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dataverse-tokenized-dataset

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universal loose energy landscape painting produce efficient reversible electron bifurcation decade unknown electron bifurcating system nature prevented energy wasting short circuit response large driving force celluloid negatron bifurcate molecular machine could plan make corroborate free energy landscape painting negatron bifurcation also enigmatic predict simple world wide free energy landscape painting enable electron bifurcation show enables high efficiency bifurcation limited short circuit eb schema landscape relies steep free energy slope two oxidoreduction offset insulate unforesightful circuiting without relying nuanced change microscopic charge per unit ceaseless little circuiting response eb scheme thusly provides blueprint future campaign establish semisynthetic electron bifurcating machine
5
1,006,647
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electrodynamic origin quantum fluctuation present workplace use lienard wiechert potential show violent wavering experienced electromagnetic charged go particle perturbed rest state feedback fundamental interaction coulombian radiative field among different charge part particle make uniform motion unstable effect show radiative field irradiation reaction produce dissipative antidamping effect lead self oscillation finally derive series expansion ego potential summation eternal rest kinetic energy give rise fresh contribution share feature quantum potential novelty potency produce symmetry breaking lorentz group spark oscillatory motion electrodynamic body propose part self energy power serve bridge graeco roman electromagnetism quantum grease monkey
13
1,211,985
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deep dih statistically inferred reconstruction digital line descent holography deep learning digital line holography commonly use reconstruct image hologram microscopic object one technical challenge arise signal processing stage removing twin image caused phase conjugate wavefront recorded hologram twin image remotion typically formulated non linear inverse job due irreversible scattering process generating hologram recently end end oceanic abyss learning base method utilized reconstruct object wavefront surrogate structure object directly single shot line digital hologram however massive datum pair required train deep learning model acceptable reconstruction precision contrast typical image processing problem well curated datasets line digital holography exist also trained manikin extremely influenced geomorphologic property aim hence vary different application therefore data collection prohibitively cumbersome practice major hindrance using bass learning digital holography paper proposed novel implementation autoencoder based bass learning architecture single shot hologram reconstruction period solely based current sample distribution without indigence monolithic datasets train fashion model simulation result demonstrate superior performance offer method equate state art single shot compressive digital occupation holograph reconstruction method acting
3
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impact load model power flow optimization aggregated load model pq zip used represent approximated load demand specific bus grid simulation optimization problem paper examine impact model choice optimal power flow solution demonstrate possible different load model represent amount real reactive power optimal solution yet correspond completely different grid operating point introduce metric derived maximum power transfer theorem identify behavior aggregated model opf formulation indicate possible limitation dataset carnegie mellon campus used characterize three type load model using time series machine learning algorithm optimal power flow result demonstrate choice load model type significant impact solution set point example result show pq load accurately characterizes cmu data behavior correctly case
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perspective measuring gravitational effect laser light particle beam study possibility creation detection oscillating gravitational field lab scale high energy relativistic source source considered high energy laser beam optical cavity ultra relativistic proton bunch circulating beam large hadron collider lhc cern source allow signal frequency much higher far narrower bandwidth celestial source produce addition modulating beam one adjust source frequency broad range hz ghz gravitational field source response variety detector analyzed optimize mechanical oscillator pendulum torsion balance detector find parameter regime combined planned high luminosity upgrade lhc source signal noise ratio substantially larger achievable least principle neglecting source technical noise open new perspective studying general relativistic effect possibly quantum gravitational effect ultra relativistic well controlled terrestrial source
11
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high temperature convergence km boundary condition bose hubbard model finite graphical record kubo martin schwinger experimental condition widely study fundamental property quantum statistical mechanic characterises thermal equilibrium department state quantum system seventy gallavotti verboven proposed analogue km condition hellenic mechanical organization highlighted family relationship kirkwood salzburg equation gibbs sense equilibrium measure present article prove certain qualifying regime high temperature classical klick condition derived quantum condition bare case bose hubbard dynamical system finite graph main element substantiation golden count rumford inequality bogoliubov inequality semiclassical analysis
