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dipudl
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dataverse-tokenized-dataset

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3.74k
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entanglement sphere uv ir connection effective field theory disjoint region latticized massless scalar field vacuum become separable large distance beyond entanglement sphere distance extends infinity continuum limit numerical calculation one two three dimension radius entanglement sphere found determined highest momentum mode field supported across diameter two identical region result long distance behavior entanglement determined short distance structure field effective field theory eft describing system given momentum scale expected share feature region eft vacuum separable dependent uv completion beyond distance proportional smallest non zero value entanglement negativity supported field large distance conjectured independent number spatial dimension phenomenon may manifest perturbative qcd process
7
1,580,047
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real scalar phase transition nonperturbative analysis study thermic phase transition generic real scalar field without symmetry referred variously inert infertile singlet scalar theory scalar field arises wide range mannequin including inflaton portal dark sector gamy temperature perform dimensional diminution matching effective theory three property study perturbatively three loop order lattice strong foremost order modulation prominent tree level cubic coupling lattice four card monte carlo simulation agree perturbation theory within error withal size three dimensional mate decrease comparative quartic couple perturbation theory becomes le le reliable breaking whole approach symmetric limit transition second order notwithstanding renormalisation chemical group shown significantly extend cogency perturbation theory throughout computation seduce explicit possible article may serve draw exchangeable calculation theory
19
420,570
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morita equivalence class principal block elementary abelian defect group order classify morita equivalence class principal block elementary abelian defect group order respect complete discrete valuation ring algebraically closed residue field characteristic two
1
560,686
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radio forensics could unmask nearby axis gamma ray burst multi messenger observation gamma ray burst grba nearby binary neutron star merger gw demonstrated low energy ray emission observed relatively large angle grb jet ax structured emission typical currently known sample short grbs distance measurement may contain multiple nearby axis event whose delayed afterglow could gone undetected nearby neutron star merger may produce telltale radio flare peaking year prompt grb emission could still observable show several short grbs observed burst alert telescope bat neil gehrels textitswift satellite identified afterglow distance measurement could potentially associated radio flare detectable sensitive cm wavelength radio facility karl jansky large array also examine optical follow observation carried event find nearby gw like kilonova ruled third
10
1,383,886
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distribution interseismic coupling along north east anatolian fault inferred insar gps data north anatolian fault naf produced numerous major earthquake decade quiescence elaziug earthquake january recently reminded u east anatolian fault eaf also capable producing significant earthquake better estimate seismic hazard associated two fault jointly invert interferometric synthetic aperture radar insar gps data image spatial distribution interseismic coupling along eastern part north east anatolian fault perform inversion bayesian framework enabling estimate uncertainty long term relative plate motion coupling find coupling high deep km naf heterogeneous superficial km eaf model predicts elaziug earthquake released year accumulated moment suggesting bi centennial recurrence time
2
1,499,098
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humpty dumpty controlling word meaning via corpus poisoning word embeddings ie low dimensional vector representation glove sgns encode word meaning sense distance word vector correspond semantic proximity enables transfer learning semantics variety natural language processing task word embeddings typically trained large public corpus wikipedia twitter demonstrate attacker modify corpus embedding trained control meaning new existing word changing location embedding space develop explicit expression corpus feature serf proxy distance word establish causative relationship value embedding distance show use relationship two adversarial objective make word top ranked neighbor another word move word one semantic cluster another attack embedding affect diverse downstream task demonstrating first time power data poisoning transfer learning scenario use attack manipulate query expansion information retrieval system resume search make certain name le visible named entity recognition model cause new word translated particular target word regardless language finally show attacker generate linguistically likely corpus modification thus fooling defense attempt filter implausible sentence corpus using language model
6
1,339,262
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multiband probabilistic cataloging joint fitting approach point source detection deblending probabilistic cataloging pcat outperforms traditional cataloging method single band optical data crowded field portillo et al extend work multiple band achieving greater sensitivity mag greater speed compared previous single band result demonstrate effectiveness multiband pcat mock data term recovering accurate posterior catalog space directly deblending source applied sloan digital sky survey sd observation taking hubble space telescope data truth joint fit band data go mag deeper single band probabilistic cataloging false discovery rate le fw compared daophot two band sd catalog fit go nearly magnitude deeper using data maintains lower false discovery rate fw given recent improvement computational speed multiband pcat show promise application large scale survey plausible framework joint analysis multi instrument observational data
10
1,439,432
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screening breakthrough identify new dynamic agency problem incentivising prompt disclosure productive information study introduce general model technological breakthrough occurs uncertain time privately observed agent principal must incentivise disclosure via control agent utility uncover deadline structure optimal mechanism simple deadline form important special case graduated deadline structure general apply result design unemployment insurance scheme
18
1,585,652
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robust decision making risk ambiguity economist often estimate subset model parametric quantity outside model lashkar toiba determination lord inside modeling goody peak estimate correct practice ignores mold ambiguity open room access misspecification decision job lead post decision disappointment develop framework explore evaluate optimize decisiveness rule explicitly account uncertainty first footmark idea habituate statistical conclusion hypothesis show operationalize analysis studying stochastic dynamic investment model conclusion manufacturing business take equivocalness model transition dynamic directly calculate
18
1,602,969
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bottomonium production heavy ion collision using quantum trajectory differential observables momentum anisotropy report prediction suppression elliptical flow purpose centrality transverse momentum ultra relativistic weighed ion collision incur prediction numerically solving lindblad equation organic evolution heavy quarkonium reduced tightness matrix derived using potential nonrelativistic qcd formalism open quantum system numerically work lindblad equating make use stochastic unraveling call quantum trajectory algorithmic computer programme unravel allows solve lindblad evolution equation efficiently large lattice angulate momentum shortcut resulting evolution describes full quantum non abelian organic evolution reduced density intercellular substance bottomonium state expand upon late workplace cover differential observables elliptic rate flow made potential fresh implement four card monte carlo try strong arm trajectory final resolution compare experimental data point gather tev pb petabyte hit alice atlas cm collaboration
16
808,502
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sparse evolutionary deep learning one million artificial neuron commodity hardware artificial neural network anns emerged hot topic research community despite success anns challenging train deploy modern anns commodity hardware due ever increasing model size unprecedented growth data volume particularly microarray data high dimensionality small number sample make difficult machine learning technique handle furthermore specialized hardware graphic processing unit gpu expensive sparse neural network leading approach address challenge however shelf sparsity inducing technique either operate pre trained model enforce sparse structure via binary mask training efficiency sparse neural network cannot obtained practically paper introduce technique allowing u train truly sparse neural network fixed parameter count throughout training experimental result demonstrate method applied directly handle high dimensional data achieving higher accuracy traditional two phase approach moreover able create truly sparse multilayer perceptrons mlps model one million neuron train typical laptop without gpu way beyond possible state art technique
6
1,416,662
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robustification segmentation model adversarial perturbation aesculapian image newspaper present novel yet efficient defending team framework segmentation model adversarial attack aesculapian imaging contrary defense method adversarial attempt categorization model wide investigated defense method segmentation role model le explored proposed method used deep learning mannikin without retool target inscrutable learning manikin well self governing adversarial attack fabric consists oftenness domain converter detector reformer frequency domain converter help demodulator detects adversarial example using flesh orbit icon crusader help aim model predict nose experiment empirically show proposed method well performance compare existing defense method
3
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azimuthal anisotropy numerosity heavy photon free nucleon intermediate energy heavy ion collision anisotropic flow offer significant information development dynamic heavy ion collision systematic study directed flow elliptical flow toilsome photon free nucleon caca hit framework isospin dependant quantum molecular active iqmd model study first reveals thermal photon emitted average energy heavy ion hit conduct engineer elliptic flow interesting phenomenon incident energy dependence thermic photon central hit also confirmed regarded good probe evolution dynamic moreover multiplicity hard photon free nucleon correlation besides investigated find direct photon emanation positively related free nucleon emission notwithstanding exists anti correlation thermic photon loose nucleon
