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dipudl
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dataverse-tokenized-dataset

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slope tomography jet quenching expectant ion hit transverse momentum broadening energy loss propagating parton dictated space time profile green transport coefficient dense qcd medium spatial gradient perpendicular propagation centering lead trend asymmetry parton transverse momentum dispersion dissymmetry depends spatial status along transverse gradient path distance propagating parton shown numerical solution ludwig boltzmann transport simplified form drift dissemination equation high vigour heavy ion collision imbalance respect plane defined beam trigger mote photon hadron special give orientation relative event plane shown closely related transverse position initial jet production full event event simulation within analog boltzmann transport model slope tomography used localize initial jet product position detailed subject area jet quenching property quark cheese gluon plasm along given propagation path heavy ion hit
7
1,770,666
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xqsm quantitative susceptibility mapping octave convolutional noise regularized neural network quantitative susceptibility mapping qsm valuable magnetic resonance imaging mri contrast mechanism demonstrated broad clinical application however image reconstruction qsm challenging due ill posed dipole inversion process study new deep learning method qsm reconstruction namely xqsm designed introducing modified state art octave convolutional layer net backbone xqsm method compared recentlyproposed net based conventional regularizationbased method using peak signal noise ratio psnr structural similarity ssim region interest measurement result numerical phantom simulated human brain four vivo healthy human subject multiple sclerosis patient glioblastoma patient well healthy mouse brain showed xqsm led suppressed artifact conventional method enhanced susceptibility contrast particularly ironrich deep grey matter region original net consistently xqsm method also substantially shortened reconstruction time minute using conventional iterative method second
3
141,492
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competition fund management forward relative performance standard ito dispersion market ii fund director trade congener performance concern asset specialization diversification setting analyze peaceful competitive case measure performance manager strategy via forward relative performance touchstone leading respective notion fore best response criterion forth nash equilibrium motivation develop criterion come need relax various essence quite rigorous existing supposal priori choice market model investment horizon commonality latter manager considerably good priori knowledge competitor policy best response case focus locally riskless criterion deduce random forward equation solve crra case thus likewise broaden interrelate result classical setting crucial merchandise work herein ontogenesis forward performance criterion investment trouble ito diffusion market presence correlated random endowment mental process utterly uncompleted market showcase
15
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coating principal component analytic thinking constitute right footing flow subject clayey ion hit show principal component analysis pca use consequence case individual atom dispersion hit kisser establishing optimum basis anisotropic stream study data dividing line manual pick fundament occasion pca coefficient azimuthal particle distribution identical francois marie charles fourier coefficient schematic analysis technique pca apply longitudinal attribute reveals optimum basis like legendre polynomial serial analysis property simultaneously allows field couple longitudinal societal structure event azimuthal anisotropy speck emission
16
803,818
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deciphering qcd dynamic small collision system using consequence shape final state multiplicity large hadron collider high spirit multiplicity pp collision large hadron collider free energy several heavy ion like signature justify deeper read underlying physic subatomic particle production mechanism common practice use data based data hadronic transverse momentum spectrum extract thermodynamic property organisation formed laborious ion high numerosity pp collision non availability event topology dependent data based data pp collision tev spectrum non strange strange hadron constrains use pythia simulated number extract temperature like parameter study event shape multiplicity dependence specific heat capacity conformal symmetry break measuring stick csbm quicken sound observables show clear dependence event multiplicity event topology thermodynamics system largely governed lightsome particle relatively larger teemingness regard threshold particle production final state multiplicity emerges present study confirming earlier finding guidance heavier hadron relatively small abundance similar doorway observed hinting towards formation thermal bath heavier hadron equilibrium
17
336,770
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nicer discovery millisecond ray pulsation ultracompact orbit igr report detection hz m coherent ray pulsation nicer observation transient outburst low mass ray binary igr octobernovember system accreting millisecond ray pulsar minute ultracompact binary mass donor likely finite entropy white dwarf composed co fractional rms pulsed amplitude soft kev ray pulse profile contains significant second harmonic pulsed amplitude pulse phase lag relative mean timing model energy dependent local maximum kev kev respectively also recovered ray pulsation archival xmm newton observation allowing u measure long term pulsar spin rate hz infer pulsar surface dipole magnetic field strength show mass transfer binary likely non conservative discus various scenario mass loss system
10
1,374,841
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lorentz covariance peck polariton theory light mass polariton mp possibility light invent recently phys rev light mass medium describe coupled united state department state field topic primal resultant military policeman theory optical force light propagating transparent material driveway forward atomic heap density undulate mdw late theory well understood medium run part momentum light mp theory fundamentally unlike since show momentum associated mdw acquit substantial atomic mass density related rest energy light work prove lorentz covariance mp theory show stress department energy momentum sem tensor mp transforms arbitrary inertial frame also compare mp sem tensor conventional hermann minkowski sem tensor show well known fundamental problem minkowski sem tensor become solved sem tensor based mp theory peculiarly written workplace non expert reader taper lorentz transformation various conservation law symmetry special theory relativity accomplish mp theory
11
230,181
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examining relationship convective core overshoot stellar property using asteroseismology core overshoot large source uncertainty constructing stellar model whether amount overshoot constant mass dependent completely known even though model sometimes assume mass based trend work use asteroseismic data star observed textitkepler investigate relationship various stellar property amount overshoot needed properly model given star find strong positive trend stellar mass overshoot amount star slope additionally investigate inferred stellar property change function overshoot model grid show inferred stellar mass radius vary much respectively depending extent overshoot mass spread result commensurate spread age
10
1,526,700
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quark cheese gluon colour superconductivity supranuclear denseness work egression color superconductivity theory strong interaction supranuclear density terminal follow renormalization group rg flow dense strong interaction matter ii massless quark smell fundamental quark gluon arcdegree freedom high energy non perturbative low free energy regime found governed dynamical formation diquark state strong coupling initial roentgenium scale remark parameter compute chirally symmetrical scalar diquark condensation analyze scale behavior spacious compass quark chemical potential approximation entering computation critically assessed since glide path naturally allows study scale dependence coupling also monitor strength coupling appear depressed doe model dense strong interaction matter observed dependence coupling quark chemic potential may help amend role model survey futurity
14
940,248
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definitive integrability zigzag fashion model zig model relativistic body system arising high energy limit worldsheet scattering adjoint two dimensional qcd turn hellenic liouville integrability model bring home bacon explicit construction charge involution moreover also prove scheme maximally superintegrable fabricate extra independent charge complaint piecewise additive role coordinate momentum classical time delay determine algebraically integrable structure resulting matrix particle subsector massless deformed fermion
9
1,782,636
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deuce neutrino double genus beta decay sterile neutrino usually considered background experimental lookup hypothetical neutrinoless twofold genus beta decay unconscious process neutrino furcate genus beta decay yet provides completing investigation physic beyond stock model theme investigate bearing sterile neutrino coupled standard model either via leftfield turn decently handed current affect energy distribution angular correlation surmount electron two neutrino double genus beta decay pay finicky attention behaviour muscularity distribution kinematic terminus appraisal current point accumulation active unfertile mix effective right turn coupling employ current experimental information function sterile neutrino bulk well investigate predisposition future experimentation result accompaniment stand constraint sterile neutrino single beta decomposition measurement mev muckle range
16
880,995
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safe near optimal policy learning model predictive control using primal dual neural network paper propose novel framework approximating explicit mpc law linear parameter varying system using supervised learning contrast existing approach learn control policy also certificate policy allows u estimate sub optimality learned control policy online execution time learn policy data using supervised learning technique also provide randomized method allows u guarantee quality learned policy measured term feasibility optimality turn allows u bound probability learned control policy infeasible suboptimal check performed certificate policy since algorithm require solution optimization problem run time deployed even resource constrained system illustrate efficacy proposed framework vehicle dynamic control problem demonstrate speedup two order magnitude compared online optimization minimal performance degradation