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improved large margin softmax loss speaker diarisation speaker diarisation system nowadays use embeddings generated speech segment bottleneck layer needed discriminative unseen speaker well known large margin training improve generalisation ability unseen data use open set problem widespread therefore paper introduces general approach large margin softmax loss without approximation improve quality speaker embeddings diarisation furthermore novel simple way stabilise training large margin softmax used proposed finally combat effect overlapping speech different training margin used reduce negative effect overlapping speech creating discriminative embeddings experiment ami meeting corpus show use large margin softmax significantly improves speaker error rate ser using hyper parameter loss unified way improvement achieved reached relative ser reduction baseline however training overlapping single speaker speech sample different margin best result achieved giving overall ser reduction relative baseline
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168,181
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posing fair generalization task natural language inference deep learning model semantics generally evaluated using naturalistic corpus adversarial method model evaluated new example known semantic property begun reveal good performance naturalistic task hide serious shortcoming however insist evaluation fair model given data sufficient support requisite kind generalization paper define motivate formal notion fairness sense apply idea natural language inference constructing challenging provably fair artificial datasets showing standard neural model fail generalize required way task specific model jointly compose premise hypothesis able achieve high performance even model solve task perfectly
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towards conditional relation asymptotically safe gravity particle physic review aspect interplay asymptotically dependable graveness matter focus likely predictive power quantum scurf correspondence underlying asymptotically safe fixed point explain asymptotically safe secure decimal point standard model induced quantum gravity fluctuation might render stock model ultraviolet everlasting deuce allow calculate value standard mannikin copulate particular highlight fixed point mightiness explain aggregated difference top bottom quark
11
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diversity enabled odoriferous spot layered architecture speed accuracy trade offs sensorimotor control nervous system sense communicate compute actuate movement using distributed component severe trade offs speed accuracy sparsity noise saturation nevertheless brain achieve remarkably tight accurate robust control functioning due highly effective layered control architecture premise driving task study mountain biker mitigates quick disturbance trail hump responds change trail direction manipulated time delay accuracy control input wheel deputy manipulating characteristic neuron control loop observed speed accuracy trade offs sat motivated theoretical framework lie layer control loop component diverse focal ratio accuracy within forcible level spunk parcel containing axon wide range size model explains error two ascendency loop one fast inaccurate reflexive bed corrects bump planning layer slow accurate additive show error control cringle decomposed error caused limited speed accuracy ingredient result demonstrate appropriate diversity belonging nerve cell across layer help create diversity enable sweet spot first state fast accurate control achieved practice slow inaccurate component
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euclidean operator growth quantum chaos consider outgrowth local operator euclidian time evolution lattice system local interaction derive rigorous bound operator norm outgrowth move establish analog lieb edward goldenberg robinson bound spacial growth contrast minkowski case ballistic spreading operator universal euclidian case spatial growth system dependent indicates organization integrable chaotic integrable case euclidian spatial growth polynomial chaotic shell dissolute possible exponential higher dimension bethe lattice local operator reach spatial infinity finite euclidean time use bound euclidean development establish constraint individual matrix element operator mogul spectrum show one dimensional system special power spectrum always superexponentially suppressed large oftenness finally link bound euclidean maturation bound growth lanczos coefficient end develop path built formalism weight dyck path evaluate apply saddle point idea using conjectural connection growth lanczos coefficient lyapunov advocate controlling growth otocs propose improve bound chaos valid temperature
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note online nonrepetitive coloring tree prove always possible color online nonrepetitively partial tree graph tree width color implies always possible color online nonrepetitively cycle tree series parallel graph color result generalize respective offline nonrepetitive coloring result
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pretending quantum universe quantum simulation provides quantum system study analogous controllable quantum system wide application condensed matter physic high energy physic cosmology quantum system homogeneous isotropic arena friedmann robertson walker universe simulated direction electrically modulated ion trap quantum state metre dependent oscillator build quantum unvarying propose simulation quantum friedmann robertson alice malsenior walker universe minimum massive scalar field charge scalar plain homogeneous time drug addicted magnetic field quantum electrodynamics investigate cauchy job undulation role evolve
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lise package solver static time dependent superfluid local density approximation equation three dimension nuclear implementation density functional theory dft present microscopic framework applicable whole nuclear landscape extension dft superfluid system rule spirit kohn sham approach superfluid local density approximation slda extension time dependent situation time dependent superfluid local density approximation tdslda extensively use describe versatile static dynamical problem nuclear physic neutron star crust cold atom system composition present code solve static time dependent slda equation tercet dimensional coordinate quad without symmetricalness restriction code fully parallelize message passing interface mpi library take advantage graphic processing unit gpu accelerating execution dynamic code checkpointrestart capability initial condition one use generalized woodlouse antigenic determinant type wave function code describe large number physical problem nuclear fission hit heavy ion interaction quantized vortex nucleus nuclear star crust excitation superfluid fermion system time dependent external field quantum shock wave sphere wall generation generation dynamic philip warren anderson bogoliubov higgs mode dynamic disconnected condensation vortex ring dynamic generation dynamic quantized vortex crossbreed recombination incipient phase quantum turbulence
