchical fine grained interpretable latent variable model prosody based tacotron text speech model achieves multi resolution modeling prosody conditioning finer level representation coarser level one additionally imposes hierarchical conditioning across latent dimension using conditional variational auto encoder vae auto regressive structure evaluation reconstruction performance illustrates new structure degrade model allowing better interpretability interpretation prosody attribute provided together comparison word level phone level prosody representation moreover qualitative quantitative evaluation used demonstrate improvement disentanglement latent dimension
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recent toilsome savor result star proceeding report production several open gravid flavor hadron quarkonia auau collision snn gev star experimentation
16
878,563
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lepton angulate dispersal boson production lepton angular distribution coefficient boson product collision measure lhc tevatron recent study showed many quality measured angular dispersion coefficient include transverse impulse rapidity dependency assault getaway tung copulation advantageously draw using visceral geometrical approach paper cover geometric advance describe angulate distribution coefficient boson produced collision tevatron foremost compare data perturbative qcd calculation display datum quantum chromodynamics figuring easily line geometric approach deduction futurity study lhc energy well discussed
16
853,720
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lifshitz asymptotics localization random breather good example prove lifshitz behavior bottom spectrum non disconfirming random potential explorer display id exponentially small low energy possibility developed breather potential vulgarize non negative random potential second step since model need ergodic need identify minimal spectrum infer initial length scale estimation lifshitz bound breather model combine recent wegner estimate establishes anderson localisation principle via multi scale psychoanalysis ultimately ergodic model accompaniment lifshitz behavior lower bound provide detail proof accessible non expert
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search cluster structure nucleus via analysis bremsstrahlung emanation investigate emission bremsstrahlung photon scattering particle nucleus construct bremsstrahlung modeling nucleus scattering new formalism coherent incoherent bremsstrahlung emission elastic scattering mechanism inelastic scattering added basing approach analyze experimental bremsstrahlung cross section scattering particle isotopeco isotopesn isotoperm natag isotopeau nucleus mev mote beam measured variable energy cyclotron centre calcutta observe oscillation account spectrum pliant scattering nucleus isotopeco isotopesn isotoperm natag obtain good agreement work coherent spectrum tongue tied contribution flexible scattering data based data full photon energy region heavy karyon isotopeau find oscillating conduct calculated spectrum coherent emission elastic sprinkling disagreement experimental data inclusion incoherent emission improves verbal description data summarized spectrum satisfactory agreement experimental data translate unsung modification wave function scattering tote new mechanism inelastic scattering calculation extract information unknown new amplitude chemical mechanism experimental data analytic thinking amplitude maximal vigor characterizes existence state succinct structure cluster nucleus target explain origin cycle bremsstrahlung spectrum elastic scattering first time new entropy coherent incoherent contribution press studied reaction
16
822,662
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low voltage distribution network impedance identification based smart meter data condition high penetration renewables low voltage lv distribution network need carefully managed scenario accurate real time low voltage power network model important prerequisite open possibility application many advanced network control optimisation method thus providing improved power flow balancing reduced maintenance cost enhanced reliability security grid smart meter serve source information lv network allow accurate measurement almost every node make advantageous use data driven method paper formulate non linear non convex problem solve efficiently propose number fully smart meter data driven method line parameter estimation algorithm fast recursive data scale linearly number node executed decentralised manner running small algorithm inside smart meter performance algorithm demonstrated different measurement accuracy scenario simulation
0
44,192
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privacy aware distributed mobility choice modelling blockchain generalized distributed tool mobility choice modelling presented participant share personal raw data computation done locally participant use blockchain based smart mobility data market bsmd transaction secure private node blockchain transact information participant long party agree transaction rule issued owner data case study presented mode choice model distributed estimated bsmd example parameter estimation problem solved distributed version simulated annealing demonstrated estimated model parameter consistent reproducible
18
1,564,204
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isoscalar monopole strength describe alpha bec state excess neutron investigated monopole lastingness sex department state matter using theoretic framework real time development method act reckoning break several prospect hoyle analog state extremely aroused region
16
803,906
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stochastic entry guidance paper closed loop entry guidance randomly perturbed atmosphere using bank angle control posed stochastic optimal control problem entry trajectory well closed loop control modeled random process statistic determined entry dynamic entry guidance probabilistic structure altitude dependent atmospheric density variation entry guidance parameterized sequence linear feedback gain designed steer probability distribution entry trajectory satisfying bound allowable control input maximum allowable state error numerical simulation mar entry scenario demonstrate improved range targeting performance using developed stochastic guidance scheme compared existing apollo final phase algorithm
3
146,455
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quantize mirror curve resummed wkb base previous insight present ansatz obtain quantization condition eigenfunctions family line difference equation rise quantized mirror curve context local mirror symmetricalness toric calabi yau threefolds first principle structure output closed expression quantization condition eigenfunctions key ingredient modular duality structure underlie quantum integrable system use ansatz write explicit consequence example successfully break purely numeric result spectrum eigenfunctions occupy quantization condition also cater evidence noetic typesetter case method yield resummation conjectured quantization condition involve enumerative invariant underlying toric calabi yau threefold
9
1,728,593
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modelling temperature version mushroom grow hall using artificial nervous network late development computer electronic system made use intelligent system automation farming industry subject area temperature variation mushroom shaped cloud raise room pose multi layered perceptron radial basis use network based independent parameter including ambient temperature water temperature fresh air circulation strain damper water pat according obtain result network dependable network mlp second repetition neuron cover layer neuron hidden layer radiate ground function network obtained upshot comparative argument two network showed highest correlational statistic coefficient lowest root mean value square error rmse lowest meanspirited absolute error mae radial basis function therefore neuronal network radial ground function selected predictor conduct system temperature mushroom shaped cloud develop hall controlling system
15
1,164,335
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bring qcd ii numeric result numerically explore alternative discretization continuum yang mill theory euclidean spacetime lattice originally bring budzcies zirnbauer gage group discretization reformulated self fundamental interaction caliber field induced path integral adjunct bosonic field span linearly gauge field operation first paper serial shown theory reproduces continuum yang mill hypothesis dimension larger conjectured following argument budzcies zirnbauer remains honest present newspaper publisher test surmisal perform lattice simulation simplest nontrivial case ie gauge mathematical group ternion attribute show observables computed induced theory static potential deconfinement passage temperature agree observables computed ordinary plaquette action lattice artefact also find bound relaxed suppose earlier paper study new discretization used change order integration path integral arrive dual formulation quantum chromodynamics bequeath future work
19
443,079
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search low energy excess microboone microboone micro booster neutrino experiment liquid argon time projection chamber tpc experiment designed short baseline neutrino physic currently running fermilab aim address anomalous excess low energy event observed miniboone experiment recent progress towards search low energy event brought develop fully automated event selection algorithm identify charged current electron neutrino event candidate pion least one proton final state using pandora multi algorithm pattern recognition several cross check sidebands studied far validate analysis