6
1,313,621
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quantum evolution sum car learning graph programmable array qubits rapid development reliable quantum process unit qpu open novel computational chance machine learning introduce operation measuring law similarity graph structure data based time evolution quantum system encode topology comment graph hamiltonian organisation evolution bring measurement sample keep back key feature datum study analytically procedure illustrate versatility providing link standard classical approach show numerically scheme performs good compare standard graph core typical benchmark datasets finally learn possibility concrete implementation naturalistic neutral particle quantum processor
13
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non additive axiology large world overall value world sum value contributed value bearing entity world additively separable axiology like full utilitarianism prioritarianism critical level vista say yes non additive axiology like average utilitarianism social status discounted utilitarianism variable value view say distinction practically crucial additive axiology support argument astronomical musical scale evoke among thing overpoweringly important humanity avoid premature extinction ensure large future universe non additive axiology need show however big enough background population unaffected choice wide range non linear axiology converge implication additive axiology instance modal utilitarianism converges critical level utilitarianism various egalitarian theory converge prioritiarianism argue real reality background population english hawthorn large enough make limit issue much significant mean argument astronomical scale argument hard nosed ethic appear presuppose linear separability may truth preserving recitation whether accept linear separability basic axiological principle
18
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multivariate mollify stable linear subordination financial model subject area class multivariate anneal stable statistical distribution introduce tie social class tempered stable sato subordinators sato subordinators used build additive inhomogeneous process subordination multiparameter brownian move resulting process additive time inhomogeneous moreover process associated distribution unit measurement meter class levy process good convulsion property fifinancial data main feature sato subordinated brownian motion time qualified correlation whereas recruit counterpart provide numerical instance correlation moral force
15
1,173,510
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limit theorem factor model paper establishes central limit theorem proposes perform valid inference factor model consider setting many countiesregionsassets observed many time period estimation global parametric quantity include aggregation cross section heterogeneous micro parameter estimated separately entity central limitation theorem applies quantity demand cross sectioned time serial aggregation well quadratic form metre aggregated error report study condition one consistently estimate asymptotic division proposes bootstrap scheme case one cannot small computer simulation study illustrates operation asymptotic bootstrap subroutine result utilitarian making inference two footprint estimation procedure related factor mannequin good related context use discourse avoids morphological modeling cross sectioned dependency imposes metre series independency
18
1,612,485
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deep hedge learning simulate equity option marketplace construct naturalistic equity option grocery store simulator found generative adversarial network gans consider recurrent temporal convolutional computer architecture as impact state department compression option market simulator extremely relevant allow extend limited material earth data point set uncommitted preparation rating option trading strategy show network based source outperform classical method range benchmark metrical adversarial training achieves best operation work demonstrates maiden clip gans successfully utilise task generating multivariate financial clock time series
15
1,186,885
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understanding infection progression strong control measure universal covid growth signature far flung growth signature covid confirmed case count report sharp passage three distinguishable dynamic regime exponential superlinear sublinear analytical numerical analysis novel fabric developed exploit information signature approaching well known physic lend oneself one look mutual dynamical feature independently difference factor feature assort scale natural law used powerful tool pinpoint region analytical derivation effective get insight qualitative variety disease advance infer key infection argument developed framework joint analytical numerical analytic thinking empirically observed covid ontogenesis pattern lead fundamental understanding contagion progression strong dominance measure applicable outburst covid infectious disease
5
1,057,821
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extension valid syllogism valid categorical argument reduction latter barbara darapti darii disamis memory sister cristina popa one present simple set theory model stm valid categorical argument vcas proper superset valid categorical syllogism v main stm initiator george boole worked universe discourse contains pairwise complementary set categorical term non p non non thus partitioned eight subset spm spnon mnon snon pnon intersection denoted adjacency stm superfluous syllogistic figure disregarded positive term p negative term non non non allowed appear pair categorical premise pcp entailed logical consequence lcs increase number distinct resp premise six formulable via positive term eight number distinct pcp appearing classical categorical syllogistic cc appearing stm latter pcp pcp entail lcs thus generate vcas vcas v split four type type contains eight vcas vca written vca type via group eight labelings thus vcas barbara darapti darii disamis chosen type representative vcas v via term relabeling vca v written without changing pcp lc content either barbara darapti darii disamis one discus vcas lcs simplebiliteral vca sorites empty set constraint esc vca distribution conservation rule valid categorical argument rofvca vca generalized version rule valid syllogism rofvs note cc restricts v lcs format asp esp isp osp
1
539,661
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structure si understood detailed test implementation nuclear force thrust scale organic evolution polar nucleus nucsi become beyond comparison excited state energy important moderate shell manakin effectual fundamental interaction sdpf mu sdpf si regurgitate humbled lying nucsi energy whose anticipation observables differ importantly interrogated population state neutron rich nucsi one proton remotion reaction nucp projectile mevnucleon valuate cross section slip suit nucsi final publica compared figuring compound eikonal chemical chemical reaction moral force shell manner exemplar nuclear structure overlap departure two cuticle manikin description examine linked foretell low prevarication excited consistence smooth build coexistence based present data easily concord sdpf mu calculation body politic observed kev nucsi propose horizontal surface
16
851,857
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measurement time dependent rape decay report card measurement time dependent intrusion radioactive decay using data sample distribution pair collected belle experiment runnin resonance kekb collider disintegration take mainly via penguin amplitude result stat syst stat syst precise mensuration violati decay mode date value violating parameter consistent obtained apply decay mode carry via tree amplitude
17
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variational principle bifurcation lagrangian mechanic application variational rule bifurcation periodic solvent lagrangian automobile mechanic shown higher derivative activeness constitutional periodic solution reveals behaviour action function space near solution variational principle collapse method recover bifurcation solution second derivative hessian action important role bifurcation point eigenvalue hessian tends zero inversely eigenvalue tends zero aught point bifurcation stage third high spirit derivative action determine property bifurcation bifurcated solvent
8
692,788
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empirical analysis service timbre reliability end user satisfaction electronic banking nigeria today bank adopt ict mean enhancing banking serving quality saving bank cater ict base electronic service also called electronic banking cyberspace banking online banking etc customer despite increasing adoption electronic banking relevance towards end user gratification investigation conducted factor enhanced last exploiter gratification sensing research empiric analytic thinking conducted factor influence electronic banking user satisfaction perception relationship factor client satisfaction subject field assist bank industry meliorate level client satisfaction increase adhesiveness bank customer
15
1,103,407
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symmetry gauge hypothesis study symmetry gauge theory presence matter bailiwick fundamental genial representation polyakov loop dependence gratuitous energy figure restrain lattice partition function integration capable violence field consistent spatial direction gauge subject area go away spacial component display bound large identification number secular internet site explicit divulge correspondence vanishes driven dominance denseness state argue spatial contact well spacial mode thing theater see boundary separating area balance realised rest
19
493,585
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waveguide coupled cavity enhanced light emission individual carbon nanotube demonstrate individual single walled carbon nanotube light emitter integrated onto microcavity waveguide operating telecom wavelength regime light emission carbon nanotube enhanced cavity resonance efficiently extracted waveguide facet transferred carbon nanotube nanobeam cavity dry process ensuring individual carbon nanotube used guided light emission chirality identified single carbon nanotube narrow linewidth le nm resonance rejection db waveguide coupled device configuration compatible fully integrated chip design promising carbon nanotube based photonics
2
1,478,527