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finite size effect chiral form transition quantum chromodynamics study burden periodical boundary condition chiral symmetry breaking regaining quantum chromodynamics efficacious model effective potential quark condensate role quark cheese meson mannikin hypothesis quantized cubic box seat size specifying renormalization prescription vacuum quark closed circuit study condensate finite temperature quark chemical possible discovery lowering lead contact action chiral symmetry kick downstairs excitation zero musical mode lead jump condensate low temperature high density suggest interpret gas liquidness phase transition take place chiral isotropy broken phase hadron gas chiral symmetry repair phase quark matter characterize intermediate phase term increase baryon denseness correlation length wavering order parameter minor enough correlation domain occupy substantial portion volume system fluctuation comparable decisive region reason dub phase subcritical liquid qualitative film puff agreement previous study free base similar effective model also clarify discrepancy behavior decisive temperature versus found dissimilar model
19
491,851
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constraining chiral magnetic force charge subordinate azimuthal correlation coefficient petabyte pb collision tev systematic field study charge pendant three speck correlation petabit petabyte collision tev used investigation chiral magnetic core cme presented measurement performed charged particle pseudorapidity transverse impulse kitchen range gev significant tuition subject signaling becomes judge peripheral hit report cme sensitive correlators leave used estimate donation background effect associate local charge preservation coupled anisotropic flow prosody measure cme flak beckon parametrisation incorporates local charge conservation tune reproduce centrality dependant background effect able full describe measured finally charge centrality dependance coalesce harmonic corpuscle correlation shape insensitive cme signal verify background share dominate mensuration
16
815,930
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physical perspective classical cloning celebrated quantum cloning theorem state arbitrary quantum state cannot cloned perfectly raise question cloning classical state also attracted attention present physical approach classical cloning process showing cloning realised using hamiltonians writing canonical transformation clone classical state show implemented hamiltonian evolution propose experiment using tool nonlinear optic realise idea presented finally understand cloning process realistic context introduce statistical mechanical noise system study affect cloning process work deal linear system harmonic oscillator give example cloning map manifold show system whose configuration space group manifold admits cloning canonical transformation
13
1,219,644
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alice data processing run run lhc upcoming run lhc alice take data top pb pb hit rate khz made potential thanks kick upstairs chief tracking sensing element experiment new datum processing strategy order magnitude collect statistic needed precise measurement alice aim uninterrupted readout take brings dispute handling unprecedented datum pace tb peeled data point detector reduced gb world class level processing flp node sent event processing layer processing reduction le gb data lay permanently synchronous processing stage include reconstruction calibration densification subprogram watch asynchronous ace account final calibration quality controller qc intensively practice processing stage talk illustrates processing flow alice run emphasis component synchronic processing chosen software design account overview data psychoanalysis framework included well
17
344,300
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brownian motion golden ratio sierpinski gasket construct strongly local regular dirichlet form golden ratio sierpinski gasket self similar set without finitely ramified cell structure via study trace electrical network infinite graph dirichlet form self similar sense infinite iterated function system decimation invariant respect graph directed construction theorem uniqueness also provided lastly associated process satisfies two sided sub gaussian heat kernel estimate
1
568,667
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global search localised mode scalar vector nonlinear schrodinger type equation present modern approach search coexisting class localised mode admitted hideous defocusing scalar transmitter nonlinear schrodinger type equation approach based watching generic solution corresponding stationary system singularity finite point real axis start establishing condition initial data associate cauchy problem guarantee establishment singularity devising use sufficient condition identify bounded nonsingular solvent classify according asymptotic behaviour determine bounded solution properly chosen space initial information scanned numerically ascribable asymptotic correspondence consideration confine one two dimensional space coiffe initial condition compute distance close forth backward singularity large indicate proximity bounded solution illustrate method gross pitaevskii equation symmetric complex potential organization coupled gross pitaevskii equivalence real possible lugiato lefever equation normal dispersion
12
752,235