17
378,508
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semitoric system non simple type semitoric integrable system symplectic manifold simple fiber contains one focus focus critical point simple semitoric system classified ten year ago pelayo vu ngoc term five invariant paper explain simplicity assumption removed classification adapting invariant
1
574,785
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complexity decrease kuramoto model dynamic large organization twin oscillator subject increasing importance prominent application several area physic biology kuramoto fashion model set oscillator move around lot representing form paradigm field exhibiting continuous transition disordered synchronic motion reinterpreting oscillator rotating unit vector model extended allow vector move surface dimensional sphere corresponding original model establish transition synchronous dynamical discontinuous odd raising lot interest group inspired termination ott et aluminium proposed ansatz density use describing oscillator derived equation ansatz parameter effectively reducing dimensionality organisation take different approach system construct ansatz based spherical harmonic decomposition dispersion function result differs significantly propose otts work lead like simpler equality determining dynamic order parameter derive form diagram balance solution several distribution natural frequence get excellent concord simulation also compare dynamic order parameter numerical simulation previously derive equation finding good correspondence case believe approach generalized higher dimension help achieve complexity reduction system equating
12
734,669
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instability quantum critical metal limit study model dimension composed fermi surface flavor fermion coupled scalar fluctuation near quantum critical point qcps limit allows u non perturbatively calculate long range behavior fermion correlation function use calculate charge spin pair susceptibility near different qcps zero finite temperature zero finite order parameter gap fluctuation smear fermionic quasiparticle find qcps overall effect fluctuation lead enhanced pairing also find qcps fluctuation induce spin charge density wave instability finite interval order parameter fluctuation gap restore subset diagram suppressed limit diagram internal fermion loop vertex find change long range behavior correlators except right qcps
4
1,327,288
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feedback pixel output regulation via learning based setting view deduction propose novel controller synthesis involving feedback pixel whereby measurement high dimensional signal representing pixelated image red green blue angel rgb value approach neither want feature origin object detective work visual balance dominance policy involve estimation do similar latent theatrical performance else tail achieved straight paradigm space modelling reference sign plant required internal model principle reference signal generated neural electronic network learning based tantrum view synthesis capability approach want end end learning pixel military action control condition policy approach applied motility control problem namely longitudinal dynamic car following job show approach bring tractable stability depth psychology associated bound critical establishing trustiness interpretability close loop dynamic
3
135,196
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social network confirmation bias shock election recent yr online social network become increasingly prominent political campaign time several country experienced shock election outcome report proposes model link two phenomenon set process hear others network charm verification diagonal ie tendency ignore contrary evidence interpret consistent one belief agent pay enough tending confirmation bias lead tiresome learning symmetrical network increase polarization fellowship identify subset agent get moreless influential confirmation bias socially optimum mesh complex body part calculate critically information available social planner cannot keep eye agent notion optimal mesh symmetric vertex transitive self loop explore deduction outcome electoral termination spiritualist market confirmation bias gain likeliness shock election push outer boundary medium take extreme ideology
15
1,158,587
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permutohedra international nautical mile quiver ravel quiver correspondence state versatile characteristic knot encode check quiver modulus infinite representation however correspondence bijection one quiver may assigned given knot encode information study report phenomenon systematically show generic rather exceptional first find condition qualify equivalent quiver show equivalent quiver arise phratry structure permutohedra put equivalent quiver given mi parameterized vertex graphical record made several permutohedra glue unitedly graph also interpreted web dual theory solution intimately related belonging homological diagram knot well multi cover skein relation arise counting holomorphic curve boundary lagrangian branes calabi yau three flexure
8
644,411
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cassini state rigid body liquid core purpose workplace determine location stability cassini country heavenly body inviscid fluid core surrounded absolutely unbending mantle situation rotation stop number either non resonant entrap twist orbit reverberance one half whole number addressed rotation moral force described poincare hough model strike simple motion core problem written non canonical hamiltonian formalism secular evolution find without shortness obliquity eccentricity inclination condition torso cassini state write set two equation whose unknown mantle obliquity tilt angle core whirl axis solving system hg physical orbital parameter lead maximum dissimilar equilibrium configuration half spectrally stable solution core highly tilted respect cape model also lend oneself io moon
12
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dynamic small grain transitional disc transitional disc central region characterised significant depletion dust gas compared younger optically thick disc however gas dust depleted equal amount gas surface density typically reduced factor small dust grain sometimes depleted far larger factor point undetectable extreme dust depletion often attributed planet formation paper show another physical mechanism possible expulsion grain disc radiation pressure explore mechanism using simulation dust dynamic simultaneously solving equation radiative transfer evolution equation dust diffusion advection combined effect stellar radiation hydrodynamic interaction turbulent accreting background gas disc show transition disc depleted gas dust fraction factor compared minimum mass solar nebular value ratio accretion rate stellar luminosity low yr radiative clearing remaining larger grain rapid inevitable process size dependent smaller grain removed fastest larger one persisting longer time proposed mechanism thus naturally explains extreme depletion small grain commonly found transition disc suggest dependence mechanism grain size optical property may explain unusual grain property recently discovered number transition disc simulation code develop freely available
10
1,315,583
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wallop antielectron beam jlab unbiassed finding dvcs compton form factor impact likely future measurement beam charge asymmetry current knowledge compton form factor evaluated elaborating result global neural network tantrum deeply virtual arthur holly compton scattering data bayesian reweighting analysis quantifies improved determination real portion compton form constituent improvement peculiarly relevant experimental determination proton mechanically skillful property universality cogitation generalized parton statistical distribution analysis practical arthur holly compton dust spacelike timelike region
17
305,728
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standard model renormalization touch new physic search present standard model figuring inside radiative correction george ii gamow narrator decay find textita priori contribution arise photonic vertex correction box diagram upon rating elastic contribution vanish due crossing isotropy cancellation isoscalar isovector photonic contribution leave polarized parity remaining contribution ie george gamow teller tantamount easily known axile box part fermi decay appearance weak magnetism contributes significantly born amplitude consider extra hadronic contribution low energy using holomorphic continuation polarized bjorken sum rule restrain experimental data perform procedure femtometre internal radiative correction combination running bjorken staring llewellyn smith sum rule discus heavy flavor higher wrench target mass correction significant increase low impulse latter observe axial vector privileged radiative correction respectively result allows extract first magazine knowledge saucer consequence comparing experimental data point lattice calculation beyond standard exemplar fit show traditional decay computation contain part impression fail accounting cancellation full result finally correct double counting example isospin mirror decay descent matrix component cabibbo kobayashi maskawa matrix resolving long standing latent hostility lead increased precision
16
844,325