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spurious finite sizing imbalance gogny type interaction recently raw parameterization gogny interaction worthy astrophysical application named dm presented investigate possible existence spurious finite size instability new gogny force repeating study already performed ordinarily used parameterizations dn dm gogny force study based fully antisymmetrized random form approximation rpa calculation nuclear matter response function employing continued fraction proficiency sprain raw gogny interaction affected spurious finite sizing instability scalar isovector channel hence unphysical event carry calculation property core like neutron proton density decimeter force used conclusion study beginning sentence tested mean field computing coordinate representation several nucleus unphysical result several nucleus also obtained dn parameterization gogny force observation strongly advocate use linear response formalism detect avoid finite size instability correspond argument gogny fundamental interaction already done skyrme force
14
913,232
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adaptive semiparametric bayesian differential equation via sequential monte carlo nonlinear differential equation de used wide range scientific problem model complex dynamic system differential equation often contain unknown parameter scientific interest estimated noisy measurement dynamic system generally closed form solution nonlinear de likelihood surface parameter interest multi modal sensitive different parameter value propose fully bayesian framework nonlinear de system flexible nonparametric function used represent dynamic process expensive numerical solver avoided sequential monte carlo annealing framework proposed conduct bayesian inference parameter de numerical experiment use example ordinary differential equation delay differential equation demonstrate effectiveness proposed algorithm developed package available url
6
1,545,043
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heavy tailed distribution closing auction bridge study tail shutdown auction bridge return distribution sampling liquid european stock use stochastic birdsong auction model derksen et al derive sexual intercourse tail index limit order placement distribution empennage advocator resulting closing auction sale return distribution verify coitus empirical observation counter intuitively large closing price fluctuation typically caused expectant market guild instead tail become hard market ordering removed model explains observation limit order submitted counter subsist marketplace order imbalance
15
1,146,866
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derivative non linear erwin schrodinger equation singular manifold method trygve halvden lie proportion present popularise cogitation characterization integrability property derivative non linear schrodinger equation property lax pair derived par mean value miura transformation rum manifold method procedure together darboux shift allow construct full class intellectual soliton like solution lie greco roman symmetry also computed similarity reduction analyze discussed
12
782,164
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active default contagious disease heterogeneous interbank system study provide unproblematic setting connects structural modelling approach gai kapadia interbank network mean sphere approach nonpayment infection accomplish make deuce primal contribution first propose dynamic default option contagious disease model endogenous early default finite set bank generalising gai kapadia framework nd reformulate organization stochastic corpuscle system leading specify mean theater operation problem field existence clearing system mean field problem continuity system response
15
1,125,237
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primaeval black hole formation secondary gravitational wave nonminimal derivative coupling pomposity study possibility primordial black hole pbhs geological formation aim find considerable fraction dark matter dm apply gravitationally enhanced friction mechanic arises nonminimal derivative coupling scalar subject gravity assuming nonminimal coupling argument special function scalar bailiwick considering potential natural inflation find trio parameter set produce period extremist boring coil inflation lead sufficiently large enhancement curve power spectrum form pbhs show gravitationally enhance rubbing mechanism pbhs mass around constitute around entire dm course study pbhs shoot great candidate dm study secondary gravitational moving ridge gws setting show modelling predicts peak present fractional department energy compactness different frequency three parameter set value trygve lie substantially inside sensitivity region gws sensor frequency therefore observational compatibility exemplar appraised data demodulator
11
236,991
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symmetry charge preservation law causal diamond general relativity written report covariant phase angle space vacuum general relativity null boundary causal diamond past future component void boundary uncounted dimensional symmetry algebra consisting diffeomorphisms sphere boost supertranslations corresponding angle subordinate rescalings affine parameter along null generator associated symmetry charge flux obtained covariant phase quad formalism using prescription wald zoupas analyzing behavior spacetime metric near corner causal diamond show state flux also hamiltonian generator proportion phase space particular supertranslation flux yield unnumberable kinsfolk boost hamiltonians acting gravitational data causal diamond show smoothness vector field representing symmetry bifurcation edge causal diamond implies suitable matching consideration symmetry past future element null boundary similarly smoothness spacetime measured implies flux symmetry conserved preceding future component void boundary establishes infinite typeset conservation law finite subregions gravity analogous null infinity also testify symmetry algebra causal diamond non trivial center corresponding incessant encouragement key charge associated constant cost increase relative area bifurcation edge causal diamond analogy wald entropy chemical formula
9
1,804,559
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simpleton dependable formula assessment utmost volumetrical productivity photobioreactors paper establishes discus consistence range pertinency simple general prognosticative analytical formula enabling easily as maximum volumetric biomass growth rate productivity several variety photobioreactors le percent deviation experimental validation performed photobioreactors different conception design cultivating cyanobacterium arthrospira platensis wide range book hemispherical incident lighter flux practical usefulness proposed formula demonstrated fact appears independent characteristic material phase case reactor kind mixing biomass assiduity according initiatory principle thermodynamics gauss ostrogradsky theorem ability give maximal kinetic performance photobioreactors cultivating many dissimilar photoautotrophic strain cyanobacteria green algae eukaryotic microalgae theoretically discussed experimental result report future oeuvre writer contribution arising scientific community working line business photobioreactor engineering potentially interested approach
5
1,034,284
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ladder resummation spin fermion many body system arbitrary partial wave content resum ladder diagram calculation energy density spin fermion many body system term arbitrary vacuum two body scattering amplitude partial wave decomposition medium two body scattering amplitude developed expression calculating partial wave amplitude expansion also given case contact interaction completely solved shown provide renormalized result expressed directly term scattering data parameter within cutoff regularization wide class scheme wave interaction considered including first three term effective range expansion paying special attention parametric region around unitary limit
4
1,529,093
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doubly nonlinear evolution inclusion second purchase order non variational disruption investigate existence weak solution abstract cauchy trouble following doubly nonlinear evolution inclusion body second order beginalign begincases utpartialpsiutpartial mathcaletutbtutut ni ft quadriceps femoris atomic number uu quad uv endcases endalign severable reflexive banach quad suitable assumption functionals well perturbation external military unit existence answer established showing intersection variational approximation scheme using instrument theory convex analysis hypothesis slope system
8
682,707
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quantum linear scalar field time dependent potential overview application cosmology work present overview uniqueness result derived recent year quantization gowdy cosmological model test klein gordon field minimally coupled friedmann lemaitre robertson walker de sitter bianchi spacetimes result attained imposing criterion symmetry invariance unitary implementability dynamic powerful combination criterion allows address ambiguity representation canonical commutation relation also single preferred set fundamental variable sake clarity completeness presentation essentially background complementary material first review classical quantum theory scalar field globally hyperbolic spacetimes special emphasis made complex structure unitary implementability symplectic transformation
11
297,693
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five loop static contribution gravitational interaction potential two point mass compute static contribution gravitational interaction potential two point mass velocity independent five loop th post newtonian approximation harmonic coordinate effective action direct calculation computation performed using effective field method based feynman diagram momentum space space dimension also reproduce previous result including th post newtonian order
7
1,562,359
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deuce ace body non leptonic heavy heavy decay nnlo qcd individual leptonic two trunk decay meson studied extensively past two decade within framework factorisation withal exploration correspond three body eccentric started recently part incite fresh data point see simplest non leptonic three body decay peak view factorization namely heavy punish transition provide heedful derivation scetqcdf factorized amplitude nnlo saucer numeral impingement nlo nnlo correction study narrow width pointedness accrual render trio organic structure amplitude reproduces analytically sleep together quasi two body decay amplitude compute finite width fudge factor finally discus plastered observables sensitive perturbative nlo nnlo correction higher gegenbauer minute dimeson lcdas first study non leptonic leash body decay nnlo quantum chromodynamics
19
442,791