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low dimensional fluctuation pseudogap gaudin yang fermi gas pseudogap ubiquitous phenomenon strongly correlate organization high superconductors ultracold atom atomic physic pairing fluctuation inducing pseudogap known enhanced low dimensional system force explored well one fundamental example gaudin yang model work show pseudogap effect visible exclusive particle excitation system using diagrammatic coming fermionic single molecule spectrum exhibit unique crossover two fold particle dispersal pseudogap state department increasing attractive interaction number concentration finite temperature surprisingly result thermodynamical amount unpolarized polarized gasolene show excellent agreement recent quantum monte carlo complex langevin result even part pseudogap appears
14
929,718
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superdeconfuse supervised deep convolutional transform based fusion framework financial trading system work proposes supervised multi channel time series learning framework financial stock trading although many deep learning model recently proposed domain treat stock trading time series data image data whereas true nature time series data since stock trading system multi channel data many existing technique treating time series data suggestive technique effectively fusion information carried multiple channel contribute towards shortcoming propose end end supervised learning framework inspired previously established unsupervised convolution transform learning framework approach consists processing data channel separate convolution layer fusing output series fully connected layer finally applying softmax classification layer peculiarity framework superdeconfuse sdcf remove nonlinear activation located multi channel convolution layer fully connected layer well one located latter output layer compensate removal introducing suitable regularization aforementioned layer output filter training phase specifically apply logarithm determinant regularization layer filter break symmetry force diversity learnt transforms whereas enforce non negativity constraint layer output mitigate issue dead neuron result effective learning richer set feature filter respect standard convolutional neural network numerical experiment confirm proposed model yield considerably better result state art deep learning technique real world problem stock trading
0
79,844
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initiation spiraling undulation excitable culture medium excitable metier system rest absence external input respond sufficiently strong stimulant send wave excitement across sensitive example admit cardiac cortical tissue example spread volute wave follow associated irregularity wave initiated well tacit numerical study stock mathematical model excitable medium obtain spiral oscillatory pattern method simple design previously rule analyze early level process show tenacious term stable oscillatory conduct including spiral wave start simple initial condition two small spot excitation subsequent input thus furnace lining cell initial condition model yet random patch stimulation result periodic rotating pattern relatively often leading suggest could happen experience tissue paper
5
1,097,902
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dynamic assortment optimization changing contextual information paper study dynamic assortment optimization problem finite marketing season length time period seller offer arriving customer assortment commutable product cardinality constraint customer make purchase among offered product according discrete choice model existing work associate cartesian product real valued fixed mean utility assumes polynomial logit choice mnl model many practical application featurecontexutal data merchandise pronto useable paper incorporate feature information assuming linear kinship mean utility feature addition allow lineament information product change time underlying choice model also non stationary solve dynamic assortment optimization changing contextual mnl model need time learn underlie unknown coefficient make decision assortment end evolve upper self assurance bound ucb based policy establish regret bound order dimension feature crush logarithmic dependence shew abject bound cardinality constraint offered assortment usually small constant policy optimal logarithmic factor exploitation phase angle ucb algorithm need solve combinatorial optimisation assortment optimization based learned information develop approximation algorithm effective greedy heuristic effectiveness purport policy demonstrated numerical study
18
1,620,318
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revealing hidden quantum steerability using local filtering operation nonlocal quantum correlation heart bizarre nature quantum physic various class nonlocal quantum correlation steerability quantum state local measurement provides unique operational feature theoretically experimentally investigate hidden quantum steerability particular find initially unsteerable state reveal steerability using local filter individual quantum system remarkable certain set local filter effective revealing steerability bell nonlocality whereas exists another set filter effective revealing bell nonlocality steerability finally present counter intuitive result mixed state originating non maximally pure entangled state hidden steerability mixed state maximally pure entangled state fails show steerability
13
1,246,551
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technological read creation maternity lag frontier science cern procurement letter patent paper contribute literature impact big science centre technological innovation effort unique dataset selective information cerns procurement order study collaborative innovation process cern industrial partner qualitative word case study endurance count data point model estimated impact cern procurement supplier innovation catch number patent application fact firm sample receive initiatory order long time span delivers natural sectionalisation industrial partner supplier yet supplier allows estimating impact cern hazard file patent first time number letter patent application well time needed effect show find cern issue exist industrial partner cern associated increase hazard file patent first time number patent invention application essence require significant gestation lag cooking stove five eight year pointing relatively slow outgrowth absorption new idea
18
1,614,720