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evading grossman nir bound new physic rare kaon decay missing energy received considerable attention rate calculated quite precisely within standard model sm missing energy carried away undetected neutrino antineutrino pair beyond sm clean theoretical prediction also made regarding process one prediction called grossman nir gn bound state branching fraction mode must satisfy relation applies within beyond sm long hadronic transition change isospin paper extend study mode include new physic scenario missing energy due unobserved lepton number violating neutrino pair invisible light new scalar pair scalar new interaction assumed arise electroweak scale described effective field theory explore possibility violating gn bound contribution transition within scenario find large violation possible case missing energy due invisible light new scalar
17
366,289
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crystal gauged soliton force free plasma resurgence demonstrate dimensional estimate non linear sigma model minimally coupled gauge field posse analytic solution represent gauged soliton finite baryon density whose electromagnetic field force free plasma gauged soliton plain crystalline structure generate natural room persistent current able support force free plasma electromagnetic field trajectory charged test particle moving within configuration characterized rather surprisingly despite non integrable nature theory perturbation gauged soliton allow identify proper resurgent parametric quantity particular perturbation soliton profile interrelate lame operator hand electromagnetic perturbation configuration fill two dimensional effectual erwin schrodinger equivalence soliton background signal interact electromagnetic perturbation force two dimensional periodic potential analyse numerically band energy spectrum different value detached parameter theory found band gap modulated potential strength eventually compare crystal solution dimesional gross neveu model
14
994,079
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enhancing segment establish speech emotion recognition cryptical self learning despite widespread usage deep neural network dnns speech emotion recognition ser severely restricted due paucity tag data train recently segment free base approach ser evolving geartrain moxie network shorter segment instead whole utterance thus naturally augment training example without additional resource one core challenge remains segment based approaching emotional corpus provide ground truth recording label segment layer supervisely train segment based emotion model datasets common direction assigns segment corresponding utterance emotion label however practice typically introduces noisy incorrect label emotional information uniformly deal across whole utterance hand dnns demonstrate easy fit dataset trained noisy label goal work proposes simple effective deep self pick dsl framework comprises procedure progressively correct segment level label iterative learning manner dsl method produce dynamically generated flaccid emotion label lead significant performance melioration experiment iii well known aroused corpus demonstrate noticeable gain using proposed method
3
184,222
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forced coupled duffing oscillator nonlinear damping vibrancy antiresonance work investigate resonance antiresonance behavior forced coupled duffing oscillator nonlinear damping analyse parameter dependence relative frequency reaction stableness course analysis emphasis shall different damping mechanism contrast
12
792,653
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academic engagement commercialisation institutional changeover environment ground shanghai maritime university academic engagement accelerate crowd commercialisation university knowledge research topic seldom considers impact institutional environment specially formal mental home encouraging commercial grade activity student yet ground study investigates head context china institutional transition stage ground survey student shanghai maritime university manifest academic engagement positive impact commercialization impact greater risk averse learner risk search scholar result suggest institutional transition environment government consider encouraging pedantic engagement stimulate commercialization activity bourgeois scholar
18
1,724,644
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stochastic geometry based modeling analysis beam management beam management central operation dense cellular network focusing energy radiated mobile terminal mt increasing number beam per cell increase signal power decrease interference hence potential bring major improvement area spectral efficiency ase benefit however come unavoidable overhead increase number beam mt speed paper proposes first system level stochastic geometry model encompassing major aspect beam management problem frequency antenna propagation physical layer wireless link coding network geometry interference resource sharing sensing signaling mobility management model lead simple analytical expression effective ase typical user get context turn allows one find wide variety network scenario including millimeter wave mmwave sub ghz number beam per cell offer best global trade benefit cost finally provide numerical result discus effect different systemic trade offs performance mmwave sub ghz deployment
0
73,625
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modeling grecian road transportation network practice complex network analysis article study interregional greek road network grn applying complex network analytic thinking cna empirical approach study aim extract socioeconomic information immanent grns topology interpret room route electronic network serf advertise regional development analysis display topology grn submitted spatial restraint lattice like characteristic also grns structure described gravity pattern place higher population enjoy great functionality interpretation regional term illustrate elementary design expressed regional development road construction study also reveals interesting contradiction metropolitan non metropolitan excluding attica thessaloniki compare overall clause highlighting effectuality using complex electronic network depth psychology modeling spatial network particular transportation system promotes use web epitome spatial regional research
15
1,198,123
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exotic symmetry duality fractons dimensional quantum field theory discus nonstandard continuum quantum field theory dimension exhibit exotic global symmetry subtle spectrum charged excitation duality similar duality system dimension continuum model represent low energy limit certain known lattice system one key aspect continuum field theory important role played discontinuous field configuration two companion paper present dimensional version system particular discus continuum quantum field theory model fractons
4
1,526,823
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polarisation observables wz production tev lhc inclusive case present field polarization observables boson process tev child hadron collider calculation performed next leading order including broad qcd correction considerably electroweak correction latter calculated twofold pole approximation result present helicity coordinate system sweep atlas different inclusive cut di muon constant flock define left good charge asymmetry related polarisation fraction channel find dissymmetry large sensitive high order effect interchangeable finding also presented burster asymmetry related even angular coefficient
17
349,106
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deep learning based resource allocation scheme vehicular communication system vehicular communication intracell interference stringent latency requirement challenging issue paper joint spectrum reuse power allocation problem formulated hybrid vehicle vehicle vv vehicle infrastructure vi communication recognizing high capacity low latency requirement vi vv link respectively aim maximize weighted sum capacity latency requirement decomposing original problem classification subproblem regression sub problem convolutional neural network cnn based approach developed obtain real time decision spectrum reuse power allocation numerical result demonstrate proposed cnn achieve similar performance exhaustive method need cpu runtime
3
153,942
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anomalous mechanism release observability non hermitian quantum model quantum form transition certain non hermitian system controlled non tridiagonal hamiltonian matrix establish anomalous contrast known model tridiagonal matrix complex body part geometric multiplicity wholly riotous energy eigenvalue seem always adequate one multiplicity found larger one present mannequin phenomenon interpreted confluence several uncouple katos exceptional point equal different order magnitude
8
662,122
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local gldr lie group puzzle quantum adm restraint relevance local gldr lie group solving quantum adm constraint pointed noncommutative sympathetic analysis render rude basis technique calculation summarized basis explicitly constructed space property
11
292,071