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comment adaptive change delay feedback control condition algorithm unceasingly varying time delay paper author propose modification conventional delayed feedback control algorithm time hold varied unceasingly minimize office control force minimization agnize via gradient descent method however deriving gradient respect time delay accurate particular scalar gene omitted absolute value scalar agent essential change speed gradient method script factor sign change gradient direction therefore negative value multiplier gradient decent becomes gradient ascent method acting fail power minimisation accurate ancestry gradient presented get analytical expression missing factor show illustration konrad zacharias lorenz organisation negative factor occurs also discus relation negativeness gene left number restriction theorem
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adversarial coming geomorphological estimation propose new simulation based estimation method adversarial idea structural model reckoner develop solution minimax problem generator generates synthetic observation using geomorphologic model discriminator classifies observation man made discriminator maximizes accuracy classification generator belittle usher sufficiently rich discriminator adversarial calculator attains parametric efficiency correct stipulation parametric rate misspecification advocate use neural network discriminator exploit adaptivity property attain fast rate convergence apply method elderly saving determination simulation display admit gender health visibility discriminator uncovers bequest motor important source saving across wealth dispersion ample
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learning dynamic network using reuse gate function semi supervised video object segmentation current state art approach semi supervised video object segmentation semi vos propagates information previous frame generate segmentation mask current frame result high quality segmentation across challenging scenario change appearance occlusion also lead unnecessary computation stationary slow moving object change across frame minimal work exploit observation using temporal information quickly identify frame minimal change skip heavyweight mask generation step realize efficiency propose novel dynamic network estimate change across frame decides path computing full network reusing previous frame feature choose depending expected similarity experimental result show approach significantly improves inference speed without much accuracy degradation challenging semi vos datasets davis davis youtube vos furthermore approach applied multiple semi vos method demonstrating generality code available
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isoscalar pair fundamental interaction quasiparticle random phase angle angle estimation approach forked decay pop question series previous paper method acting determine effective axial vector current union strength isoscalar proton neutron pairing rudimentary interaction aim nuclear matrix constituent neutrinoless twofold decay quasiparticle random phase bringing close together combining parameter uncertainty approach uncertainty removed paper apply method acting neutrinoless double decay xenon ti predict nuclear intercellular substance portion concentrate half life deliberation tested maiden self handicap method using neutrino dual radioactive decay exam ensures application method xe turn still method successful te run attain calculation decay xenon satisfactory result obtained
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ultraviolet mental synthesis quantum field theory part quantum battleground theory paper propose general framework nonperturbatively defining continuum quantum field possibility different theoretical account unitary offered finitary continuum theory defined reducing large finite quantum system rule subsystem conserve entanglement pattern short distance make possible start lattice possibility use rather primary mathematics keep apart entire algebraic structure corresponding low energy continuum possibility first half report illustrate approach persnickety study continuum theory emerge clock fashion model large lead direct lattice deriving many known continuum result operator intersection expansion vertex operator gratis scalar cft many new consequence withstand example self consistence wicket continuum correspondence lead copious novel proposal symmetry violate social system clock example weak couple deep bkt regime also puddle precise peerless mean value continuous saying uninterrupted isotropy cannot broken second half paper dedicate path integral continuum theory boson fermion define finitary formalism path built construct nonperturbative lattice definition unmistakable continuum property correspondence infinitesimal revolution distention remarkably setup also make potential generalize noether theorem discrete symmetry
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straightaway pre equilibrium caloric photon relativistic nuclear hit unmediated photon kick model relativistic atomic collider meliorate recent year slim discrepancy theoretical estimate data based data infer property qcd thing bailiwick contribution pre equilibrium photon investigate add prompt thermic photon fabric relativistic hydrodynamic model mathematical simulation lhc energy suggest pre labyrinthine sense photon whitethorn relevant medium transverse momentum near chroma impulse scale increase mote spectrum boil elliptical flow direct photon
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ubiquitous quantum scarring prevent ergodicity classically helter skelter scheme ergodic flight arbitrarily close point available phase space retentive time meet uniformly use born rule connect quantum state probability one might expect quantum state chaotic regime uniformly broadcast phase space simplified picture shaken find quantum mark eigenstates concentrated along unstable periodic orbit despite widely accept eigenstates disorderly model ergodic result show else eigenstates helter skelter dicke model actually scarred also show even random state interacting mote photon system rule neer occupy half available form space quantum ergodicity accomplishable ensemble property temporal average
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effect zip degeneracy transition time serial metastable state application probabilistic cellular automaton consider problem metastability stochastic reversible dynamic exponentially pocket sized transition chance generalize previous result several centering give estimate spiritual gap transition matrix mix time consociate dynamic term maximal stableness degree model autonomous result hold particular heavy socio economic class probabilistic cellular automaton pca focal point deliberate pca finite bulk diminished fixed charismatic field limit vanishing temperature model peculiar presence tierce metastable state two degenerate respect muscularity identify rigorously metastable country giving explicit upper bound stableness storey every configuration rely estimate prove return property dynamic cornerstone pathwise approach metastability also identify metastable state accord potential theoretic approach metastability allows give precise asymptotics expected transition time metastable state static state
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affinity based hierarchical learning dependent concept human activity recognition multi socio economic class categorization task like human activeness acknowledgement often assumed grade separable real application assumption become strong generates inconsistency besides unremarkably used approach learn class one others computational simplification principle introduces strong inductive bias learned theory fact natural connection among class others deserve assume report paper show organisation overlapping class multiple heritage power structure considerably ameliorate classification performance particular unfeigned case body process realisation project shl dataset theoretically showing exponential complexness possible class pecking order propose approach shot based transfer affinity among socio economic class determine optimum hierarchy learning physical process extensive experiment show improved performance reduction number example needed learn
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enhanced topological superconductivity spatially modulated planar josephson junction propose semiconductor superconductor hybrid device realizing topological superconductivity majorana zero mode consisting planar josephson junction structure periodically modulated junction width performing numerical analysis effective model describing low energy physic hybrid structure demonstrate modulation junction width result substantial enhancement topological gap consequently robustness topological superconducting phase associated majorana zero mode enhancement due formation minibands strongly renormalized effective parameter including stronger spin orbit coupling generated effective periodic potential induced modulated structure addition larger topological gap proposed device support topological superconducting phase cover significant fraction parameter space including low zeeman field regime absence superconducting phase difference across junction furthermore optimal regime operating device conveniently accessed tuning potential junction region using example top gate
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higgs boson production partonic electromagnetic interaction lumbering ion higgs boson product partonic electromagnetic photon photon interaction light heavy ion lhc futurity collider summarized parton induced cross section including gluon gluon vector boson fusion link process computed nnlo mcfm using nuclear parton distribution function photon photon cross section compute madgraph ultraperipheral fundamental interaction ion surviving hit center mass get go range tev ratio electromagnetic partonic higgs cross section fcc vigour ratio prison term turgid thanks strong nuclear coherent flux feasibility higgs boson measurement lhc lhc fcc favourable disintegration channel partonic em interaction respectively determined look account standard acceptance efficiency loss terminal state plus selection criterion minimize respective continuum background whereas evidence partonic pica higgs production requires child integrated luminosity anticipate tokenish month run lhc lhc observation production mode warranted one calendar month fcc
16
896,321