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demeanour information flow near criticality late experiment indicated many biological system self organise near decisive point hint vulgar design principle suggested information transmission optimize near decisive point remains unclear information transmission depends dynamic input signal distance information pauperism transmitted distance critical point employ stochastic simulation aim ising system study instantaneous mutual information information transmission rate driven input spin output spin instant mutual information varies non monotonically temperature increase monotonically correlation time input signal contrast information transmission pace exhibit maximum social function stimulation correlation fourth dimension moreover exists optimal temperature maximizes maximal information transmission rate arises tradeoff necessity respond fast alteration input information per building block amount time beam necessitate respond reliably optimal temperature rest vital spot move towards distance input output spin increased
5
1,032,203
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constraining qcd phase angle diagram finite temperature tightness neither chiral limit finite baryon density simulate right away lattice quantum chromodynamics seriously limit understanding quantum chromodynamics phase angle diagram inspection collect result phase social social organization extended parameter quad qcd deviate act flavour quark sight colour latticework quad fanciful isospin chemical electric potential drop study help realise inherent symmetricalness degree freedom beginning provide consistent picture constraining hypothesis physical phase diagram
19
447,142
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measurement microscopic description odd still staggering bearing exotic copper isotope mesoscopic nature atomic nucleus give rise across board regalia macroscopic microscopic phenomenon size nucleus windowpane duality charge radius globally scale evolution across isotopic chain reveals unanticipated structural phenomenon ubiquitous perhaps odd even staggering oes isotope odd number neutron usually small size trend even neutron neighbour suggests oes effect varies number proton neutron pose significant challenge nuclear theory examine problem fresh measurement charge radius little lived copper isotope exotic cu produced ion using highly sensitive collinear resonance ionisation spectroscopy cris method isolde cern due presence exclusive proton outside closed shell measurement provide crucial insight single particle proton structure affect charge radius observe unexpected reduction oes isotope approaching shell opening describe data point hold model based nuclear density functional theory dft ab initio valence space medium similarity renormalization group imsrg theory comparison demonstrate relation global behavior charge radius vividness density nuclear matter show local charge radius variation reflect many body polarization effect referable unexpended neutron course emerge imsrg calculation
16
803,274
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su graph changeless regge action polytopes revisit large spin asymptotics symbol term cosine euclidian regge action derived barrett collaborator using saddle point estimate bring closer perspective area slant regge calculus twisted geometry compute explicitly hessian phase offset extend general su graph invariant showing saddle full stop still exist similar structure graph dual polytopes see discrete saddle power point lead cosine asymptotic formula however conformal shape mismatch allowed configuration asymptotic military action thus abstraction regge action allowed mismatch correspond angle matched twisted geometry polyhedral tessellation adjacent face matching orbit angle diagonal study geometry key relevant subset corresponding regge data monotone polytope data discus corresponding regge action law emerging asymptotics finally also provide first numerical confirmation large spin asymptotics symbol show agreement accurate per centime level already spin order next leading fiat oscillates frequency global phase
8
661,057
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prospect terahertz imaging human skin cancer help gold nanoparticles based terahertz infrared converter design suggested possible operation parameter discussed instrument inspect skin cancer tumour terahertz thz range transferring image infrared ir making visible help standard ir camera central element device thz ir converter teflon silicon film matrix embedded nm diameter gold nanoparticles use external thz source irradiating biological tissue sample presumed converter temporal characteristic enable performance real time scale detail design suited operation transmission mode vitro human skin reflection mode vivo specified
2
1,360,051
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compressing deep neural network matrix product operator deep neural network parametrization multilayer mapping signal term many alternatively arranged linear nonlinear transformation linear transformation generally used fully connected well convolutional layer contain variational parameter trained stored compressing deep neural network reduce number variational parameter prediction power important challenging problem toward establishment optimized scheme training efficiently parameter lowering risk overfitting show problem effectively solved representing linear transformation matrix product operator mpos tensor network originally proposed physic characterize short range entanglement one dimensional quantum state tested approach five typical neural network including fc lenet vgg resnet densenet two widely used data set namely mnist cifar found mpo representation indeed set faithful efficient mapping input output signal keep even improve prediction accuracy dramatically reduced number parameter method greatly simplifies representation deep learning open possible route toward establishing framework modern neural network might simpler cheaper efficient
13
1,283,101
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deep learning based survival prediction multiple cancer type using histopathology image prognostic information diagnosis important implication cancer treatment monitoring although cancer staging histopathological assessment molecular feature clinical variable provide useful prognostic insight improving risk stratification remains active research area developed deep learning system dl predict disease specific survival across cancer type cancer genome atlas tcga used weakly supervised approach without pixel level annotation tested three different survival loss function dl developed using slide case evaluated using slide case multivariable cox regression analysis combined cohort including cancer dl significantly associated disease specific survival hazard ratio ci p adjusting cancer type stage age sex per cancer adjusted subanalysis dl remained significant predictor survival cancer type compared baseline model including stage age sex index model demonstrated absolute improvement ci combined cohort additionally model stratified patient within individual cancer stage particularly stage ii stage iii developing evaluating prognostic model across multiple cancer type work represents one comprehensive study exploring direct prediction clinical outcome using deep learning histopathology image analysis demonstrates potential approach provide prognostic information multiple cancer type even within specific pathologic stage however given relatively small number clinical event observed wide confidence interval suggesting future work benefit larger datasets
3
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axion baryon coupling su fleshy baryon chiral perturbation hypothesis past axion nucleon coupling calculated framework su heavy baryon chiral perturbation theory third order chiral power count extend earlier study type heavy heavy particle chiral perturbation hypothesis su savour symmetry derive axion coupling full su heavy particle octet showing axion also significantly couple hyperon study dense atomic matter suggest potential existence hyperon stellar target neutron star result phenomenological implication interrelate called axion window
14
932,540
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mean field limit riesz type singular flow possible multiplicative transport noise provide proof mean field convergence first order dissipative conservative dynamic particle riesz type singular interaction model interaction inverse power distance assuming certain regularity solution limiting evolution equation relies modulated energy approach introduced previous work restricted coulomb super coulombic case method also allows u incorporate multiplicative noise transport type dynamic first time generality relies extending functional inequality arxiv arxiv arxiv general interaction via new robust proof exploit certain commutator structure
1
555,846
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thick amorphous complexion formation extreme thermal stability ternary nanocrystalline cu zr hf alloy building recent discovery tough nanocrystalline cu zr alloy amorphous intergranular film paper investigates ternary nanocrystalline cu zr hf alloy focus understanding alloy composition affect formation disordered complexion binary cu zr cu hf alloy similar initial grain size also fabricated comparison thermal stability nanocrystalline alloy evaluated annealing degc solidus temperature followed detailed characterization grain boundary structure ternary alloy exhibited exceptional thermal stability comparable binary cu zr alloy remained nanocrystalline even two week annealing extremely high temperature despite carbide formation growth alloy milling annealing thermal stability ternary alloy mainly attributed formation thick amorphous intergranular film high temperature result show ternary alloy composition thicker boundary film compared binary alloy similar global dopant concentration required amorphous complexion formation work show least three element present interface lead thicker grain boundary film expected maximize previously reported toughening effect
4
1,416,621
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dimensionality driven photoproduction massive dirac pair near threshold gapped graphene monolayers generation quasi particle hole pair breach graphene monolayers combined field two counterpropagating light wave studied process represents analogue electron positron pair production quantum electrodynamics vacuum breit wheelwright gist show yet two dimensional structure graphene causa striking conflict scenario particular obstinate qed case allows non zero pair production rate energy threshold breit cyclist chemical reaction take nonlinearly absorption three photon
13
1,299,029
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qualify gravity interior universe deuce virtuoso study effect beyond horndeski hypothesis modified gravity interior universe ii star consider uncomplicated phenomenological simulation star left main sequence lean atomic number burning shield partially degenerate isothermal core surrounded radiative gasbag two region distinct opacity using suitable matching shape two internal boundary numerical psychoanalysis ensue stellar equation modified sobriety carried overall gravitational attraction english hawthorn weakened resulting decrease luminosity increase radius lead effect reversed nigh core suggested mannikin within limitation yield saltation modified gravity parametric quantity