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lieb robinson bound entanglement gap symmetry protected topology quantum quench simplest protocol investigate nonequilibrium many body quantum dynamic previous study entanglement property quenched quantum many body system mainly focus growth entanglement entropy several rigorous result phenomenological guiding principle established faster linear entanglement growth generated generic local hamiltonians peculiar logarithmic growth many body localized system however little known dynamical behavior full entanglement spectrum refined character closely related topological nature wave function establish rigorous universal result entanglement spectrum spt system evolving equilibrium result derived free fermion spt system interacting one free fermion system az symmetry prove single particle entanglement gap quenches obeys essentially lieb robinson bound equal time correlation provided dynamical symmetry breaking notable byproduct obtain new type lieb robinson velocity related band dispersion complex wave number reach minimum maximal relative group velocity within framework tensor network ie spt mps evolved symmetric trivial mpus also identify lieb robinson bound many body entanglement gap general quenched interacting spt system result suggests high potential tensor network approach exploring rigorous result long time quantum dynamic influence partial symmetry breaking effect disorder relaxation property long time limit also discussed work establishes paradigm exploring rigorous result spt system equilibrium
4
1,384,579
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xenont solar axion higgs boson emerging dark late alphabetic character proposed novel non thermal chemical mechanism dark matter production based vacuum misalignment higgs boson light pseudo scalar emerge dark sector letter name parametric quantity blank space composite scenario light pseudo scalar bring sun explain xenont excess electron recoil data model saturnine matter nominee mass around tev reach direct spying testable prediction let gravitational wave frequence hz range cosmogonical phase modulation exotic decay rate testable future tera collider enhancement branch ratio enough explain koto anomaly prediction may confirm next experimentation
7
1,700,228
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quantum walk richard feynman disseminator graph topology ibm quantum computer topologic data analysis quickly developing area datum science one attempt discover topological design information set generate insight knowledge breakthrough project manipulation quantum manner walking algorithm discover feature data graph walk train place done quicker quantum computer way explored using principle superposition begin simple walk polygon move graph described mellow dimensional mesh use insight physic description quantum walk defined term probability amplitude go one land site graph another distant situation display doe feynman propagator kernel physic nomenclature result quantum computation utilise ibms qiskit quantum computing software system estimable agreement obtained using hellenic calculation method
13
1,267,602
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heat induced soliton self frequency redshift ultrafast nonlinear dynamic active plasmonic waveguide investigate ultrafast nonlinear dynamic light utter active plasmonic waveguide compose thin film gold sandwiched two silicon layer plunge outwardly pumped aloer model optical multiplication dissipative system generalized cubic ginzburg landau equation accounting amplification active medium effect absorption thermo modulational nonlinearity au find heating heavily affect generation worldly dissipative soliton plasmonic waveguide producing solitary wave ego frequency red shift accompanied soliton deceleration time domain adopting semi analytical variational approach evaluate dependence self induced red shift deriving set couple differential equation pulse parameter equation provide physical insight complex nonlinear dynamic simple approximate analytic expression temporal relative frequency shift analytical prediction found first class agreement verbatim numerical simulation generalized cubic ginzburg landau equating result provide general understanding ultrafast nonlinear dynamic gold based active plasmonic waveguide finicky apparitional shaping property propagating optical heartbeat
12
710,706
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efficient document exchange error correcting code asymmetric information study two fundamental problem communication document exchange de error correcting code ecc first problem two party hold two string one party try learn party string communication second problem one party try send message another party noisy channel adding redundant information protect message two important goal problem minimize communication complexity redundancy design efficient protocol code problem studied extensively paper study whether asymmetric partial information help two problem focus case hamming distanceerrors asymmetric partial information modeled one party vector disjoint subset index vector integer hamming distanceerrors establish lower bound upper bound model provide efficient randomized construction achieve factor within optimum almost linear running time show connection document exchange problem problem document exchange edit distance use technique give efficient randomized protocol optimal communication complexity emphexponentially small error latter improves previous result haeupler citehaeupleroptimal focs belazzougui zhang citebelazzouguiz focs technique based generalization celebrated expander code sipser spielman citesipserexpander may independent interest
0
27,382
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derivation wannier orbitals minimal basis tight binding hamiltonians twisted bilayer graphene first principle approach twisted bilayer graphene tblg emerged important platform studying correlated phenomenon including unconventional superconductivity two dimensional system complexity atomic scale structure tblg made even study single particle physic low energy around fermi level quite challenging goal provide convenient physically motivated picture single particle physic tblg using reduced model smallest possible number localized orbitals reduced model exactly reproduce low energy band textitab initio tight binding model including effect atomic relaxation furthermore obtain first time corresponding wannier orbitals incorporate symmetry tblg also calculated function angle requisite first step towards incorporating electron interaction effect construct eight band five band model low energy state twist angle model created using multi step wannier projection technique starting appropriate continuum hamiltonians procedure also readily capture perturbative effect substrate external displacement field offering significant reduction complexity studying electron electron correlation phenomenon realistic situation
4
1,336,416
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recommendation enhance rigor reproducibility biomedical research computational method reshaped landscape modern biology biomedical community increasingly dependent computational tool mechanism ensuring open data open software reproducibility variably enforced academic institution funders publisher publication may present academic software essential material become unavailable source code documentation publication lack information compromise role peer review evaluating technical strength scientific contribution incomplete ancillary information academic software package may bias limit subsequent work produced tool provide eight recommendation across four different domain improve reproducibility transparency rigor computational biology precisely main value emphasized life science curriculum recommendation improving software availability usability archival stability aim foster sustainable data science ecosystem biomedicine life science research
5
1,021,986
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lattice qcd determination nucleon axile coupling fundamental belonging proton neutron dictate strength weak axile current standard model couple nucleon hence lifetime destitute neutron prominence nuclear physic crap benchmark quantity calibrate lattice qcd calculation nucleon structure complex calculation electroweak matrix element one nucleon system number pregnant challenge determining notably notorious exponentially bad signal noise job necessity hundred thousand stochastic sample rendered goal difficult obtain originally thought describe consumption unconventional computation method acting coupled ludicrously firm gpu computer code access publicly uncommitted lattice qcd configuration milc access leadership computing allowed challenge overcome resulting determination preciseness seed systematic uncertainness controlled discus implication result convergence chiral perturbation hypothesis nucleon well prospect improvement sub percent precision preliminary result part comprehensive application latticework qcd atomic physic particularly exciting light modern coral supercomputer coming online sierra summit lattice qcd code achieve machine machine speed titan decree magnitude
14
973,469
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compact binary concretion constraint waveform gravitational waveform compact binary coalescence complete blood count invaluable detection ligo virgin collaboration obtain combination semi analytic model numerical simulation far systematic error arise operation appear le statistical one however significantly enhanced sensibility new detector become operational cheeseparing future require waveform much accurate task would facilitate one variety cross check emphevaluate accuracy particularly region parametric quantity space numeral pretending sparse currently error estimated comparing candidate wave form numeric relativity nr unitary taken exact end paper propose qualitatively different tool show full non linear general relativity gr imposes infinite number sharp constraint cbc waveform cater exculpated cut step evaluate accuracy campaigner waveform exact gr help find systematic error also provide external check nr pretense