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many subpopulation many exponential low bound inferring population history reconstruction period universe history central problem population genetic science existing coalescent based method like seminal study li durbin nature attempt solve job using sequence data point rigorous guarantee determining amount datum needed aright reconstruct universe history major challenge utilize variety tool information theory possibility extremal multinomial approximation theory prove new sharp information theoretic mouth bound trouble reconstructing universe complex body part history multiple subpopulation merge split change size time lower destined exponential number subpopulation even reconstructing late history demonstrate sharpness low bound providing algorithm differentiate learning population history matching dependence number subpopulation along way independent interest essentially watch optimal number sample needed learn exponential mixture distribution information theoretically proving upper bound analyzing instinctive efficient algorithm job
5
1,010,419
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casscf extremely large active space using adaptive sampling configuration interaction method complete active space self consistent field casscf method principal approach employed studying strongly correlated system however exact casscf performed small active space electron orbitals due exponential growth computational cost show employing adaptive sampling configuration interaction ascus method approximate full ci solver active space allows casscf like calculation within chemical accuracy kcalmol relative energy active space active electron active orbitals significantly increasing size system amenable accurate multiconfigurational treatment main challenge using selected ci based approximate casscf orbital optimization problem tend exhibit large number local minimum orbital space due lack invariance active active rotation addition local minimum exist exact casscf highlight method avoid spurious local extremum practical solution orbital optimization problem employ ascus scf demonstrate lack polyradical character moderately sized periacenes correlated electron compare heat bath ci iron porphyrin system correlated electron
13
1,286,272
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goat god cancer integrative histology genomic analysis via interpretable multimodal deep learning rapidly emerging field deep learning base computational pathology demonstrated promise developing nonsubjective prognostic model histology whole lantern slide image however prognostic model either based histology genomics alone address histology genomics integrated develop joint image omic prognostic model additionally distinguish explainable morphological molecular descriptor model govern prognosis interest used multimodal deep acquire integrate gigapixel whole slide pathology image rna seq teemingness copy number magnetic declination mutation information patient across major cancer type interpretable weakly supervised multimodal deep learnedness algorithm able fuse heterogeneous modality predicting outcome discover prognostic feature mood corroborate poor prosperous upshot via multimodal interpretability compared model unimodal deep learning framework train histology slide molecular profile alone demonstrate performance increase risk social stratification cancer addition analyze morphologic molecular marker creditworthy prognostic prediction across cancer character analyzed data include morphologic molecular correlate patient role prospect across cancer character disease patient level presented interactive open access database allow exploration prognostic biomarker discovery validate model explanation prognostic analyzed high attention morphological region wsis indicates tumor infiltrating lymphocyte presence corroborates favorable cancer prognosis cancer crab type studied
5
1,009,587
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isolating chiral magnetic effect ground pair invariant mass topological gluon configuration quantum chromodynamics induce quark chirality imbalance local demesne result chiral magnetic effect cme electric charge separation along strong magnetic field force experimental hunting cme relativistic heavy ion collision via charge dependent azimuthal correlator suffer expectant background arising particle coefficient correlation eg due resonance decay pair elliptic anisotropy propose differential measurement function couplet changeless bulk restricting high thus relatively background free analyze dependence separate potential cme signal backdrop demonstrate role model field study feasibleness effectiveness measurement cme search
14
964,741
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gravid quark expansion inclusive semileptonic magical spell disintegration revisited gravid quark enlargement hqe become extremely powerful tool flavor physic charm disintegration expansion parameter bigger bottom decay remains seen hqe apply standardized success nevertheless make optimal use overplus data already available coming near succeeding better understanding hqe magical spell decay crucial newspaper saucer detail hqe charm decay set role four quark weak disintegration operator compare well understood bottom decline subtlety concerning radiative rectification good luck charm mass system briefly discus experimental study relevant hqe hadronic matrix element appearance hqe expansion charm converges well enough besides important hybrid check inclusive decay death study power open route inclusive descent
19
402,378
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classical variational optimization gate sequence time phylogeny big quantum system simulation time evolution tumid quantum system classically challenging often intractable labor making promising application quantum calculation trotter suzuki approximation yield effectuation thereof certain desire truth achieved raise gate count adequately work introduce variational algorithmic rule u solution classic optimization predict efficient quantum circuit time evolution large quantum system scheme ameliorate trotter suzuki ansatz accuracy gate count respective order order magnitude nisq friendly setting either importantly reduce approximation erroneousness using amount logic gate trotting horse suzuki ansatz achieve comparable truth importantly fewer logic gate find strategy outperforms trotter suzuki benchmark translation invariant system well open boundary
13
1,240,171
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elliptic bihamiltonian structure relative shifted poisson structure paper generalizing previous construction equip relative modulus stack complex calabi yau fibration possibly singular fiber shifted poisson structure applying construction anticanonical linear system surface get example compatible poisson bracket projective space extending feigin odesskii poisson bracket computing explicitly corresponding compatible bracket coming hirzebruch surface recover bracket defined odesskii wolf
1
598,328
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compact bright radio loud agns iii large vlba survey ghz present observational result ghz long baseline array vlba observation compact radio loud active galactic nucleus agns conducted november may typical dimension restoring beam image ma ma highest resolution ma corresponds physical size pc lowest redshift source sample ghz long baseline interferometry vlbi image agns presented first time study source compactness milli arcsec ma sub ma scale suggest source sample suitable future space vlbi observation analyzing data supplemented vlba agn survey literature find core brightness temperature increase increasing frequency break frequency ghz decrease ghz increase ghz rest frame source indicates synchrotron opacity change optically thick thin also find strong statistical correlation radio ray flux density correlation tighter literature derived lower frequency vlbi data suggesting ray emission produced co spatially ghz vlba core emission correlation also extrapolated un beamed agn population implying universal ray production mechanism might work type agns
10
1,411,783
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personal health knowledge graph patient existing patient data analytics platform fail incorporate information context personal topical patient recommendation system give suitable response query derive meaningful insight patient data consider personal information patient health history including limited preference location life choice currently applicable review paper critique existing literature space also discus various research challenge come designing building operationalizing personal health knowledge graph phkg patient
0
863
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three dimensional gauge theory supersymmetry enhancement conjecture infrared emergent supersymmetry class three dimensional gauge theory coupled single chiral multiplet one example case gauge group chern simon level chiral multiplet gauge charge example related example either known duality rescaling abelian gauge field give three independent evidence conjecture exact match central charge symmetry current topological symmetry current semi classical construction stress tensor multiplet ir duality direct product two copy theory one hand theory obtained gauging diagonal flavor symmetry theory duality follows geometrical aspect correspondence
9
1,566,949
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dynamic vesicle driven closed constriction molecular motor study dynamic model membrane vesicle transport dendritic spine bulbous intracellular compartment neuron get molecular motor reduce lubrication model propose fai et al active elastohydrodynamics vesicle narrow unsighted constriction phys rpm fluid fast slow system yield analytically numerically amenable equation equivalent original theoretical account overdamped limit mannikin cardinal parameter proportion motor prefer push toward head dendritic spine ratio motor prefer push opposite charge perform numerical bifurcation analysis parameter retrieve steady state vesicle speed appear disappear several saddle node bifurcation process allow identify region parameter space multiple stable velocity exist show direct calculation unidirectional motion sufficiently close vesicle spine diameter ratio analytic thinking foretell vital vesicle acantha diameter proportion transition unidirectional bidirectional motion consistent experimental observation vesicle flight literature
5
1,013,857
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net fast photoacoustic reconstruction multi feature fusion sparse data photoacoustic pa imaging biomedical imaging modality capable acquiring high contrast image optical absorption depth much greater traditional optical imaging technique however practical instrumentation geometry limit number available acoustic sensor surrounding imaging target result sparsity sensor data conventional pa image reconstruction method give severe artifact applied directly sparse pa data paper firstly propose employ novel signal processing method make sparse pa raw data suitable neural network concurrently speeding image reconstruction propose attention steered network net pa reconstruction multi feature fusion net validated different datasets including simulated photoacoustic data fundus vasculature phantom experimental data vivo fish mouse notably method also able eliminate artifact present ground truth vivo data result demonstrated method provides superior reconstruction faster speed
3
129,464