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observational constraint new unite dark fluid tenseness unify cosmological model received lot attention astrophysics community explaining dark thing dark energy organic evolution chaplygin cosmogony well known name group investigated matched observation dissimilar source obviously chaplygin cosmology obey restriction society consistent observational data import alternative coordinated model differing chaplygin model particular interest present work consider specific exemplar unified cosmological poser quantified single parameter study minimal extension cold dark subject cosmology investigate observational boundary concert analysis universe large scale study show former time poser behaves like dust time acquire mimic dark energy fluid depicting clear modulation early decelerating phase recent cosmic accelerating phase finally posture approach cosmological constant boundary asymptotic manner remark present coordinated model estimation slightly gamy local estimation thus alleviating latent hostility
11
217,458
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robust vision using retro reflective marker remote plow iter iters working environment characterized extreme condition deem maintenance review task carried distant handle knob hardwaresoftware module extract critical information remote environment fine alignment labor use eye hired hand camera system update exemplar behind virtual reality based distant handling program work develop retro reflective marker based version node estimate pose planar target knuckle cassette lock system use marker attached surface demonstrate pin tool insertion task using method issue appearance coming work reliably single low resolving camera outdo antecedently research stereo depth appraisal based approach conclude ex post facto reflective marker based tracking potential cardinal enabler remote control handling cognitive process iter
3
141,613
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deriving inflaton compactified theory de sitter vacuity compactifying hypothesis multiplex holonomy give uv complete theory supersymmetric soft supersymmetry breaking via gaugino condensate simultaneously stabilizes modulus generates hierarchy planck fermi scale generically gauge matter chiral fermion various important feature world show theory also incorporate successful inflaton linear combination modulus closely aligned overall loudness modulus compactified manifold scheme rely ad hoc assumption derives effective quantum theory solemnity inflation arises near inflection point potential change form local minimum implies de sitter vacuum occur modulus potential even without uplifting generically present charged hidden sector matter return de willem de sitter vacuum well
7
1,650,656
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light vector meson strong charismatic field battle qcd sum rule overture mass modification light vector meson look asymmetric nuclear matter presence inviolable magnetised discipline use qcd sum rule approach computed medium modification non strange strange light quark condensation well scalar gluon condensate quark cheese gluon condensate calculated spiritualist alteration scalar field non foreign unknown scalar dilaton field magnetized atomic matter within chiral su exemplar scalar dilaton field within good example jailbreak scale invariance qcd assume gluon condensate anomalous magnetic moment nucleon taken explanation present study
14
920,417
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maxwell ernest bloch arrangement incisive line descent limit without soliton study characteristic cauchy problem maxwell bloch equating light matter interaction via asymptotics assumption prevent generation soliton analysis clarifies feature sense physically motivated initialboundary condition satisfied particular present proper riemann hilbert problem generates unique causal solution cauchy problem solution vanishes outside light cone inside light cone cell relate leading order asymptotics self similar solution satisfy system ordinary differential par related painleve iii piii equation identify solution appearance related family piii solution recently discovered connection several limiting process involving focusing nonlinear schrodinger equation fully explain result boundary layer phenomenon even unruffled initial data incident pulse solution stool sudden transition infinitesimally small propagation distance formal level phenomenon draw author term piii self similar solution score observation precise first time relate piii self similar solution cauchy job analysis asymptotic behavior satisfied ocular field force medium density matrix reveals slow decay optical orbit direction actually inconsistent simplest version scattering theory result key precise generic condition optic pulse incident initially fluid medium sufficient pulse stimulate decay medium stable state
12
729,053
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training multi task adversarial network extracting noise robust speaker embed noisy environment accomplish robust carrying loudspeaker system realisation still challenging labor motivated hopeful performance multi task training variety image processing task explore potential multi labor adversarial preparation learning noise racy speaker embedding paper present novel framework consists trey component encoder selection dissonance rich speaker embedding classifier classifies speaker differentiator discriminates resound type speaker system embedding besides propose training strategy using training accuracy indicator stabilize multi course study adversarial optimization process demeanor experiment english mandarin principal sum observational result demonstrate proposed multi task adversarial training method could greatly surmount method acting without adversarial training noisy environment furthermore experiment indicate method acting also able improve utterer verification performance clean condition
3
172,522