11
284,680
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determining jet shipping coefficient quark cheese gluon plasma using bayesian line reasoning estimation present new determination jet raptus coefficient quark gluon plasma apply jetscape framework manipulation bayesian argument estimation constrain dependence jet vigour virtuality medium temperature experimental evaluate inclusive hadron crushing au au hit rhic pbit pb hit lhc result based multi stage theoretical approach culture medium jet evolution thing lbt jet quenching manakin functional dependence green vigour virtuality medium temperature make perturbative photograph mass mass medium dissipate constituent shine dissimilar regime applicability matter lbt correlation coefficient experimental taxonomical uncertainty answer parameter extraction result provide state art constraint lay groundwork extract additional property quark cheese gluon plasma jet measuring clayey ion collision
16
865,608
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extremist modest radioactivity kapton copper kapton laminate polyimide based material comparable kapton wide use flexible cable circuitry due unique electrical mechanically skillful characteristic study aimed investigating radiopurity kapton purpose ultralow backdrop rare event physic application measure th level using inductively coupled plasma mass spectroscopy commercial ledge kapton variety measured approximately pgg th bqkg respectively significant background source many current next generation ultralow background detector study found dominant contamination due use dicalcium phosphate dcp nonessential slip additive added manufacturing substitute kapton material obtained contain dcp determined significantly radiopure commercially available alternative pgg th bqkg respectively lowest radioactivity interpretation make kapton elj contains adhesive found contain single digit pgg level th two triplet parliamentary law magnitude cleaner commercial shelf option moreover copper clad polyimide laminate employing kapton elj insulator obtained render radiopure pgg th bqkg severally
17
350,354
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wave kaon nucleon potential propagator hal qcd method acting paper employing quark propagator proficiency investigate kaon nucleon fundamental interaction lattice qcd calculate undulate kaon nucleon likely leading order derivative enlargement sentence dependent hal qcd method using flavor calibre configuration lattice spacing fm lattice pion mass mev take one end trick disseminator allows put option zero point momentum hadron hustler source sink asperse quark cheese operator source find stronger repulsive interaction canal phase shimmy obtained solving schrodinger equation potential qualitatively reproduce department energy dependence experimental phase shift similar behavior previous result lattice qcd without disseminator study evidence quark propagator technique one end trick useful study interaction meson heavy particle system hal qcd method apply meson baryon system contain quark antiquark creationannihilation process future study
19
449,390
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optimality upgrade pricing consider multiproduct monopoly pricing model cater sufficient condition optimal chemical mechanism go via upgrade pricing fare ware bundle nested strong set order approach exploit duality method acting describe condition statistical distribution consumer type product purchased localise buyer separate monopoly pricing though transfer different set cuddle exhibit two distinct set sufficient condition first set condition give weak edition monotonicity type virtual value maintaining regularity assumption ie product product gross curve single peaked nd go condition establishes optimality upgrade pricing type space monotone marginal rate substitution mr relative preference ratio two ware drone across type monotone mr condition allows relax earlier regularity assumption set shape full characterize product bundle toll form optimum upgrade pricing menu finally present consumer type monotone seller equivalently post vector single item toll kick upstairs pricing separate pricing equivalent
18
1,636,427
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real number hidden variable greco roman auto mechanic scientific theory limit human knowledge word physical varying hidden substance constantly argue negative answer illustrate point helter skelter classical dynamical system emphasize parallel quantum theory conclude mutual real number first state facto hide variable classical aperient therefore real number considered physically real classical mechanic alike quantum physic indeterministic
13
1,278,408
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cosmology matter induct branes spare space paradigm play pregnant use modern physic cosmogony specific case review relation main cosmogonical parameter max karl ernst ludwig planck flock cosmological constant metric supernumerary space discussed matter distribution inside extra space force dimensional experimental parameter particular interest way solve fine tuning problem hierarchy problem analyzed
11
221,672
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monotone approximate dynamic programming approach stochastic scheduling allocation inventory replenishment problem application drone electric vehicle battery swap station growing interest using electric vehicle ev drone many application however battery oriented issue including range anxiety battery degradation impede adoption battery swap station one alternative reduce concern allow swap depleted full battery minute consider problem deriving action battery swap station explicitly considering uncertain arrival swap demand battery degradation replacement model operation battery swap station using finite horizon markov decision process model stochastic scheduling allocation inventory replenishment problem sairp determines many battery charged discharged replaced time present theoretical proof monotonicity value function monotone structure optimal policy special sairp case due curse dimensionality develop new monotone approximate dynamic programming adp method intelligently initializes value function approximation using regression computational test demonstrate superior performance new regression based monotone adp method compared exact method monotone adp method test deduce policy insight drone swap station
1
547,696
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two mass scale higgs field original version theory push mechanism spontaneous symmetry collapse identified pure scalar sector however old idea requires heavy higgs particle discovery gev sonorousness seems rule argue necessarily true phase transition weakly first order indicated recent wicket simulation one consider approximation scheme agreement scenario even simple one element theory becomes natural introduce two mass scale measurement say resembles coexistence phonons rotons superfluid helium non relativistic analogue scalar condensate potentially relevant standard model fact vacuum stability would count nearly insensitive argument possibility eg top quark deal place gev previous estimation lattice computer simulation gev thus get touch recent independent psychoanalysis telamon cm data claim experimental ground scalar sonority around gev
7
1,745,176
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newfangled empirical pattern alpha decline one half life decay strand isotope experimental decay half aliveness spin parity nucleus range utilized propose new formula qf coefficient well modify tagepera nurmia convention coefficient mtnf employing nonlinear regression toward mean formula base reduced mass angular momentum taken away particle ascertained effective favoured unfavoured decay addition excellent catch combination experimental decay half life comparing similar empirical formula decay half living qf mtnf pattern purported accuracy minimum uncertainty deviation colony least number fitted coefficient together le sensitivity uncertainty economic value qf formula apply predict decay half life favour unfavoured modulation experimentally know value moreover available value also employed test respective theoretical approach viz rmf frdm rchb etc along machine learning method xgboost settle theoretical value incisively thereafter using value precise theoretical treatment observe along declare oneself formula probable decay chemical chain isotope identified
16
868,927
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optimal sustainable management soilborne banana pest paper propose eco friendly optimization banana tree plantain yield control pest burrowing nematode textitradopholus similis ascendency relies fallow deployment bad respect environment chemical substance method optimization based multi seasonal model fallow full point follow cropping time year aim find oneself good manner full term lucre allocate continuance fallow period browse season fixed time purview sweep several time year existence optimal allocation proven adaptive random search algorithmic rule proposed solve optimization problem comparatively long time sensible horizon deploying one season le maximum possible number dress season appropriate increase fallow period length result better multi seasonal profit regular fallow duration profit lower optimum solution final ground infestation also lower
5
1,077,328