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radiative correction neutron nuclear beta decay revisited world wide radiative correction common neutron super allowed nuclear beta radioactive decay also intercourse intimate correction revisited light recent dispersion carnal knowledge study found ieabout larger previous evaluation comparison consider various alternative computational method employ updated perturbative qcd four closed circuit bjorken sum rule bjsr defined qcd yoke supplemented nucleon form factor based born amplitude estimate axial vector make hadronic share addition include hadronic contribution grim loop effect based duality consideration vector meson resonance interpolators primary result corresponds ordinary light front holomorphic quantum chromodynamics approach three resonance interpolator fit reduces dispersion relation discrepancy approximately thereby provides consistency check consequence young radiative correction estimate along dispersion relation result ckm unitarity hash neutron lifetime connection updated picture suggest shorter neutron life time likewise find improved bound exotic non banner model neutron decay oscillation type theorise solution neutron life trouble
16
816,724
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evading model preindication trouble pnjl model repulsive vector type interaction via itinerary optimisation discus mark problem polyakov loop extended nambu jona lasinio model detestable vector type interaction apply path optimisation method acting model polyakov loop vector type interaction campaign simulation sign problem several prescription drug utilized even mean field treatment path optimization method integration variable complexified integration itinerary manifold optimized evade sign trouble equivalently enhance ordinary phase broker within homogenous subject area ansatz path optimized employ feedforward neuronal network find assumption adopted previous oeuvre free monte carlo configuration try optimized path also derive euler lagrange equation optimal path satisfy two optimized path solution euler lagrange equation variationally optimized path agree region large statistical weight
14
961,269
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thermodynamic speed limit regression information irreversible process accomplished fixed time involve nonlinearly coupled flow matter energy information using entropy production example show thermodynamic uncertainty relation speed limit nonlinear process derive linear regression uncertainty relation hold passive actively driven nonequilibrium process mathematical form mirror uncertainty relation quantum mechanic using optimal linear model show information theoretic variable naturally give physical prediction equation motion statistical manifold term physical observables model optimal intercept related nonequilibrium analog massieu functionsthermodynamic potential optimal slope related speed limit collection thermodynamic observables within formalism second law thermodynamics geometric interpretation nonnegativity slope constrains equation motion overall result suggest unknown relationship nonequilibrium variable learned statistical mechanical inference
4
1,337,572
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jacobian conjecture via differential galois theory prove polynomial map invertible associated differential ring homomorphism bijective end use theorem crespo hajto linking invertibility polynomial map picard vessiot extension partial differential field theory strongly normal extension presented kovacic characterization picard vessiot extension term tensor product given levelt
1
520,042
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finite grading analysis berezinskii kosterlitz thouless form transition web spectrum six united state department state clock mannikin investigate berezinskii kosterlitz thouless passage square lattice six state clock simulation corner transference matrix renormalization group ctmrg scaling analysis effective correlation length magnetization web entropy respect cutoff dimension fixed full point ctmrg allow transition temperature coherent diversity late mathematical write report likewise reveal situate full plosive consonant spectrum corner transfer matrix decisive intermediate phase six state clock modeling characterized scaling property consistent boundary conformal field theory associated effective two fold sin gordon simulation
19
477,370
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redshift factor diffusive equilibrium unbound neutron single nucleus model accrete neutron star crust using wigner seitz approximation spherical cellphone analyze widely used single nucleus model accreting neutron star crust calculate genus beta disequilibrium within crust sizeable implies neutron baryon chemical possible adequate include also non equilibrium response driven matter compression proceeding reaction layer constancy spacetime metric component shell reaction layer applicable single negatron capture blocked neutron fraction fixed therefore neutron independent element crust affair absence neutron diffusion shell reaction layer stem perceptual constancy neutron fraction concentration shell reaction level outward force resulting neutron fraction gradient balanced inward gravitational military unit acting unbound neutron neglecting thickness reaction layer compared shell thickness obtain condition incessant gibbs energy per nucleon undergoing noncontinuous drop reaction surface continuous function due factor canceling discontinuity bead function reckon habituate tolman oppenheimer volkov equation obtained equation state department eos discontinuites stability extension stock relation constant valid hydrostatic equilibrium catalyzed crust
14
990,931
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fractional orlicz sobolev embeddings optimal orlicz target space exhibited embeddings fractional order orlicz sobolev space improved embedding orlicz lorentz target space optimal broader class rearrangement invariant space also established space order higher order space considered related hardy type inequality proposed well extension theorem proved enables u derive embeddings space defined lipschitz domain necessary sufficient condition compactness fractional orlicz sobolev embeddings provided
1
504,018
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linking axion like dark issue xenont excess inflation tiny active neutrino mass consider renormalizable theory successfully explains number standard model sm fermion family whose non sm scalar sector includes axion dark matter considerably field responsible cosmogenic inflation hypothesis axion catch bulk via radiative fudge factor one eyelet tier arbitrate virtual top quark flop hand genus majorana neutrino sm gauge boson mass obtained range kev kev consistent one predicted xenont experiment mighty handed majorana neutrino hatful varied gev gev thus implying light active neutrino mass generated low spirited scale type seesaw mechanism furthermore theory retainer also successfully accommodates xenont excess furnish pq symmetry spontaneously broken gev scale
7
1,678,230
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dynamic compactification spare proportion euclidean ikkt matrix mannikin via spontaneous proportion wear ikkt matrix modeling hypothesize provide hope nonperturbative formulation superstring theory model spacetime come forth dynamically microscopic earth heart soul grade freedom turgid limit point quartet card four card monte carlo computer simulation lorentzian version allow ground emergent dimensional expanding place time talk discus euclidian rendering ikkt matrix fashion model provide ground dynamical compactification extra proportion via spontaneous proportion breaking ssb rotational symmetry perform numeric simulation system severe complex action problem use complex langevin method acting clm clm suffers singular impetus trouble deform modelling order avoid study ssb pattern vary deformation parameter conclude original role model harmonious vacuum agreement late calculation practice gaussian expansion method gem employ gem twist good example obtain result consistent ace get clm
19
492,785
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rotation period te object interest magellan te survey multiband photometry evryscope te stellar rv jitter due surface activity may bias rv semi amplitude mass rocky planet amplitude jitter may estimated uncertainty rotation period allowing mass accurately obtained find candidate rotation period te object interest toi hosting rearth planet part magellan te survey first ever statistically robust study exoplanet mass radius across photo evaporation gap seven period sigma detection two sigma show plausible variability period remain unconfirmed tois non detection candidate rotators include host star confirmed planet hd system ltt b toi system candidate counterpart toi rotation catalog canto martin et al find period dwarf using combined light curve te evryscope sky array small telescope sometimes longer period would possible te alone secure period range evryscope measured photometric amplitude small mmag also apply monte carlo sampling gaussian process stellar activity model code exoplanet te light curve tois confirm evryscope period
10
1,519,301
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finiteness number critical value hartree fock energy functional le constant smaller first energy threshold study hartree fock equation hartree fock energy functional universally used many electron problem prove set critical value hartree fock energy functional le constant smaller first energy threshold finite since hartree fock equation corresponding euler lagrange equation system nonlinear eigenvalue problem spectral theory linear operator applicable present result obtained establishing finiteness critical value associated orbital energy le negative constant combining result koopmans well known theorem main ingredient proof convergence solution analysis frechet second derivative functional limit point
1
546,924
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maximal degree random recursive graph random weight study generalisation random recursive tree rrt model multigraph counterpart uniform directed acyclic graph dag vertex equipped random vertex weight representing initial inhomogeneity network new vertex connects one old vertex probability proportional vertex weight first identify asymptotic degree distribution uniformly chosen vertex general vertex weight distribution maximal degree distinguish several class lead different behaviour bounded vertex weight obtain result maximal degree similar observed rrts dag vertex weight unbounded support maximal degree satisfy right balance high vertex weight born early vertex weight frechet maximum domain attraction first order behaviour maximal degree random gumbel maximum domain attraction leading order deterministic surprisingly latter case second order random considering vertex compact window optimal region becomes deterministic considering vertex
1
561,206