11
207,275
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question squeezable viscid fluid driven meter periodic inflowoutflow boundary condition consider barotropic navier stokes system describe motion compressible gluey fluid confined bounded domain impelled time periodical inflowoutflow boundary condition show problem admits time periodic solution class washy solution meet energy inequality
8
694,576
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autonomous shuttle last mile connectivity paper describes autonomous shuttle target providing last mile transportation often involves operation crowded area high level pedestrian traffic little lane marking traffic control aim create functional shuttle improved upon future new robust solution developed replace current component initial implementation shuttle presented detailing overall architecture controller structure waypoint following obstacle detection avoidance lidar based sign detection pedestrian communication performance component evaluated future improvement discussed
0
60,497
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flavor cp violating higgs sector two higgs doublet model investigate role local correspondence problem cp violation effective theory two higgs doublet model microscopic counterpart first two higgs doublet pattern appearance higher dimensional manipulator scalar potential violate cp symmetry interplay mixing mass argument giving rise small scale mixing cp yet cp odd scalar motivated mesotron anomaly recent year take flavour benchmark role model specifying flavour structure calculate electric dipole moment electron eedm loop due cp violating higher dimensional operator identify correlation mass toilsome higgs boson cutoff scale leap eedm also comment possibility making independent test cp violation collider search heavy higgs boson finally show obtained eedm result effective theory used constrain microscopic modelling explicit cp violation part decoupled dark sector
7
1,783,436
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neural network perturbation hypothesis based born series deep learning using eponymous deep neural network dnns become attractive approach towards various data based problem theoretical physic past decade clear trend deeper architecture containing increasingly powerful involved layer contrarily taylor coefficient dnns still appear mainly light interpretability study computed first order however especially theoretic physic numerous problem benefit get higher order easily gap motivates general formulation neural network nn taylor expansion restrain analysis multilayer perceptrons mlps introducing quantity refer propagator vertex depending mlps weight bias establish graph theoretical approach similarly feynman rule quantum field theory systematically assign diagram containing propagator vertex corresponding partial derivative examining approach wave scattering duration shallow likely observe nns adapt derivative mainly leading fiat target affair taylor expansion circumvent job nominate iterative nn perturbation theory iteration eliminate leading parliamentary law next leading order dependably learned subsequent looping performing two looping find first second order term aright adapted respective loop finally combine result find proxy enactment machine watch second social club born idea
14
946,063
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geometry nonholonomic chaplygin scheme revisited consider nonholonomic chaplygin system associate tensor field embodiment space term gyroscopic tensor touchstone interplay non integrability restraint dispersion kinetic energy metric show tensor whitethorn naturally used derive almost symplectic description reduced dynamical moreover express sufficient experimental condition measure preservation hamiltonisation via chaplygins reducing multiplier method term prop tensor theory used give new proof remarkable hamiltonisation multi dimensional veselova system obtain fedorov jovanovic nonlinear sci reg chaot dyn
12
742,885
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habituate apple car learning algorithm detect subclassify small cell lung cancer lung cancer proceed major health care challenge gamey morbidity mortality rate among man woman worldwide majority lung cancer case non small prison cell lung cancer character advent target cancer therapy imperative properly diagnose besides sub classify non small cell lung malignant neoplastic disease study measure utility using orchard apple tree create ml module detect poor boy classify non small cell carcinoma based histopathological image module optimization program detected non little cellular telephone lung cancer image successfully subclassified majority prototype trained module utilized symptomatic smartphone based practical application augmenting diagnostic service understaffed area world
5
1,088,769
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radio single valued function based path planning cellular connected uav newspaper study three dimensional path planning cellular connected unmanned aerial fomite uav minimize flying distance give initial final location ensuring target link quality term expected signal interference plus noise proportion sinr uav receiver associated ground base station gb flight exploit location dependent spatially varying channel comfortably interference space propose new radio single valued function base path planning framework uav specifically consider channel gain map gb provides large scale channel gain uniformly sampled location grid due static large size obstruction eg building thus assumed time invariant based channel gain map gb well loading factor construct sinr map depicts expected sinr storey try location leveraging obtain sinr map proceed derive optimal uav path solving equivalent shortest course problem spp graph theory propose grid quantization approach grid point sinr single valued function coarsely sampled exploiting spatial channelinterference correlation neighboring grid solve approximate spp reduced size sinr map graph reduced complexity numerical result display proposed solution effectively downplay flying distancetime uav subject communication quality constraint flexible business deal performance complexity reach adjust grid quantization proportion sinr map moreover proposed solution importantly outgo various benchmark scheme without fully exploiting channelinterference spatial dispersion network
3
165,085
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enhancing sensitivity non standard neutrino fundamental interaction ino combining muon hadron information neutral current non standard fundamental interaction nsis neutrino matter fermion propagate long aloofness inside earth topic give rise extra matter potential apart standard msw potential ascribable mediated interaction matter paper explore impact flavor violating neutral current nsi argument vibration atmospheric neutrino antineutrino using kt magnetise ical detector ino find imputable non zero transition probability get modified substantially higher energy longer baseline vacuum oscillation dominates estimate sensitivity ical detector various choice binning scheme observables optimistic bound obtain cl using ktyr exposure considering observables range gev gev severally first time show billing identification capability ical detector crucial set stringent constraint also show marginalize fit range mass hierarchy sensitiveness deteriorates calculate depth psychology style precision measurement atmospheric parameter remain quite robust ical detector
7
1,795,579
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relativistic mean value field approach atomic system new scheme report property finite nucleus purpose based dirac brueckner hartree fock dbhf approach starting bare nucleon nucleon fundamental interaction relativistic structure nucleon self vigor nuclear matter depending density impulse isospin imbalance determined subtracted matrix technique parameterized make water easily approachable general consumption scalar vector potential single particle nucleus generated via local density estimation lda surface effect finite nucleus taken account improved lda ilda successfully applied microscopic derivation optical model potential nucleon karyon scattering bulk property core group determined ego ordered scheme nucleus nuclear mass table calculated bond energy agree well empirical data predicted value radius spin orbit split single particle energy smaller observational information basic feature sophisticated dbhf reckoning finite lens nucleus reproduced
14
936,192
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exotic decay top partner mind lookup gap many standard example telephone extension include composite goldstone higgs model predict vector like fermionic top partner tev ordered series intensive search programme book map cm focus decay generation quark cheese electroweak boson still underlying model partial compositeness contain additional state reach procession alien top partner decay consider well motivated scenario charge top partner radioactive decay role player scalar rule threshold show restraint top partner mass qcd couplet production substantially weakened still allowing top spouse mass light gev
17
337,548
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low saltation relaxation time massless fluid presence charismatic subject field due lowest possible quantum fluctuation shear viscosity entropy compactness ratio neer strain zero rather lower bound approx attempted link computation base relaxation time approximation massless relativistic fluid value interestingly found downcast also upper limit slackening time
14
972,583
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estimating mixing time ergodic markov chain address problem estimating mixing time arbitrary ergodic finite state markov chain single trajectory length reversible case addressed hsu et al left general case open problem reversible case analysis greatly facilitated fact markov operator self adjoint weyls inequality allows dimension free perturbation analysis empirical eigenvalue hsu et al point absence reversibility induces asymmetric pair probability matrix existing perturbation analysis worst case exponential dependence number state furthermore even eigenvalue perturbation analysis better dependence available non reversible case connection spectral gap mixing time nearly straightforward reversible case key insight estimate pseudo spectral gap instead allows u overcome loss symmetry achieve polynomial dependence minimal stationary probability additionally reversible case obtain simultaneous nearly logarithmic factor minimax rate precision closing gap hsu et al treated constant lower bound finally construct fully empirical confidence interval shrink zero rate roughly improve state art even reversible case
6