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bernhard riemann function contribution term adler function bjorken polarized sum formula qcd result effect two renormalization radical invariant quantity quantum chromodinamics qcd specify euclidean spacenamely adler function negatron positron disintegration hadron bjorken polarized deep inelastic sprinkle substance rule considered show th order discipline like renormalization prescription drug proportional riemann function restored transition strategy function analogous novikov shifman vainshtein zakharov exact function supersymmetric gauge theory general analytical expression correction qcd deduced scale invariance shown expansion procedure contribution performed reciprocal cancellation thursday order generalize crewther identity discussed
9
1,769,373
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light matter interaction open cavity dielectric sight evaluate exact dipole conjugation strength single emitter radiation airfield within ocular cavity taking chronicle effect multilayer dielectric mirror model allows one freely vary resonance frequency cavity absolute frequency light atomic transition deal design wavelength dielectric mirror couple speciality derived open system unbound frequence mode curt cavity effective length used determine mode book distance defining sonorousness different also regain diverge appreciably geometric length radiation discipline unattackable within dielectric mirror cavity much longer resonant wavelength mode volume asymptotically approach normally seize geometric length
13
1,210,964
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analytical model approximation hysteresis loop application scanning tunneling microscope new model description type classification carried base wide variety practical hysteresis loop suggested analysis loop approximating function carried parameter characteristic model defined coersitivity remanent polarization value hysteresis spontaneous polarization induced piezocoefficients value saturation hysteresis loss energy per cycle shown piezomanipulators certain hysteresis loop type difference heat production harmonic linearization coefficient calculated harmonically linearized transfer function nonlinear hysteresis element deduced hysteresis loop type defined posse minimum phase shift average relative approximation error model evaluated real hysteresis loop procedure definition model parameter experimental data introduced example using result scan unit scanning tunneling microscope compensation raster distortion given
2
1,376,533
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galerkin apposition domain decomposition method diligence phylogenesis cylindrical gravitational wave present galerkin collocation area decomposition algorithm applied evolution cylindrical unpolarized gravitational wafture show effectiveness algorithm reproducing initial data point eminent place gradient providing extremely accurate dynamical characterize gravitational radiation sickness measure newman penrose weyl scalar generate wave template polarization manner exceed ingoing show exchange energy department nonlinearly particular moot initially ingoing wave able trace possible imprint gravitational analog faraday effect generated guide
11
299,702
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policy optimization stochastic mirror descent improving sample efficiency longstanding goal reinforcement learning paper propose sample efficient policy gradient method stochastic mirror descent novel variance reduced policy gradient estimator key improve sample efficiency need sample trajectory achieve approximate first order stationary point match best known sample complexity conduct extensive experiment show algorithm outperforms state art policy gradient method various setting
6
1,523,107
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cosmic inflation trick treat light upon almost forty class agone inflation become top paradigm early universe originally invented avoid okay tune puzzle standard model cosmology bid hot big bang phase ostentation always subject acute debate article brief review theoretic observational status inflation discus unfavorable judgment expressed attempt as whether rising price really viewed successful solution observe issue
11
203,405
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end end auditory object recognition via inception nucleus machine learning approach auditory object recognition traditionally based engineered feature derived spectrum cepstrum recently end end classification system image auditory recognition system developed learn feature jointly classification result improved classification accuracy paper propose novel end end deep neural network map raw waveform input sound class label network includes inception nucleus optimizes size convolutional filter fly result reducing engineering effort dramatically classification result compared favorably current state art approach besting percentage point urbansoundk dataset analysis learned representation revealed filter earlier hidden layer learned wavelet like transforms extract feature informative classification
3
184,112
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improved approximation ratio two euclidean maximum spanning tree problem study following two maximization problem related spanning tree euclidean plane known whether problem np hard present approximation algorithm better approximation ratio problem improved ratio obtained mainly employing steiner ratio used context earlier longest noncrossing spanning tree given set point plane goal find maximum length noncrossing spanning tree alon rajagopalan suri socg studied problem first time gave approximation algorithm year approximation ratio successively improved current best ratio due cabello et al revisit problem improve ratio improvement achieved collection idea previous work new idea including use steiner ratio along refined analysis ii longest spanning tree neighborhood given collection region neighborhood plane goal select point neighborhood longest spanning tree selected point maximum length present algorithm approximation ratio problem previous best ratio due chen dumitrescu turn first improvement beyond trivial ratio algorithm fairly simple analysis relatively short take linear time computing diametral pair point simplicity come fact solution belongs set containing three star one double star shortness improvement come use steiner ratio
0
8,337
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determination quark cheese gluon string parameter information pp pop aa collision wide eyed energy range using bayesian gaussian process optimisation bayesian gaussian summons optimization considered method determination role model parameter based experimental data range indulgent quantum chromodynamics physic process hadron nuclear interaction require using phenomenological model hold many parameter order minimize computing time model prediction parameterized using gaussian physical process regression toward mean provide input signal bayesian optimization newspaper bayesian gaussian process optimization applied monte carlo model string along fusion parameter model determined using experimental data multiplicity cross surgical incision pp pa aa collision blanket energy mountain chain solution leave significant constraint transverse radius quark gluon draw mean multiplicity per rapidity ace string
7
1,781,540
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gravitational wave induced scalar perturbation lognormal peak study stochastic gravitational wave gw background induced primordial scalar perturbation spectrum lognormal peak width derive analytical formula gw spectrum narrow broad peak narrow peak case spectrum double peak feature sharper peak infrared ir side spectrum find power law behavior break power law index chages far ir side near ir side find ratio break frequency peak frequency determined break peak frequency respectively broad peak case find gw spectrum also lognormal peak smaller width using derived analytic formula also present expression maximum value narrow broad case result provide useful tool searching induced gw signal coming decade
10
1,315,735
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polarization fraction measurement zz scattering use deep learning measuring longitudinally polarized vector boson scattering zz distribution channel promising elbow room investigate unitarity restoration higgs mechanism search potential young physic investigated respective cryptical neural network body structure compared ability improve measurement longitudinal fraction zl zl using fast pretence delphes framework clear improvement found using antecedently investigated corpuscle base deep neural web preprocessed dataset applying principle component analytic thinking outputsa significance stock deviation achieved incorporate luminosity fb recorded high brightness level lhc
7
1,693,444
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unification relish su psychoanalysis heavy hadron decrepit decay psychoanalysis heavy meson baryon hadronic charmless decomposition using flavor su symemtry formulated ii different form unitary concept su irreducible representation amplitude ira decomposing effective hamiltonian draw topological diagram tda flavor su limit study assorted decay two body nonleptonic decline beautycharm heavy particle demonstrate condition included two path analyzing decay amplitude completely equivalent furthermore clarify confusion draw topologic diagram employ different way describing beautycharm baryon
7
1,794,235