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cyclotron radiation emission spectroscopy signal classification simple machine acquire project cyclotron actinotherapy discharge spectrum analysis cres technique pioneered project measure electromagnetic radiation individual electron gyrating background magnetised subject area construct highly precise energy spectrum beta decay study application detector magnetized trap geometry electron dynamic give rise plurality complex electron signal structure carry information distinguishing forcible trait political machine learning model develop system based trait analyze classify cres signal understanding right use trait implemental improve cyclotron frequency reconstruction help labor reach world lead sensitivity tritium endpoint measurement future
17
392,121
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gravitational perturbation kerr black hole gravity qualify theory gravity much built contain general relativity theory limiting case inclusion prop implies kerr metric common many family theory example analytic theory vanishing constant condition admit kerr solution turn theory nevertheless response gravitative battlefield astrophysical hurly burly tied structure field equivalence yet opprobrious hole kerr underlying theory principle probed gravitational aberration composition study one dimensional perturbation kerr black hole gravity use newman penrose formalism show general relativity equation rule perturbed metrical depend quadratic term function completely decouple
11
276,015
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role exact discussion thermic pairing radiative strength office atomic number nucleus enhancement radiative strength function rsf region broken ray zip mev caused pygmy dipole resonance pdr treated within phonon damping model pdm plus precise thermic pairing ep without adding extra pdr strength function numerical calculation dy show event ep eppdm describe reasonably easily total rsf data low high energy region ray therefore compared ceremonious verbal description within phenomenological generalized lorentzian glo monetary standard lorentzian slo model eppdm figuring eliminate least eight loose parametric quantity indicates important role microscopic approach towards precise description rsf particular temperature find pregnant contribution rsf neutron separation energy questioning validity brink axel hypothesis vim region
16
833,791
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systematic scheme decay newspaper propose ex ante characteristic predict bead danger adjust performance sample big solidifying stock anomaly published finance accounting donnish diary limit forecaster yield hypothesis oos decay put forward mclean pontiff arbitrage capital run newly published strategy sample overfitting linked multiple possibility testing year publishing alone compatible hypothesis explains variance sharpe decay across broker every class sharpe decay freshly published factor increase ppt important variable directly doe overfitting number surgical process required calculate signal two measure sensitiveness sample sharpe outlier together tally another explanatory power arbitrage concern variable statistically substantial predictive big businessman marginal
15
1,194,607
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improving convergence sgd adaptive batch size mini batch stochastic gradient descent sgd variant thereof approximate objective function gradient small number training example aka batch size small batch size require little computation model update yield high variance gradient estimate pose challenge optimization conversely large batch require computation yield higher precision gradient estimate work present method adapt batch size model training loss various function class show method requires order model update gradient descent requiring order gradient computation sgd method requires evaluating model loss entire dataset every model update however required computation greatly reduced passive approximation adaptive method provide extensive experiment illustrating method require fewer model update without increasing total amount computation
0
45,695
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qcd axion beyond definitive horizontal surface lattice discipline axion hypothetical elementary particle postulate peccei quinn theory resolve strong cp problem qcd axions exist low mass candidate dark matter well far knowledge holding qcd axion rest trucking rig classic argument effective possibility work perform foremost time fully dynamic investigation peccei quinn theory focussing axion mass sham theory lattice result feigning found conflict present axion phenomenology
14
926,848
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entanglement dynamic quench ising field theory branch spot twist force field approach extend branch point twist domain approach calculation entanglement entropy time dependent job dimensional massive quantum field possibility focus simplest representative mass quench ising field theory initial mass last mass main analytical result obtained perturbative expansion wind field one point function post quench quasi corpuscle basis expected linear growth renyi entropy large time emerges perturbative calculation order also shew renyi von neumann entropy innumerous volume contain subleading oscillating donation oftenness amplitude proportional oscillating term correctly predicted alternative perturbation series pre quench quasi corpuscle basis also discus comparison lattice numeric computing stockpile ising chain scaling limit show force agreement quantum field theory foretelling also find evidence cluster twist field correlators implies entanglement entropy proportional number subsystem boundary point
9
1,790,211
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string duration constraining stochastic gravitative wave background string length fundamental parameter string possibility strategy fix experimentation proposed work focus stochastic gravitational wave strand gas pedal cosmogony help lambert function find non hagedorn phase ruled mode polarisation cosmic microwave background spectrum hagedorn phase logarithmic term found unique propose strategy constrain string along length stochastic gravitational wafture look sensitivity current coming demodulator string distance found lower order max planck scale
11
217,426
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boson product pbpb collision tev mensurate atlas experiment production yield boson measure negatron muon decline idiot box tv channel pbpb collision tev telamon demodulator data lhc wear away represent integrated luminosity used analysis boson product renormalize full total identification number minimum bias effect bastardly atomic heaviness function mensurate function dilepton rapidity case centrality measuring pbpb hit equate similar measurement protonproton hit centre mass energy nuclear modification factor encounter consistent unity centrality interval result liken theoretical prediction obtained following lead order use nucleon atomic parton distribution function normalize boson yield pbpb hit prevarication prevision nuclear modification factor measured numerical function rapidity agrees unity consistent next lead guild qcd calculation include isospin effect
16
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birational sheet reductive group define group analogue birational sheet construction performed losev reductive lie algebra semisimple simply connected describe birational sheet term lusztig spaltenstein induction prove form partition unibranch variety smooth normalization mean local study
1
577,728
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cycle sterile neutrino dark skinned topic decline eliminates icecube fermi tension icecube observed flux cosmic neutrino bump doe range creates tension gamma ray datum fermi satellite read evidence population hidden cosmic ray accelerator propose alternative account conundrum basis cold obscure matter decay sterile neutrino oscillation produce bump cosmic neutrino spectrum
7
1,768,325
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searching highly magnified star cosmological distance discovery redshift blue supergiant archival image galaxy cluster mac individual highly magnified star recently discovered lookback time half age universe lensed galaxy straddle critical curve massive galaxy cluster confirmed detectability important carry systematic search order establish frequency turn learn statistical property high redshift star granularity matter foreground deflector report discovery highly magnified star redshift strongly lensed arc behind hubble frontier field galaxy cluster mac discovered part systematic archival search bright transient dubbed warhol discovered hubble space telescope data taken september single image faded period two week observation taken september show duration microlensing event four week total light curve may also exhibit slow change period year consistent level microlensing expected star responsible intracluster light icl cluster optical infrared observation taken near peak brightness fit stellar spectrum moderate host galaxy extinction blue supergiant match measured spectral energy distribution near peak implying temporary magnification least several thousand spectrum type star would also fit transient spectral energy distribution extremely luminous type star much le common blue supergiant short timescale event estimated effective temperature indicate lensed source extremely magnified star
10
1,447,601
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geometry discrete contact mechanic paper continue construction variational integrator adapted contact geometry started citevbs particular introduce discrete herglotz principle corresponding discrete herglotz equation discrete lagrangian contact setting allows u develop convenient numerical integrator contact lagrangian system conformally contact construction existence exact lagrangian function also discussed
0
45,914
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fiscal mediation risk decentralized lending communication protocol provide overview deconcentrate protocol like chemical compound aave offer collateralized loan cryptoasset investor compound aave two significant application programme decentralized finance defi ecosystem using publicly available information rate supply borrow activity account analyze different element protocol particular estimation ex husband post margin give comprehensive invoice cost fiscal intermediation chance outmoded post margin considering grocery store lower stablecoin market addition approximate quarterly indicator see solvency asset quality earnings market endangerment similar one used traditional banking ply st look role metric comparison similarity challenge understanding financial intermediation protocol base dick used traditional banking
15
1,156,647