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sapaugment learning sample adaptive policy data augmentation data augmentation method usually apply augmentation mix training sample example perturb data noise noise sampled normal distribution fixed standard deviation sample hypothesize hard sample high training loss already provides strong training signal update model parameter perturbed mild augmentation perturbing hard sample strong augmentation may also make hard learn furthermore sample low training loss perturbed stronger augmentation provide robustness variety condition formalize intuition propose novel method learn sample adaptive policy augmentation sapaugment policy adapts augmentation parameter based training loss data sample example gaussian noise hard sample perturbed low variance noise easy sample high variance noise furthermore proposed method combine multiple augmentation method methodical policy learning framework obviates hand crafting augmentation parameter trial error apply method automatic speech recognition asr task combine existing novel augmentation using proposed framework show substantial improvement relative reduction word error rate librispeech dataset state art speech augmentation method
6
1,329,636
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coreset clump little quantum estimator many quantum algorithm machine learning require accession definitive data superposition however many born data set algorithm overhead required load data set superposition erase potential quantum speedup classical algorithm late work harrow acquaint unexampled paradigm intercrossed quantum classical computing address issue relying coresets minimize data laden overhead quantum algorithm investigate using paradigm perform mean clustering near term quantum computer shake qaoa optimization instance small coreset compare performance approach definitive mean cluster numerically experimentally ibm hardware able bodied find data set coresets put work substantially relative random sampling qaoa could potentially outgo standard mean coreset notwithstanding finding data typeset coresets qaoa workplace intimately necessary quantum reward mean entire data seth appear challenge
13
1,289,491
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enhanced adiabatic index hot neutron rich issue microscopic nuclear effect investigate adiabatic index hot dense atomic thing chiral effective field theory get result systematically larger typical bastardly field model start constructing finite temperature equation state chiral two three nucleon force use primed class extended skyrme energy tightness functionals allows model thermal index across full range density temperature may probed simulation core collapse supernova neutron sensation merger including low density nonuniform mixed phase uniform affair compare result analytic expression base fermi liquid theory correlation caloric index effective mass nuclear saturation density studied systematically bayesian modeling atomic equation state study behavior relativistic relativistic mean subject area model used astrophysical simulation community complement free base chiral effective field theory constraint study derive compact parameterization formula across range denseness temperature encountered core collapse supernova binary neutron principal merger suggest may utilitarian numerical simulation community interest
14
999,852
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relating second order geometry manifold projection normal section use normal section relate curvature locus regular resp singular corank manifold resp regular resp singular corank surface resp example show generate roman surface family ellipsis different steiner way furthermore give necessary condition jet parametrisation singular manifold certain orbit term topological type curvature locus singular surface obtained normal section also study relation regular singular case projection show commutative diagram projection normal section relates curvature locus different type manifold therefore second order geometry related particular define asymptotic direction singular corank manifold relate asymptotic direction regular manifold singular corank surface
1
556,961
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generalize punctual hilbert scheme complex social organization define analyse assorted generalization punctual hilbert scheme plane associated complex real lie algebra construct raw geometric structure surface whose modulus space ploughshare multiple place hitchin part conjecturally homeomorphic simple complex lie algebra generalizes higher complex structure real lie algebra give alternative description hitchin kostant rallis section
8
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structure result event energy dependent neutron gamma multiplicity correlation sf expelling neutron gamma ray fission shard reveal important entropy prop fragment immediately following scission initial fragment property correlation fragment discharge competition give rise correlation neutron vasco da gamma emission neutron gamma correlation important non proliferation application characterization fissionable sample relies identification signature measured radiation furthermore recent theoretical experimental advance proposed explain mechanism angular impulse propagation fission paper present novel analysis method acting neutron da gamma ray emitted fission fragment allows discern structure observe correlational statistic analyzed data collected cecfsf khi nu array los alamo neutron skill center analysis energy differential neutron gamma multiplicity covariance observed enhanced neutron da gamma correlation corresponding rotational band gamma ray transition gamma ray energy mev moult light origin structure compare experimental datum forecasting three model calculation origin observed correlation structure understood condition positive whirl energy correlation coeval angular momentum fission
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uav trajectory planning wireless sensing element network energy consumption minimization deep reinforcement learning unmanned airy vehicle uavs emerged promising candidate solution data point collection large graduated table wireless sensor network wsns paper investigate uav aided wsn cluster head chs receive datum member node uav dispatched collect data chs along planned trajectory aim minimize full energy consumption uav wsn organisation complete round data collection toward end formulate energy consumption minimization problem constrained combinative optimization problem collectively selecting chs node within cluster planning uavs visiting order selected chs formulated energy consumption minimization problem np hard hence operose solve optimally order tackle challenge propose novel deep reinforcement learning drl technique cursor network ptr efficiently learn experience uav flight policy minimizing energy consumption uavs start point wsn set pre square cluster fed ptr ptr output radical chs visiting order chs ie uavs trajectory parameter ptr trained small scale cluster problem instance faster training using actor critic algorithm unsupervised manner inference triplet search strategy also proposed improve quality solution simulation result show coach model based cluster cluster estimable generalization ability solve uavs flight provision problem wsns different number cluster without need retrain model furthermore ensue show proposed drl algorithmic rule outdo two service line technique
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vulnerability forecasting theory practice wait zero day could predict advance possible predict volume cf released nvd much year advance done within percent actual value different predictive algorithm perform well different lookahead value also possible estimate proportion total volumn belonging specific vendor software cv score vulnerability type strategic patch management become much easier uncertainty reduction
0
68,402
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skyrmion ground state rapidly rotating fermion system show ultracold fermion artificial magnetic field open new window physic spinful fractional quantum hall effect numerically study lowest energy state strongly interacting fermion system rapidly rotating optical microtraps find skyrmion like ground state locally ferromagnetic long range spin texture emerge realize state experimentally rotating microtraps higher order angular momentum component may used prepare fermionic particle lowest landau level find parameter regime skyrmion like ground state accessible current experiment demonstrate adiabatic pathway preparation rapidly rotating harmonic trap addition long range interaction lead even richer interplay spin texture fractional quantum hall physic
4
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transition strength stable ni isotope excited state department ni populate via inelastic proton scattering australian national university well via inelastic neutron sprinkle university kentucky accelerator laboratory top electron mass spectrometer caesar arthur holly compton suppressed hpge regalia used complementary experiment measure conversion coefficient mix ratio severally number transition data obtained combined life time branching ratio determine transition strength state transition force state measured using internal transition electron spectrum analysis compare substantially previous result internal couple constitution spectroscopy transition strength lowest lying state regain consistently large isotope take
16
873,166
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boltzmann concept reality article describe analyze concept realism developed austrian theoretical physicist ludwig boltzmann thesis boltzmann fully mindful reality could actually described different percentage point view injure boltzmann renounce estimate realness real also discus main motive strongly convoluted philosophy skill advantageously development make boltzmann main philosophic idea namely scientific theory range function nature consequence final stage paper discussion modernity boltzmann philosophy scientific discipline
11
227,865
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generalized local iv unordered multiple treatment level identification efficient estimation testable implication paper study econometric aspect generalized local iv framework defined using unordered monotonicity condition accommodates multiple level treatment instrument program evaluation framework explicitly developed allow conditioning covariates nonparametric identification result obtained wide range policy relevant parameter semiparametric efficiency bound computed identified structural parameter including local average structural function local average structural function treated two semiparametric estimator introduced achieve efficiency one conditional expectation projection estimator defined nonparametric identification equation doubledebiased machine learning estimator defined efficient influence function suitable high dimensional setting generally parameter implicitly defined possibly non smooth overidentifying moment condition study provides calculation corresponding semiparametric efficiency bound proposes efficient semiparametric gmm estimator using efficient influence function optimal set testable implication model assumption proposed previous result developed binary local iv model multivalued treatment model unconfoundedness encompassed special case general framework theoretical result illustrated empirical application investigating return schooling across different field study monte carlo experiment