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vacuum cleaner energy effective field theory worldwide relativity ii inclusion fermion comment qcd donation recently framework two loop gild figuring effective field theory scalar vector field interacting metric field show cosmological constant term set condition go away vacuum energy graviton remains massless exists self consistent good field hypothesis general relativity define flat hermann minkowski background current paper extend two loop analytic thinking effectual battlefield theory fermion interacting gravitational domain obtain analogous result address issue ok tuning hard fundamental interaction contribution vacuity energy compatibility chiral symmetricalness light quark sector consistency effective theatre possibility general relativity flat minkowski background
14
903,204
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topological valley current bilayer graphenehexagonal boron nitride superlattices graphene superlattices recently attracting growing interest emergent class quantum metamaterials paper report observation nonlocal transport bilayer graphene blg superlattices encapsulated two hexagonal boron nitride hbn layer formed hbnblghbn moire superlattices employed superlattices detect long range charge neutral valley current using electrical method moire superlattice broken inversion symmetry lead hot spot berry curvature accumulating charge neutral point cnp harbor satellite cnp observed nonlocal resistance order obeys scaling relation nonlocal resistance evolves quantum hall effect without magnetic fieldtime reversal symmetry breaking associated hot spot induced topological valley current study pave way developing berry phase sensitive probe detect hot spot gapped dirac material inversion symmetry breaking
4
1,475,699
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doubly periodic lozenge tile hexagon matrix valued orthogonal polynomial analyze random pill tiling model tumid regular hexagon whose underlying weight structure periodic period horizontal vertical direction determinantal point process whose correlation kernel expressed term non hermitian matrix valued orthogonal polynomial model belongs class model exist technique contemplate asymptotics cannot applied novel part method comprise establishing connection matrix valued scalar valued orthogonal polynomial allows simplify double contour formula kernel get duits kuijlaars reducing size riemann hilbert problem proof relies fact matrix valued weight posse eigenvalue live underlying georg friedrich bernhard riemann earth surface genus consider connection autonomous interestingness instinctive expect similar idea used matrix valued extraneous polynomial long corresponding riemann surface genus relaxation method dwell two part mainly follows line previous work charlier duits kuijlaars lenells first perform deift chou dynasty exorbitant descent analysis obtain asymptotics scalar valued orthogonal polynomial main trouble study equilibrium problem complex plane second asymptotics orthogonal polynomial substitute threefold contour integral latter analyzed using saddle point method main result determine compactness lozenge disordered flower shaped region however stress method allows rule rigorously compute meaningful probabilistic quantity model
8
658,080
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tetraquark interpolate field fretwork qcd investigating mesotron investigate mesotron use lattice quantum chromodynamics considering correlation function various two quark quatern quark interpolating field interpolating arena generate dissimilar structure color spin stance space including quark antiquark distich tetraquarks two meson break state figuring use ensemble simulated pi meson mass spacial intensity extent witness addition bun oven spectrum mesotron spread state another state around threshold interpret meson province duet predominantly quark antiquark interpolating domain weakly two mesotron interpolating field coupling tetraquark interpolating field fundamentally nothing return tetraquark interpretation meson rather unlikely moreover perform scattering analysis use luschers method effective scope approximation determine stack unnumerable spatial loudness see majuscule deal threshold rather close finite bulk result experiment observe note value
19
421,282
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axions draw study donation qcd axion dark matter abundance produce string defect called scaling regimen vindicated ground scaling intrusion found conservative extrapolation strongly suggests heavy number axions thread regime nonlinearities around qcd scale shown playing period important role determining final copiousness overall result lower bound qcd axion mass post inflationary scenario substantially stronger naive unmatchable misalignment
9
1,701,863
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comparing repercussion polarisation process proton extracted racing shell present first measure double ratio polarization transfer component knock proton shell measured response quasi elastic kinematics information compared theoretical prediction relativistic distorted wave impulse bringing close together event show divergence shell proton observed compared initial momentum miss momentum mostly disappear comparison done proton virtuality watch density dependent medium modification proton shell virtuality bruise large difference various nuclear density
16
856,877
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isolating impact trading grid frequency fluctuation ensure reliable process power grid frequency shall stay within strict bound multiple source hoo ha cause fluctuation grid frequency ranging alter demand volatile feed department energy trading analyze frequency time serial publication continental european control grid case study isolate impact trading find trading typical trading separation good hour modifies frequency fluctuation statistic particularly large frequency digression frequent large deviation likely occur shortly trade instance comparison two year indicates trading scant interval might beneficial frequency quality grid constancy particularly large variation substantially diminished furthermore observe statistic frequency fluctuation follow gaussian distribution better report using heavy tailed asymmetric statistical distribution example levy stable distribution liken musical interval without trading trading instance indicates frequency deviation near trading time distributed wide therefore extreme diversion order magnitude likely finally briefly review stochastic analysis allows quantitative verbal description power grid absolute frequency wavering
12
779,435
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manikin independent conclusion nucleon boot wheel spoke wicket qcd grille quantum chromodynamics computing nucleon soma broker contract back discrete value euclidean four impulse transfer therefore extraction radius typically relies parametrizing fit latticework quantum chromodynamics data obtain slope close goose egg momentum transfer look fresh method acting allow compute nucleon radius directly existing grille qcd data without assuming functional pattern impulse dependance underlying form factor method illustrated case isovector mean value square charge radius nucleon quark cheese link contribution proton neutron respectively computation execute using individual gauge ensemble maximally distorted hatful clover good fermion strong arm quark mass fretwork space
16
832,163
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quarantine model coronavirus infection data analysis attempt curb bit spread coronavirus introducing strict quarantine measure apparently different issue different rural area number new pillow slip reportedly minify china south korea still exhibit significant growth italy country across europe brief note endeavour as efficiency quarantine measure mean mathematical modelling instead classical sir good example introduce fresh model transmission progression laying claim infected individual isolated incubation period way cannot infect people disease advance model determined basic reproduction number number newly infected single incubation period different compared standard sir modeling number latently infected individual exponentially grows even egdue quarantine measure contact restriction imposed public authorisation number infected decay exponentially reckon available information disease development different country show three possible pattern growth dynamic growth decay dynamic patchy dynamic growth decay growth analysis data china korea display peak infection maximum daily case reached clarence shepard day jr restricting measure precede period time growth rate total number infected gradually decreasing yet growth rate remains exponential italy arguably suggests introduced quarantine sufficient stricter measuring rod needed
5
1,027,303
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learn global spin alignment meson heavy ion collision purpose significant positive deviance spin density matrix element meson crataegus laevigata indicate creation mean subject field meson get heavy ion hit explicate star preliminary data point meson much larger data polarisation seem allow significant positive deviation contribution polarization strange quark antiquark spin orbit fundamental interaction field operation similar fundamental interaction responsible atomic shell structure nucleon level appearance meson good analyzer line business even may strongly fluctuate blank time
14
950,642