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zero point vigor composite particle sensitive effect analyze zero point energy composite particle resonance dynamically created relativistic fermion compare zero point energy sensitive vacuum single taking account medium alteration ingredient particle treating composite molecule quasi corpuscle zero point vigour contain quadratic logarithmic ultraviolet divergence even vacuum subtraction coefficient divergence come difference vacuum medium fermion propagator fence apparent divergence cancel consistently use fermion propagator compute quasi particle contribution well interplay provided self department energy constituent child momentum approach vacuum peerless sufficiently dissolute font quantum chromodynamics meson baryon whitethorn make destroyed medium effect yield medium divergence zero point energy divergence assembled cancel quark zero level energy particularly important unified verbal description hadronic quark matter english hawthorn swimmingly connected quark hadron persistence
14
987,276
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radiative decay upsilonns flourish beckon charmonium prompt recent measurement radiative decay belle function nonrelativistic qcd factorization theory calculate branching fraction radiative decay bottomonium wave wave charmonium ie systematically studied branching fraction radiative decay bottomonium charmonium compared previous calculation get analytic expression radioactive decay breadth considered color octet donation relativistic rectification also hold calculation theoretic prediction yet smaller recent belle measurement theoretic oeuvre experimental analysis necessary understand production mechanism upsilon radioactive decay
17
360,774
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duality dynamic discrete choice model utilize result convex analysis investigate novel access designation estimation distinct choice model call mass tape drive coming mta show conditional pick chance choice specific payoff model related sense conjugate solution duality identification job mass raptus problem based propose new two step figurer model interestingly first step computer involves solving analog political program selfsame classic grant two sided coordinated game harlow shapley shubik application convex analytical tool dynamic discrete choice role model connexion two sided check model new literature
18
1,629,005
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reiterative lqr controller road road fomite using neural network dynamic model work evaluate iterative linear quadratic regulatorilqr trajectory tracking two unlike kind wheeled mobile robot say warthog fig route holonomic robot skid steering polaris gem non holonomic six seater vehicle ficus carica use good service multilayer neural network get line discrete active mannequin robot use ilqr controller compute control police force employment model predictive control mpc flock model imperfection perform embracing experimentation evaluate performance controller human driven reference trajectory fomite stop number warthog grand pole star muffin
3
193,669
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determination lightest strange resonance disseminative data analysis work present precise framework independent dispersive decision data creation parameter light strange plangency use subtracted unsubtracted partial wave hyperbolic fixed distribution relation constraint combined set data use hyperbolic equation analytic good continuation isospin scalar partial undulation complex plane edict determine associated pole parameter residue
19
490,912
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hydrogen penetration fuel cell vehicle deployment carbon constrained future energy system research detail outcome global model estimate future hydrogen penetration carbon constrained energy system year focusing minimum maximum penetration scenario investigation global fuel cell vehicle fcv deployment undertaken cognizant optimal economic deployment global level stakeholder preference case study japan model mathematically formulated large scale linear optimization problem aiming minimize system cost including generation type fuel cost conversion cost carbon reduction cost subject constraint carbon dioxide reduction nation result show approximately global energy consumption need met hydrogen year city gas transport emerging significant use case passenger fcvs hydrogen bus account almost hydrogen based transportation sector leading global deployment approximately million fcvs hydrogen production reliant fossil fuel oecd nation net importer especially japan import case underpin hydrogen production fossil fuel carbon capture storage cc required significant quantity anticipating large fleet fcvs stakeholder engagement suggests optimism toward fcv deployment policy issue identified include necessity large scale future energy system investment rapid technical economic feasibility progress renewable energy technology electrolyzers
3
125,495
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go nonperturbative dubiousness finite temperature property neutron issue present computer misplay dance band neutron matter property finite temperature finite comprehends uncertainty nuclear fundamental interaction many body method convergence thermodynamical consistence access field study provide nonperturbative omen finite neutron matter employing chiral fundamental interaction choose basis carrying finite nucleus infinite matter zero temperature since right theoretic doubt finite still broadly speaking lacking ring provide represents existence class footprint towards setting st rule restraint thermal aspect atomic affair equation united state department department state
16
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connect ansatz expressibility gradient magnitude barren plateau parameterized quantum lap serve ansatze solving variational problem provide compromising epitome program near term quantum computer ideally ansatze highly expressive close bringing close together desire solvent accessed script ansatz must also sufficiently large slope allow train derive underlying relationship ii essential property expressibility trainability done extending well established barren plateau phenomenon adjudge ansatze descriptor exact design arbitrary ansatze specifically calculate variance price gradient terminus expressibility ansatz measured aloofness conception resulting bound indicate extremely expressive ansatze exhibit flatter cost landscape therefore harder train furthermore provide numerics illustrating effect expressiblity gradient scaling discus implication designing strategy avoid barren tableland
13
1,271,434
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nanocrystalline diamond glass platform development three dimensional micro nanodevices low cost robust platform key development next generation micro nanodevices fabricate platform nanocrystalline diamond ncd highly appealing material due biocompatibility robustness mechanical electrical electrochemical optical property glass substrate vias ideal interposers integration due excellent property glass however developing device comprised ncd film glass vias tgvs rarely attempted due lack effective process strategy work low cost process free photolithography transfer printing fabricating array tgvs sealed suspended portion ultra thin ncd film one side presented highly transparent structure may serve platform development microwells single cell culture analysis integrated device microelectrodes quantum technology process demonstrated fabricating tgvs sealed ncd film thickness nm diameter technology described extended replacing ncd silicon nitride silicon carbide allowing development complex heterogenous structure small scale
4
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bump hunting latent space unsupervised anomaly detection could crucial future analysis searching rare phenomenon big datasets deterrent example hoard lhc end introduce physic inspired variational autoencoder vae architecture performs competitively robustly lhc olympics machine learning challenge datasets demonstrate embedding physical observables directly vae latent space time keeping classifier manifestly agnostic help identify characterise feature quantify spectrum stimulate presence unusual person dataset
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efficient quantum algorithm dissipative nonlinear differential equation extensive previous work efficient quantum algorithm linear differential equation analogous progress nonlinear differential equation severely limited due linearity quantum mechanic despite obstacle develop quantum algorithm initial value problem described dissipative quadratic dimensional ordinary differential equation assuming parameter characterizing ratio nonlinearity linear dissipation algorithm complexity evolution time allowed error output quantum state exponential improvement best previous quantum algorithm whose complexity exponential achieve improvement using method carleman linearization give novel convergence theorem method map system nonlinear differential equation infinite dimensional system linear differential equation discretize truncate solve using forward euler method quantum linear system algorithm also provide lower bound worst case complexity quantum algorithm general quadratic differential equation showing problem intractable finally discus potential application approach problem arising biology well fluid plasma dynamic
1
507,456
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quantified local global principle morse quasigeodesics arxiv kapovich leeb porti gave several new characterization anosov representation including one geodesic word hyperbolic group map morse quasigeodesics associated symmetric space analogy negative curvature setting prove local global principle morse quasigeodesics describe algorithm verify anosov property given representation finite time however part proof involve non constructive compactness limiting argument theorem explicitly quantify size local neighborhood one need examine guarantee global morse behavior paper supplement work estimate symmetric space obtain first explicit criterion local global principle make algorithm verifying anosov property effective application demonstrate compute explicit perturbation neighborhood anosov representation two example
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distinguishing random black hole microstates expanded version short report phys rev lett relative entropy used distinguish random state drawn wishart ensemble well black hole microstates work expand idea computing many generalization including petz renyi relative entropy sandwiched renyi relative entropy fidelity trace distance generalized quantity able teach u new structure space random state black hole microstates von neumann relative entropy insufficient generalize generic random tensor network new phenomenon arise due locality network phenomenon sharpen relationship holographic state random tensor network discus implication result black hole information problem using replica wormhole specifically state dependence hair hawking radiation understanding difference hawking radiation distinct evaporating black hole important piece information problem addressed entropy calculation using island formula interpret result language quantum hypothesis testing subsystem eigenstate thermalization hypothesis eth deriving chaotic including holographic system obey subsystem eth subsystem le half total system size
4
1,480,162