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issue cellular rearrangement time delay rheology acme model affluent tissue large scale tissue deformation biological process morphogenesis ask cellular rearrangement simplest rearrangement feeder cellular monolayers involves neighbor central among quaternary cell called transition analogy froth unlike foam cell must execute sequence molecular process endocytosis adhesion molecule complete transition process could bring long meter compared timescales tissue work incorporate idea augmenting vertex model require fixed finite time transition call postponement sentence study variation delay time affect tissue mechanic quantifying relaxation time tissue front delay comparing cadre shape based timescale characterizes fluidity absence seizure delay show molecular scale delay timescale dominates cell shape scale collective response timescale time lag time larger ii extend analysis tissue become anisotropic convergent extension finding similar result moreover regain increasing delay time increase percentage higher fold ordinate vertex rosette decrease overall number successful contributing elastic like le fluid like tissue paper response work suggests molecular mechanism number brake transition could stiffen global tissue mechanic enhance rosette formation morphogenesis
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1,079,404
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erratum crystal axiom structure model combin theory ser erratum explain implement axiom stated paper obtain purely local characterization finite crystal declared clarified moment also correct inaccuracy paper
1
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classical solvent rayleigh deems taylor instability inhomogeneous incompressible gummy fluid bounded domain study macrocosm unsound authoritative solution rayleigh taylor instability problem abbr rt problem inhomogeneous incompressible viscous fluid take hop knowledge domain find using existence theory steady stokes problem iterative technique initial data classical solution linearized rt problem modified new initial data generate local time classic solution rt problem close original initial data thus utilize classical bootstrap instability method obtain classic solution nonlinear rt instability ground one linear rt unbalance
8
658,558
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vista brightness charged scalar three higgs doublet model symmetry stringent constraint direct hunting exotic scalar lhc well indirect bound flavor physic measurement imposed severe limitation parameter space new physic model featuring extended higgs sector type ii hdm implies lower bound charged higgs mass gev work analyze phenomenology zhdm alignment limit point centre impact flavor physic constraint parameter space show mate two charged higgs boson model feature additional quelling agent compared type ii hdm give rise significant relaxation flavor physic constraint model allowing charge higgs mass low gev also debate constraint number precision electroweak observables keep diphoton decay pace gev higgs boson lhc bound coming lineal lookup nonstandard higgs boson lhc particularly resonance search ditau distribution channel prove effective constraining scenario
7
1,757,737
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deterministic load phase shaping microwave onto undivided artificial mote loading quantum selective information deterministically onto quantum node important step towards quantum web demonstrate coherent province micro cook photon optimum temporal wave form efficiently loaded onto single superconducting artificial atom semi infinite one dimensional transmission agate line waveguide using weak coherent state mean photon number exponentially rising waveform whose time constant match decoherence time stilted atom demonstrate loading efficiency semi free blank space artificial speck besides show fock state micro cook photon deterministically loaded efficiency manipulate phase coherent state exciting atom enabling coherent control load process result open promising application take quantum network based waveguide quantum electrodynamics qed
13
1,298,611
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aronszajns reproducing kernel feynman disseminator sketch show aronszajns hypothesis reproduce kernel use construction david hilbert space quantum theory display feynman propagator example reproducing sum boundedness condition every lagrangian corresponds hilbert space want postulated empha priori free non relativistic particle justify mathematically concept space time granularity reproduce kernel allow functional rather distributional description david hilbert space quantum theory including fock place
8
668,027
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warm force field study constancy nucleon individual basis heavy heavy particle look strong forcefulness airfield constancy nucleon separately heavy baryon within framework chiral quark soliton mannikin constructed pion intermediate theatre operation mien storey quark cheese self consistently able bodied examine gravitative physical body component main focus present work stableness condition nucleon saucer potent force field physical conditional relation well present result gravitational form factor relevant observables emphasising conflict nucleon
19
434,535
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electrodiffusion calcium activated potassium channel dendritic spine investigate calcium signaling feedback calcium activated potassium channel dendritic prickle applying immersed boundary method acting electrodiffusion simulate stochastic gating ion channel resulting spacial statistical distribution concentration current membrane voltage within dendritic spine simulation permeability ionic flow across tissue layer regulate amplitude chemical potential barrier spatially set ion distribution channel chemical likely barrier locally stochastically regulated regulation represent ion channel gating multiple subunit open closed state governed continuous time markov operation model simulation recapitulates inhibitory action mechanism voltage sensitive calcium channel ca actuate potassium channel stochastic manner emphnon local feedback loop model predicts amplified ca inflow tight placed channel complex proposing potential mechanism differential ca handling television channel dispersion work provides foundation future computer simulation field study dendritic spine motility structural malleability
5
1,031,579