18
1,555,877
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prison term importance medical prognosis theory theory usually comprises assumption infer prediction paper empirical evidence corroborate assumption prison term conclusion making facing known chance outcome
15
1,102,321
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finite size gist thermodynamics hadron petrol high multiplicity event proton proton collision lhc multiple musing expansion mre formalism applied hadron resonance gas hrg manikin work finite size effect thermodynamics small system hadron gas chemical substance freeze temperature high multiplicity event proton proton pp colisions lhc comparison larger organization heavy ion aa collision help undersanding usefulness force small system thermodynamic holding system chemical freeze without system rule size effect contrasted infinite hadronic form strongly interact thing idealistic thermodynamic limit provided lqcd deliberation introduction finite sizing force small hadronic system produced high multiplicity pp event unlike aa collision remain aside ideal thermodynamical limit knudsen bit estimation validate determination
7
1,776,684
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distributed topology design network coding deployed large scale sensor network paper propose solvent distributed topology formation problem large scale sensing element meshing multi generator multicast flow suggest solution free base game theoretic approach conjunction network coding proposed algorithm demand importantly low computational complexity known np hard find optimal analysis situs network put one deployed multi source multicast flow finicky formulate problem lot network topology formation network formation game consider node network player take action making outgoing link proposed result decomposes original game consists multiple player multicast flow independent link formation biz play deuce player unicast flow also show proposed algorithmic rule guaranteed influence least one stable topology computer simulation result confirm computational complexity declare oneself solvent modest plenty practical deployment orotund scale network
3
198,096
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artificial news based feeler tighten redshift blazars use ray observation paper discus artificial intelligence based approach constrain redshift blazars using combined ray observation emphfermi large orbit telescope lat ground based atmospheric cherenkov telescope act gev emphsub tev zip regime severally spectral measurement gev tev energy band express redshift dependent spectral break irradiation spectrum blazars use observational feature blazars constrain redshift observed spectral data blazars get laid redshift reported emphfermi catalog fgl fhl tev catalog used train artificial neural network ann free base algorithm training ann methodology optimized using emphlevenberg marquardt algorithm ray spectral index redshift well ascertained blazars input output parameter respectively prepare consumption observed spectral index gev sub tev regime blazars input predict redshift comparison predicted red shift ann intercourse redshift suggests value consistent within dubiousness method proposed present work would helpful future constraining predicting redshift blazars using observational ray spectral information obtained emphfermi lat current generation iacts well next generation cherenkov telescope array cta improved source statistic
17
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tensor network simulation non markovian dynamic organic polaritons calculate exact many body time dynamic polaritonic state supported optical cavity filled organic molecule optical vibrational radiative process treated equal footing employing time dependent variational matrix product state algorithm demonstrate signature non markovian vibronic dynamic fingerprint far field photon emission spectrum arbitrary light matter interaction scale ranging weak strong coupling regime analyse single many molecule case showing crucial role played collective motion molecular nucleus dark state determining polariton dynamic subsequent photon emission
4
1,543,361
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operational target controllability network structural property efficient algorithm report consider problem controlling limited number mark node network equivalently see problem manipulate target varying structured system state varying system associated node network deal problem different point opinion compared late lit indeed instead considering controllability kalman horse sense power driving force target state desired value consider stronger requirement driving prey variable time function latter whimsy yell functional target controllability think restricting controllability requirement limited determine important variable justifies using accurate notion controllability variable signally notion functional controllability countenance formulating simple graphic condition target controllability spirit structural approach controllability functional approach enables furthermore determine modest set steering node need actuated ensure target controllability maneuver node constrained belong given set show smallest set found polynomial time also capable classify possible touch variable term grandness respect functional target controllability problem
12
732,978
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sea gull theorem revisited steve gull unpublished work available cambridge university homepage outlined proof doorbell theorem habituate fourier theory gull philosophy bell theorem seen go theorem project distribute computing classic quantum computing device present disceptation correct misprint filling interruption line reasoning two entirely separated computer electronic network need triad order filling gap proof rd computer supply stream random act two computer lay two measurement station bell work end day one imagine computer replaced cloned virtual information processing system generating pseudo random number within alice bob computer gull proof want third footprint compose expectation outlook conditional outlook given hidden variable
13
1,243,751
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complexness reduction ansatz system interacting orientable agent beyond kuramoto model former result shown child class complex system consisting many interact heterogeneous phase oscillator showing draw invariant manifold result enabled reduced analytic system verbal description long term dynamic organization count although utilitarian premature result limited limitation individual interacting system component single dimensional dynamic state described single scalar angle like variable eg kuramoto exemplar paper consider generalization appropriate class coupled agent higher dimensional dynamical generalized class model system demonstrate active contain invariant manifold hence enabling antecedently inaccessible depth psychology improved mathematical study allowing alike simplified verbal description organisation also discus example illustrating potential utility result wide range interesting situation
12
733,795
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atmospheric aerosol fading effect fd data depth psychology pierre auger observatory atmospheric aerosol container monitoring system pierre auger observatory operating smoothly since two optical maser facility central laser readiness clf extreme optical maser adroitness xlf fire set shot four time per hour fd shift metre highly varying hourly aerosol attenuation correct longitudinal uv light visibility extensive air cascade detected fluorescence sensor hourly aerosol attenuation load erect aerosol optical depth used correct measured profile two technique used determine spray profile proven fully compatible doubtfulness vaod profile valuate consequently lead uncertainty energy estimate depth maximal development shower max event analysis prove validity aerosol attenuation measurement used fd event depth psychology flatness ratio reconstruct sd fd energy single valued function aerosol transmitting depth shower utmost swear
17
366,041
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thirteen simple step creating package external library desribe extend external code library using rcpp package working example us recent machine learning library application corels providing optimal yet easily interpretable rule list bring form rcppcorels package discus step process derive set simple rule recommendation illustrated concrete example
6
1,504,510
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macroeconomy random forest originate macroeconomic random forest mrf algorithm adapting canonical motorcar learning ml tool flexibly model evolving parameter linear macro equation main output extrapolate time depart parameter gtvps various device nesting many pop nonlinearities thresholdswitching smooth transition structural breakschange tolerate sophisticated raw one overture delivers exculpated auspicate gain numerous alternate predicts drastic wage hike unemployment performs well inflation unlike millilitre based method mrf directly interpretable via gtvps example successful unemployment forecast due influence forward looking variable eg term spread housing startle nearly repeat every recession interestingly phillips curve indeed flattened might extremely cyclical
18
1,618,783
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low complexity method simulation epidemic based dijkstras algorithm model epidemic network become pop describe impact individual behavior infection spread however come gamy computational complexity constitute problem case great exfoliation scenario see composition present discrete sentence multi agent sir susceptible infect cured model extends known result lit based expend novel notion contagion graphical record proposes graphbased method derived dijkstras algorithm allows decrease computational complexity simulation infection graph also employed approximation scheme describing mean behavior epidemic network require low computational ability theoretic finding confirmed randomized large scale simulation
3
191,114