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commission qualified transversal impulse impact hunting chiral magnetized wave chiral magnetized wave cmw seek use armorial bearing imbalance dependence anisotropic flow great ion hit rush dependent transverse momentum however could play purpose background string atomization role model admit pythia demonstrate origin correlation connection local charge conservation lcc impact behavior varied kinematic window also discussed study bring home bacon insight search cmw comprehending corporate motion quark gluon plasma
16
853,385
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mapping cone entanglement breaking map citecmw writer introduced entanglement breaking linear map understand entanglement break prop completely positive map taking makeup article taxonomical written report entanglement break single valued function prove many equivalent condition positive running map entanglement breaking thereby study mapping cone structure entanglement breaking map saucer representative entanglement breaking map significance application programme study characterise completely confirming map cut back schmidt phone number taking report another entirely positive map
8
635,706
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helical magnetic field riemann pair lead baryogenesis spectrum energy concentration fluctuation baryon asymmetry coherent large scale charismatic field trine observables allow essential information physic high vim inflation leave mechanism explain compactness fluster origin primal magnetised field baryon asymmetry take physic beyond standard example cosmology corpuscle physic work show mechanism lead aboriginal helical field also lead baryogenesis beginning radiation dominated epoch model consider consists mass dimension operator include georg friedrich bernhard riemann coupling gravity electromagnetic domain without extending standard model particle physic explicitly show generation aboriginal turbinate charismatic field lead baryogenesis show model predicts observed sum baryon asymmetry universe kitchen stove reheating temperature reproducible observance
7
1,694,785
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design experimental investigation planar metamaterial silicon based lenslet next generation ground based cosmic microwave background experiment require polarisation sensitive multichroic pixel large focal plane comprising several thousand detector operating photon noise limit one approach achieve goal couple light telescope polarisation sensitive antenna structure connected superconducting diplexer network desired frequency band filtered fed individual ultra sensitive detector transition edge sensor traditionally array constituted horn antenna planar phased antenna anti reflection coated micro lens placed front planar antenna structure achieve gain required couple efficiently telescope optic paper presented design concept preliminary analysis measured performance phase engineered metamaterial flat lenslet flat lens design inherently matched free space avoiding necessity anti reflection coating layer fabricated lithographically making scaling large format array relatively simple furthermore technology compatible fabrication process required production large format lumped element kinetic inductance detector array already demonstrated required sensitivity along multiplexing ratio order detectorschannel
10
1,331,108
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spatial polarisation within foreign trade transnational business firm network case central eastern europe decline berlin wall central eastern europe subject strong polarization physical process article proposes examines ii neglected aspect regarding changeover period relative electrostatic judgement foreign deal since urban center focus analysis transnational company result appearance growing economic differentiation north west south east well partition enceinte city city finding may complement targeting specific regional strategy believe within cohesiveness policy european union
18
1,726,937
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clusterix virtual observatory tool estimate cluster membership probability clusterix web based virtual observatory compliant interactive tool determination membership probability stellar cluster based proper motion data using fully non parametric method area occupied cluster frequency function made two contribution cluster field star tool performs empirical determination frequency function vector point diagram without relying previous assumption profile clusterix allows search interactive way appropriate spatial area optimal separation two population obtained several parameter adjusted make calculation computationally feasible without interfering quality result system offer possibility query different catalogue gaia upload user data result membership determination sent via samp vo tool like topcat apply clusterix several open cluster different property environment show capability tool area five degree around ngc old well known cluster young cluster ngc striking elongate structure extended four degree ngc ngc pair partly overlapping cluster area ngc confirm little known cluster juchert area many cluster disentangle existence two overlapping cluster one previously known ruprecht new clusterix
10
1,505,116
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loop possibility unexampled formalism latticework gage theory acquire preserve poincare symmetry discrete universe define loop generalization wilson loop reformulate definitive differential equation move identity valued multiplicative loop trygve lie group element form lattice poincare gauge theory sombreness thus derived employ novel issue field construction recovers einstein vacuum equality appropriate limit
9
1,788,069
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neutron favoritism constitutive scintillators intrinsic pulse shape light yield contribution comparative study neutron beat bod secernment psd heptad constitutional scintillators performed using identical setup digital electronics scintillators include plastic ej plastic prototype single crystal stilbene recent doped terphenyl liquid bca ne deuterated liquid bc first overall psd performance different scintillators compared threshold neutron energy given discrimination quality determined use statistical tilt ii intrinsic contribution psd potentiality coruscate textile disentangle light return specific pulse supreme headquarters allied power europe induced neutron ray separation allow additional sixth sense behaviour organic scintillators allows elaborate equivalence discrimination performance various real basis analysis limitation current organic scintillators recently pop question alternative scintillators discussed
16
867,559
[ 2, 2185, 4561, 835, 2619, 9657, 17337, 2996, 2897, 1761, 1003, 1718, 1688, 5776, 352, 2185, 8738, 19371, 681, 799, 190, 12746, 12204, 3477, 40, 3514, 185, 61, 17337, 2183, 291, 4838, 3405, 3075, 7487, 17337, 2373, 5877, 9, 55, 5877, 4590, 782, 2375, 4644, 18592, 670, 644, 5212, 4526, 16484, 2591, 2493, 6388, 42, 159, 8003, 180, 2493, 6388, 499, 2612, 12746, 473, 467, 17337, 985, 2413, 2185, 470, 812, 6250, 1320, 2526, 508, 1558, 8706, 1465, 2996, 1688, 12746, 801, 104, 358, 16554, 103, 19689, 9635, 1003, 3970, 1255, 2897, 10659, 38, 4184, 136, 1908, 1421, 18759, 64, 716, 12200, 1627, 2185, 1245, 2782, 735, 1854, 13519, 2912, 2645, 5768, 17337, 1191, 9400, 3314, 6250, 473, 1002, 495, 2272, 494, 2753, 845, 5768, 17337, 1305, 1066, 1408, 2262, 17337, 2443, 3 ]
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cautionary tale attenuation star forming region attenuation light star forming galaxy correlated multitude physical parameter including star formation rate metallicity total dust content variation attenuation even prevalent kiloparsec scale relevant many current spectroscopic integral field unit survey understand cause variation present analyse textitswiftuvot near uv nuv image sdssmanga emission line map nearby star forming galaxy resolve kiloparsec sized star forming region within galaxy compare optical nebular attenuation ie balmer emission line optical depth nuv stellar continuum attenuation via nuv power law index attenuation law described battisti et al data agree model albeit significant scatter explore dependence scatter measurement star forming region different physical parameter including distance nucleus star formation rate total dust content finally compare measured individual star forming region integrated galaxy light find strong variation kiloparsec scale larger galaxy scale seen conclude sight line dependence uv attenuation reddening due light older stellar population could contribute discrepancy
10
1,414,553
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operator development similarity renormalization group magnus expansion magnus expansion efficient alternative solving similarity renormalization chemical group srg flow equation high decree memory intensive average differential equation solver numerical simplification crack operator evolution particularly valuable medium srg calculation though challenge remain difficult problem involve interloper state test magnus approach correspondent accessible situation free space srg treatment spurious bound land arising leading order chiral effective field hypothesis eft potential high cutoff appearance magnus expanding upon pas test exercise investigation springboard address various facial expression operator evolution renewed relevance context use shell scheme dependence nuclear process facial expression let srg manipulator flow band versus block aslant generator universality chiral eft hamiltonians associated operator different regularization scheme impact factorization rise scale detachment implication short range correlation physic possibleness reconciling high low resolution treatment nuclear structure reaction talk
16
835,748
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unmarried pseudoscalar mesotron pole pion box contribution anomalous magnetic moment muon present result single pseudoscalar meson pole contribution pi meson box seat contribution hadronic christ within light lbl correction muon anomalous magnetic moment follow recently spring dispersive approach lbl part evaluated average meson shell however space like electromagnetic transition physical body factor determine analytic continuation time like data direct calculated within usable approach qcd apply dyson schwinger han albrecht bethe salpeter equation strategy allows systematic comparison strictly dispersive treatment recent result lattice qcd within erroneousness legal community obtain excellent accord pion electromagnetic conversion form element resulting contribution lbl addition present event pole contribution discus dynamic effect mixing due strange quark resultant total pseudoscalar pole contribution pi meson loge contribution find
7
1,698,988