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impact final state interaction neutrino nucleon pion product cross section extracted neutrino deuteron chemical reaction data current near future neutrino vibration experiment require significantly improve neutrino nucleus reaction model neutrino nucleon pion production datum play crucial theatrical role validate corresponding elemental amplitude go neutrino nucleus model thus currently available data extracted charged current neutrino deuteron reaction data must correct nuclear effect fermi motion concluding state interaction fsi study theoretical modelling including impulse chemical mechanism supplemented fsi rescatterings analysis spectator momentum distribution reveals fsi effect significantly subdue spectrum quasi free peak part lead useful recipe extract information elementary mental process using data important fsi correction strike score provide total cross section correcting deuterium bubble chamber data fsi fermi motion result bring substantial improvement neutrino nucleus reaction model approximate next neutrino oscillation experimentation
14
970,822
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spherical inhomogeneous solution einstein scalar tensor gravity map land review spherical inhomogeneous analytic solution field equation einstein scalar tensor gravity including bran dicke theory non minimally possibly conformally coupled scalar field horndeski beyond horndeskidhost gravity zoo includes static dynamic solution asymptotically flat asymptotically friedmann lemaitre robertson walker one minimize overlap existing book review place emphasis scalar field spacetimes geometry general within certain class relation various solution largely emerged last decade pointed
10
1,306,268
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electron phonon dissociate referable strong light matter interaction phonon interaction solid do photonics arrangement cause intrinsic quantum decoherence oft present limiting element emerge quantum technology referable recent growing nanophotonics exciton cavity structure strong calorie free matter coupling rate fabricated show social organization new regime emerge decoherence completely suppressed due decoupling dominant phonon process using numerically exact tensor network coming perform calculation non perturbative non markovian dynamic government identify scheme reaching near unity photon identicalness also discover interesting phonon garb exciton cavity polaritons high government lead multiple phonon sidebands light matter interaction sufficiently strong
13
1,229,387
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tercet dimensional monopole free cpn modeling investigate phase diagram nature stage changeover iii dimensional monopole free cpn model characterise spherical un balance stick correspondence absence seizure monopoles present numerical analysis based trey card monte carlo pretending observe finite temperature modulation case related condensation local gauge invariant order parameter unable draw definite ending nature changeover result may symbolise either weak first order transition continuous passage anomalously declamatory scale correction however result allow exclude governing body train critical behavior transmitter universality class fall received triplet dimensional cp model without monopole suppression transition first order significantly unaccented keep presence monopoles lead coherent formal uninterrupted transition compare answer existing literature prediction different field theory approach result consistent scenario model undergo continuous transition large economic value agreement analytic big computing
19
457,293
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small spin aboriginal contraband cakehole random geometry bekenstein hawking entropy gravitational moving ridge observance black market hole entropy robust prediction quantum gravitational attraction established phenomenological consequence date manipulation bekenstein hawking entropy pattern general relativistic statistical mechanic determine probability statistical distribution random geometry uniformly sampled phase space show statistic limit relevant tumid curve perturbation result universe primordial black gob zero natal twist principle identification population ligo virgo future gravitational wafture observatory could allow first observational evidence statistical nature black hole entropy
11
226,155
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quantum fisher information cohesiveness atom dissipative dental caries work investigate quantum fisher informationqfi quantum coherenceqc atom dissipative caries zero temperature reservior one excitation number obtain analytical solution qfi qc easily relationship ohmic lorentzian reservoir respectively result show atom cavity pair dental caries reservoir coupling effectively protect qfi qc peculiarly qfi qc tend stable value atom cavity coupling caries artificial lake coupling larger sealed economic value qc augment qfi efficaciously improve quantum metrology addition give physical explanation dynamic behavior qfi qc practice decoherence rate
13
1,284,124
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grading grimness hypoxic ischemic encephalopathy newborn eeg using convolutional neuronal meshing electroencephalography encephalogram valuable clinical pecker grading injury caused lack blood oxygen brain parentage study present novel end terminal architecture using deep convolutional neural net determine hierarchical theatrical performance within raw eeg data organisation classifies grade hypoxic ischemic encephalopathy measure multi channel electroencephalogram dataset hour newborn declare oneself method achieves testing accuracy one step voting two footprint vote effect show feature free approach used relegate unlike grade injury newborn encephalogram corresponding truth existing feature free base system automated grading newborn background electroencephalogram could help early designation infant need interventional therapy hypothermia
5
1,002,667
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finite temperature property qcd two spirit iii iv basketball team color present numerical study crossover low temperature chirally confused phase high temperature chirally restored phase gauge hypothesis color deviant fermion flavor fermion flock span range medium economic value play squared ratio pseudoscalar transmitter meson multitude observables admit temperature strung chiral condensate screening tidy sum fermion plenty measure evince nigh identical temperature dependance across
19
448,613