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l gcn layer wise learned efficient training graph convolutional network graph convolution network gcn increasingly popular many application yet remain notoriously hard train large graph datasets need compute node representation recursively neighbor current gcn training algorithm suffer either high computational cost grow exponentially number layer high memory usage loading entire graph node embeddings paper propose novel efficient layer wise training framework gcn gcn disentangles feature aggregation feature transformation training hence greatly reducing time memory complexity present theoretical analysis gcn graph isomorphism framework gcn lead powerful gcns costly conventional training algorithm mild condition propose gcn learns controller layer automatically adjust training epoch per layer gcn experiment show gcn faster state art least order magnitude consistent memory usage dependent dataset size maintaining comparable prediction performance learned controller gcn cut training time half code available
0
93,160
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diagrammatic monte carlo algorithm resonant fermi gas provide description diagrammatic monte carlo algorithm resonant fermi gas normal phase detail given diagrammatic framework monte carlo move incorporation ultraviolet asymptotics apart self consistent bold scheme also describe non self consistent scheme ultraviolet treatment involved
2
1,396,777
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descent scatter length decay property isovector isoscalar wave scattering length extracted fitting lhcb data unvarying mass distribution decay making use cusp effect brink analysis based coupled channel nonrelativistic effective field theory find real part isovector scattering length unnaturally large ascribable existence near threshold state mass around gev country consistent resonance observed belle outcome paint picture duet strongly channel roll quantum number inviolable cusp behaviour door verified using updated lhcb data
7
1,683,431
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mission statement university legibility performance delegacy statement mebibyte one used tool planning management university worldwide carry noesis planning direction process since research study extensively explored content legibility effect performance house effect public nonprofit institution university scrutinize intensity bailiwick used gunnings fog index score determine readability sample worldwide university two grade ie quacquarelli symonds universe university ranking scimago institution ranking determine core public presentation significant readability difference identify region size focus research type age band status logistical regression cumulative radio link model result show variable university age nidus size substantial explanatory business leader performance readability
15
1,135,329
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sentrna improving computational ribonucleic acid design comprise anterior human design strategy lick rna inverse folding problem critical prerequisite rna design come forth field bioengineering broad range application reaction catalysis cancer therapy although significant advance developing automobile free base inverse rna folding algorithm current approach still difficulty designing sequence large complex target hand human player online rna design game eterna consistently shown superior performance regard able readily design sequence target challenging machine algorithm present novel approaching rna design problem sentrna design agent consisting full connect neural network discipline end end using human designed rna succession show approach sentrna solve complex target previously unsolvable machine based approach achieve country art performance separate dispute test result demonstrate incorporating human design scheme pattern algorithm importantly boost car performance suggests new paradigm automobile based ribonucleic acid design
5
1,025,508
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three dimensional hodge integral integrable hierarchy volterra case tau map toda hierarchy obtained generating function ii partition cubic hodge integral associated lax wheeler dealer move around satisfy algebraic relation algebraic relation used identify rock bottom system toda hierarchy come forth parameter three dimensional hodge inbuilt bring peculiar economic value integrable hierarchy volterra type shown reduced organisation derived positive rational value particular discrete series correspond volterra lattice hungry generality provides new account integrable structure cubic hodge integral observed dubrovin et al position tau symmetric integrable hamiltonian pdes
12
743,456
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data management plan importance data management big map project open access research data increasingly important accelerating research grant authority therefore request detailed plan data managed project finance recently developed plan eu big map project cross disciplinary project targeting disruptive battery material discovery essential reaching goal extensive sharing research data across scale discipline stakeholder limited big map european battery initiative within entire battery community key challenge faced developing data management plan large complex project generate overview enormous amount data produced build understanding data flow within project agree roadmap making data fair paper describes process followed structured plan
4
1,543,069
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photonic crystal josephson traveling wave parametric amplifier amplifier blend interference performance close possible quantum limit large bandwidth high saturation king highly desirable many solid state quantum technology high fidelity qubit readout mellow sensitiveness electron spin resonance example introduce new traveling wave parametric amplifier based superconducting quantum interference device video display ghz bandwidth dbm db concretion full stop added noise near quantum limit compare previous state art edict magnitude compact characteristic impedance situ tunable fabrication process postulate lithography dance step fundamental engineering gap dispersion relation transmission line obtained using periodic intonation squid size similarly done photonic crystal moreover put new theoretical treatment describe non trivial interplay non one dimensionality periodicity approach path provides path co integration quantum twist qubits given low footprint well situated fabrication amplifier
13
1,224,361
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jetscape model jetscape computing machine computer simulation framework overarch computational gasbag develop perfect result author heavy ion hit allows modular incorporation broad variety existing future software simulates different aspect tomb ion collision default jetscape package contains framework entire band indigenous third party routine apply like shot equate experimental datum article outline algorithmic design jetscape framework define user interface describe default module required contain full simulation heavy ion collision within package begin description various physic element required simulate wide case punishing ion collision distribute within flowchart representing issue generator statistical everyday comparison data followed verbal description abstract family construction associate member function expect flowchart work define interface required extraneous user jetscape incorporate code within framework modify subsist ingredient within default option dispersion conclude discussion physic output collision nonpayment distribution outlook towards future liberation appendix discus assorted computer computer architecture code run outline bench mark similar computer hardware
16
898,616
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stress get go tensor correlators world sheet large demarcation line symmetric orbifold hypothesis recently reason adscft dual world sail description term wzw model previous work domain flat solid country corresponding symmetrical orbifold stress energy tensor identified calculate certain pointedness function corresponding apex operator world sheet demonstrate bountifulness reproduce exactly one expects dual symmetric orbifold perspective
9
1,695,581
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pi meson valency quark pdf lattice quantum chromodynamics present grille effect valency quark social organization pion utilize coordinate space method within framework large momentum force theory lamet method ace trust ground substance constituent euclidean correlator hike hadronic state department department manipulator cartesian product enlargement short distance give extract moment pdfs renormalize euclidean correlator form reduce ioffe time distribution ritd reconstruct th mo pi meson pdf taking business concern human relationship qcd evolution core
19
461,397
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strangeness neutrality baryon strangeness correlation derive simple relation strangeness neutrality heavy particle unfamiliarity correlation heavy ion hit former moment quark number preservation strong interaction latter sensitive probe graphic symbol qcd thing relative allows directly extract baryon strangeness correlation coefficient strangeness chemical potential foreignness neutrality explicit calculation performed within low energy department theory qcd dynamical quark tang finite temperature density non perturbative quark cheese hadron fluctuation get hold account within functional renormalization group solvent appearance pronounced sensitivity baryon strangeness correlation qcd phase angle transition crucial character strangeness neutrality play discernible
14
936,714
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cross section measurement higgs boson decaying pair tau lepton proton proton collision tev atlas detector measurement production cross section higgs boson proton proton hit presented decay channel analysis perform using data record atlas experimentation large hadron collider center mass vim tev combination leptonic hadronic tau decay consider signal ask background standard model process established observed expected significance standard deviation combined result obtained use data take tev halfway mass vigour observed expected significance amount standard deviation constitutes observation decay using data taken tev total hybridization incision radioactive decay channel appraise higgs boson mass gev relative contribution production mode predicted standard model total cross section decay groove determined separately vector boson fusion production gluon gluon fusion output respectively similarly result fit report framework simplify template cross section measurement agreement standard model expectation
17
386,008
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upper articled gravitational tidy sum stable spatially regular charged compact object interesting paper andreasson recently prove gravitative muckle spherically symmetric compendious object radius electric charge bounded recounting present paper prove dimensionless regime stronger upper bound derive mass physically naturalistic stable self gravitating horizonless compact object
9
1,767,673
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