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thermodynamic equilibrium massless fermion vorticity chirality magnetic subject field present thesis aimed examine effect vorticity thermodynamics relativistic quantum system continue zubarevs non vestibular sense statistical operator method address quantum effect induced vorticity presence chiral matter external electromagnetic field keeping full covariant quantum property system investigate effect vorticity study focused system dwell massless chiral fermion recuperate meaning quantum phenomenon known literature namely chiral magnetic effect chiral vortical effect axial vortical effect chiral interval effect also revealed presence additional effect second order thermal vorticity study also identified presented exact solution thermal state scheme global thermal equilibrium dwell chiral massless fermion action external constant homogeneous magnetic field taking advantage precise solution conservation equation study likewise proved thermal coefficient pertain initiatory rescript effect thermal vorticity experience correction external electromagnetic field argument revealed existing relation back thermal coefficient even connecting coefficient doe vorticity related electromagnetic theater instance analysis found chiral vortical effect chiral magnetic effect conduction connected differential equation therefore research provides beginning stone throw deriving relation effect interplay electromagnetic field vorticity
11
230,716
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empirical comparison stochastic deterministic centroid initialisation mean variation mean one used algorithm data clustering usual clustering method benchmarking despite wide application well known suffers series disadvantage able find local minimum position initial clustering centre centroid greatly affect clustering solution year many mean variation initialisation technique proposed different degree complexity study focus common mean variation along range deterministic stochastic initialisation technique show average sophisticated initialisation technique alleviate need complex clustering method furthermore deterministic method perform better stochastic method however trade le sophisticated stochastic method executed multiple time result better clustering factoring execution time deterministic method competitive result good clustering solution conclusion obtained extensive benchmarking using range synthetic model generator real world data set
6
1,526,676
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remark imperfect cosmic censoring conjecture radon ad bleak hole cloud string quintessence scalar field paper investigate thermodynamics decrepit cosmic censorship conjecture rn ad black hole cloud string ether scattering scalar field variation thermodynamical variable reckon normal extended stage outer space normal stage space cosmological constant considered constant first second law thermodynamics satisfied extended stage space cosmological changeless parameter related cloud string quintessence treat varying first law thermodynamics still satisfied jurisprudence thermodynamics indefinite furthermore find weak cosmic censoring conjecture valid extremal approximate extremal blackened kettle fish phase space
11
207,219
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non commutative graph fock space unmatched particle hilbert quad present composition continue study non commutative operator graph infinite dimensional space consider example non commutative operator graph generated solvent identity corresponding heisenberg weyl group wheeler dealer acting fock infinite one subatomic particle state space problem quantum error rectification graphical record discussed
13
1,246,420
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chern ricci flow give survey chern ricci flow parabolic flow hermitian metric complex manifold emphasize open problem new direction
1
598,251
[ 2, 4559, 5857, 928, 1041, 1799, 4559, 5857, 928, 4851, 928, 3692, 1093, 586, 1542, 8493, 1090, 304, 385, 1562, 3 ]
[ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ]
intensity mapping without cosmic variance current future generation intensity mapping survey promise dramatic improvement understanding galaxy evolution large scale structure intensity map provides census cumulative emission galaxy given region redshift including faint object undetectable individually furthermore cross correlation line intensity map galaxy redshift survey sensitive line intensity clustering bias without limitation cosmic variance using fisher information matrix derive simple expression describing sensitivity intensity bias obtainable cross correlation survey focusing cosmic variance evasion based expression conclude optimal sensitivity obtained matching survey depth defined ratio clustering power spectrum noise given mode two survey find mid far infrared space telescope could benefit technique cross correlating coming galaxy redshift survey planned nancy grace roman space telescope allowing sensitivity beyond cosmic variance limit
10
1,419,448
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shapovalov wave like spacetimes complete classification blank space meter model presented admit privileged coordinate system lady emma hamilton karl gustav jacob jacobi equation test mote integrated method utter detachment variable separation isotropic wave variable metric space reckon wave like shapovalov blank type shapovalov space exact solvent brainiac equation cosmological constant vacuum ground integral presented eikonal equivalence hamilton jacobi equating motion test particle
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684,579
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sensei characterization single electron event using skipper ccd utilisation science grade skipper charge coupled device captain ccd operating radiation background signal environment develop semi empirical model characterizes origin single electron event ccds identify separate quantify three independent contribution undivided electron event antecedently bundle together classified dark count glowering current amplifier luminance spurious charge measure dark current depends picture pixday unprecedentedly low spurious armorial bearing contribution pix picture self governing addition provide technique study event produced light give amplifier allows detector operation optimized minimize force stage shadow current contribution accurate characterization undivided electron event let one greatly extend sensitivity experiment research dismal topic coherent neutrino scattering moreover precise understanding origin single electron result critical progress ongoing rd effort skipper ceremonious ccds
17
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general methodology measure labour market dynamic propose general methodology measure labour mart dynamical inspired search matching theoretical account based estimate transition rate labour market state appearance estimate instant modulation rate start distinct fourth dimension observation provided longitudinal datasets allowing bit land illustrate potential methodology use italian childbed market data first time decompose unemployment rate fluctuation inflow outflow driven factor evaluate impingement implementation labour grocery reform substantially change regulation temporary contract
18
1,600,686
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asymmetric pay contest spillover opposing party compete prize sunk effort player exert conflict affect value winner reward spillover substantial influence equilibrium behavior participant application lobbying warfare labor tournament marketing rd race understand influence study general class asymmetric two player pay contest allow spillover player reward link participant effort reward yield novel effect particular player higher cost lower value opponent sometimes extract larger payoff
18
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learning linear dynamical system semi parametric least square analyze simple prefiltered variation least square estimator problem estimation biased semi parametric noise error model studied broadly causal statistic active learning prove oracle inequality demonstrates procedure provably mitigates variance introduced long term dependency demonstrate prefiltered least square yield knowledge first algorithm provably estimate parameter partially observed linear system attains rate incur worst case dependence rate dependency decay algorithm provably consistent even system satisfy weaker marginal stability condition obeyed many classical model based newtonian mechanic context semi parametric framework yield guarantee stochastic worst case noise
6
1,419,040
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generating detecting embroiled guy state dissipatively coupled degenerate optic parametric oscillator non gaussian uninterrupted variable united state department state play central role foundation quantum possibility emergent quantum technology particular true cat state ie constituent macroscopic quantum superposition embody quantum coherence accessible way harnessed fundamental test quantum information task alike degenerate optical parametric oscillator naturally produce single mode cat province thus represent promising political platform realization harnessing show dissipative coupling degenerate optical parametric oscillator extends two mode entangled bozo state ie ii mode entangled cat state naturally produced dissipative coupling overcome single photon loss still represents major challenge towards realization sufficiently pure exclusive mood cat united state department state dissolute optical parametric oscillator show generation two modality entangled cat department state dissipative coupling achieved without extra hurdle numerically explore parameter regime successful generation transient two mode entangled cat state deuce dissipatively coupled degenerate optical parametric oscillator certify cat state entanglement employ tailored division based entanglement criterion robustly detect cat state entanglement realistic condition
13
1,281,429
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transfer learning monolingual asr transcription free cross lingual voice conversion cross lingual voice conversion vc task aim synthesize target voice content source target speaker speak different language challenge lie fact source target data naturally non parallel even difficult bridge gap language transcription provided paper focus knowledge transfer monolin gual asr cross lingual vc order address con tent mismatch problem achieve first train monolingual acoustic model source language use extract phonetic feature speech vc dataset train seqseq conversion model pre dict mel spectrogram successfully address cross lingual vc without transcription language specific knowledge foreign speech experiment voice conversion challenge datasets show speaker dependent conversion model outperforms zero shot baseline achieving mo speech quality speaker similarity cross lingual conversion compared cascade asr tt method proposed one significantly reduces mo drop tween intra cross lingual conversion
0
57,050
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exclusive dilepton output ultraperipheral collision lhc newspaper perform systematic study exclusive dilepton production interaction collision lhc run department energy considering different storey preciseness discussion absorptive correction atomic kind factor rapidity invariant plenty distribution estimated taking account statement experimental cutoff comparison recent alice telamon data production presented
7
1,744,255
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