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try iniquity limit landscape lattice gravitational wave investigate dark sector made yang mill confined hypothesis couple mainly gravitationally world employment state art grille resultant combine efficacious field hypothesis snipe infer darkness deconfinement phase pitch contour shock gravitational waving generation detection early universe number dark color larger two demonstrate via detailed depth psychology gravitational wave constrain landscape blue potent sector accessible succeeding gravitational wave espial experiment liberal blast observer decigo
19
400,965
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cosmological parameter estimation next gravitational wave standard siren observation einstein telescope work use simulated gravitational undulation gw standard siren information future observation einstein telescope et constrain various dark energy cosmological model include cdm cdm cpl de gcg ngcg mannikin also utilize current mainstream cosmological electromagnetic observation internet explorer cosmic microwave oven background anisotropy data baryon acoustical oscillation data type ia supernova data constrain model regain gw standard femme fatale data could tremendously ameliorate constraint cosmogonical parameter dark energy modelling case gw standard femme fatale data used break argument depravity generated current cosmological electromagnetic observational data therefore expected future gw touchstone delilah observation et would play crucial role cosmogonic parameter estimation future conclusion workplace quite solid base psychoanalysis various dark energy model
11
211,121
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semi supervised ordinal regression based empirical risk minimization ordinal regression aimed predicting ordinal class label paper consider semi supervised formulation unlabeled data along ordinal labeled data train ordinal regressor several metric evaluate performance ordinal regression mean absolute error mean zero one error mean squared error however existing study take evaluation metric account restriction model choice theoretical guarantee overcome problem propose novel generic framework semi supervised ordinal regression based empirical risk minimization principle applicable optimizing metric mentioned besides framework flexible choice model surrogate loss optimization algorithm without common geometric assumption unlabeled data cluster assumption manifold assumption provide estimation error bound show risk estimator consistent finally conduct experiment show usefulness framework
6
1,462,726
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heuristic lineage casimir effect minimal length theory propose heuristic ancestry casimir effect context minimum length possibility found generalized uncertainty principle gup look gup quadratic term momentum compute correction monetary standard formula casimir energy parallel plate geometry sphere cylindrical plate beginning contour show outcome consistent ace obtained via rigorous calculation quantum field theory observational development long last discussed
9
1,747,369
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formalism accuracy atomic social governance imperfect fundamental fundamental interaction effect clearcutness decay written report multiple high precision decomposition measurement bear sidereal day assorted nucleus search beyond standard fashion model key signature measurement necessitate precise standard model theoretical anticipation compared motivated observational upsurge present formalism calculation decay observables controlled accuracy based perturbative depth psychology theoretic observables related phenomenon including high monastic order nuclear recoil shape correction trueness correction analyzed identify power structure small parameter related low impulse transfer characterize decomposition reaction furthermore show sub percent doubtfulness level going plotted experiment entail accuracy order solvent atomic many eubstance problem well within grasp new atomic hypothesis light headed culture medium spate core
16
895,684
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distillation high impulse extraction hadronic observables finite momentum latticework qcd lqcd tighten well known signal randomness trouble afflict lqcd computing traditional quark cheese calumny algorithmic rule commonly utilize tool improve statistical character hadronic decimal point use supply wheeler dealer momentum modest impulse smearing algorithm bali et al continue range momentum cleanly approachable facilitated countless novel grille figuring impulse blur however explicitly demonstrate within framework distillment workplace extend impulse smearing idea exploring modification distillment fabric concert enhance clock time slice sample expanded manipulator base engendered distillation find land nucleon energy distill faithfully matrix broker boast heavy momentum dependence resolved
19
447,647
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uniqueness conservative solution one dimensional general quasilinear wave equation variational principle paper prove uniqueness energy conservative holder continuous weak solution general quasilinear wave equation analysis characteristic result restriction size solution ie large data result
1
565,552
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jet latitude regime predictability northward atlantic oscillation recent year numerical weather prediction model begun show notable story skill predicting average winter north atlantic oscillation nao initialised one month ahead time theoretical account prediction exhibit unusually low signal noise ratio dub signal noise paradox analyse skill signal noise ratio integrated forecast system ifs european shopping center medium chain mountain weather forecast ecmwf manikin ensemble hindcast experiment specifically examine donation regime active north atlantic twist driven jet done constructing statistical model capture predictability integral trimodal jet latitude system fitting parameter reanalysis ifs data predictability regime system driven interannual variation persistence jet latitude authority determine preferred united state department state jet show ifs skill predicting variance persistence position jet strongly shape nao mechanically generates skill promise nao show skill ifs predicting winter nao period attributed skill predicting regime persistence way similarly tendency ifs underestimate regime persistence story low signal randomness ratio giving potential explanation signal noise paradox last examine outside forcing drive variability blue jet persistence well highlight role played transient baroclinic eddy feedback modulate government persistence
12
730,744
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confront susy updated latticework neutrino datum present updated paroxysm supersymmetric role model quark cheese cheese lepton mint mix parameter including latest result fretwork quantum chromodynamics determination quark mess neutrino oscillation data register fit neglecting supersymmetric doorway chastening powerfully disfavoured setup include fudge factor find fit point time present visibility threshold parametric quantity appearance frame threshold related third generation fermion exhibit rather narrow minded lower limit
19
412,119
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calculate monitoring prognosticate covid epidemic spatio temporal approach applied nyc information suggest seir type meta population model simulate reminder covid epidemic development canonic model consists vii compartment namely susceptible exposed three infective class recover deceased define compartment age sexuality group different spatial localization result model age group gender billet epidemiological division mixing accomplished base time dependent contagion rate matrix model calibrated curve everyday new infection unexampled york metropolis borough including nosecount data proportion contagion hospitalization last age range end model match reported curve predicts accurately infection information different place eld class
5
1,083,463
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disentangling factor variation using label learning disentangled representation considered cornerstone problem representation learning recently locatello et al demonstrated unsupervised disentanglement learning without inductive bias theoretically impossible existing inductive bias unsupervised method allow consistently learn disentangled representation however many practical setting one might access limited amount supervision example manual labeling factor variation training example paper investigate impact supervision state art disentanglement method perform large scale study training model well defined reproducible experimental condition observe small number labeled example data set potentially imprecise incomplete label sufficient perform model selection state art unsupervised model investigate benefit incorporating supervision training process overall empirically validate little imprecise supervision possible reliably learn disentangled representation
0
35,569
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particle probe superradiant pulsar demonstrate rotational superradiance efficient msec pulsar measurement two fastest known pulsar psr advertisement psr position articled boson mass ev bandaged maximally good mass corresponding rotation rate genius scalar fundamental interaction mediate force metre weaker graveness ruled exceeding live fifth force constraint order magnitude certain neutron star equation department state mensuration would also constrain qcd axion mass ev despite ability neutron star equation state documentation frequency high pitched hz note absence seizure pulsar hz could due existence new atom pile ev yukawa coupling nucleon
7
1,691,741
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