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netsquid mesh simulator quantum information using discrete outcome order bring quantum network real world would like determine prerequisite quantum network protocol include underlying quantum computer hardware detailed architecture proposal generally complex mathematical analytic thinking natural employ numerical simulation introduce netsquid network simulator quantum information using distinct effect discrete event based platform simulating aspect quantum network modular quantum computing system straddle physical layer control plane application level study various use case showcase netsquids power include elaborate physical stratum pretence repeater chain mountain based nitrogen vacancy centre diamond well nuclear tout ensemble well examine control plane quantum switch beyond analytically known regime case netsquids power investigate big network simulating entanglement distribution chain ace thou client
13
1,241,222
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optimal quantisation probability measure using maximum mean discrepancy several researcher proposed minimisation maximum mean discrepancy mmd method quantise probability measure ie approximate target distribution representative point set consider sequential algorithm greedily minimise mmd discrete candidate set propose novel non myopic algorithm order improve statistical efficiency reduce computational cost investigate variant applies technique mini batch candidate set iteration candidate point sampled target consistency new algorithm mini batch variant established demonstrate algorithm range important computational problem including optimisation node bayesian cubature thinning markov chain output
6
1,424,463
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moire surface state enhanced superconductivity topological insulator recently moire superlattices found surface topological insulator ti due rotational misalignment topmost layer work study effect moire superlattices topological surface state using continuum model dirac electron moving periodic potential unlike twisted bilayer graphene moire surface state cannot host isolated band due topological nature instead find high order van hove singularity vhs moire band structure give rise divergent density state do enhance interaction effect due spin momentum locking moire surface state possible interaction channel limited presence phonon mediated attraction superconductivity strongly enhanced power law divergent do high order vhs transition temperature exhibit power law dependence retarded electron phonon interaction strength enhancement found robust various perturbation high order vhs
4
1,312,663
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avoiding bully resilience cooperation among unequals egalitarian norm convention survive presence dominant individual ensured victory conflict investigate interaction power asymmetry partner selection plot conflict contested resource introduce three model study egression resilience cooperation among unequals interaction random individual choose partner tycoon asymmetry dynamically depend accumulated payoff determine ability void bully higher competitive ability afforded partner choice part restores cooperative convention competitive hierarchy never form partner choice counteracts hyper dominance bully isolated network eliminates need others coordinate coalition competitive ability dynamically depends cumulative payoff complex cycle coupled network strategy rank change emerge effective collaborator gain popularity thus power adopt strong growing behavior get sequester ultimately lose world power neither network behavior converge unchanging equilibrium despite unbalance major power dynamic cooperative convention population remains stable overall long term inequality completely eliminated interaction partner choice dynamic power asymmetry crucial result without partner choice bully cannot isolate without dynamic king asymmetry bully lose great power even isolated analytically identify single critical point mark phase transition three iteration model decisive point first individual break convention cycle scratch line emerge
18
1,629,666
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linking statistical ecological theory hubbells unified neutral theory biodiversity hierarchical dirichlet summons neutral good example assume ecological equivalence specie provide null model community assembly hubbells unified neutral theory biodiversity untb many local residential district plug single metacommunity differing immigration rate ability fit wide multi site untb hitherto limited lack computationally amenable accurate algorithm show large class neutral model mainland island social organization differing local community interest dynamic converge large population limitation hierarchical dirichlet process using approximation developed efficient bayesian fitting strategy multi site untb also use approach distinguish neutral local community interest assembly given non neutral metacommunity dispersion full untb metacommunity assembles neutrally applied meet strategy tropical tree data set comprising sequence human gut microbiomes tropic tree data set consistent untb human gut neutrality rule unharmed community level however go algorithm gut microbial specie within taxon different level taxonomic resolving found specie abundance within genus almost uniform local community assembly straight higher taxonomic rank hint gut microbiota strongly niche encumber macroscopic organism different group adopting different functional role within group diverseness may least partially maintained neutralitywe also observed negative correlation organic structure mass index immigration rate within menage ruminococcaceae
5
1,053,438
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fast precise emulation two body scattering observables without wave part combine newton variational method mind eigenvector good continuation concept truehearted accurate emulator two body scattering observables emulator facilitate practical application strict statistical method fundamental interaction depend smoothly set free argument approach set trial matrix construct small issue precise solution lippmann schwinger equation subsequent emulation requires operation small matrix provide several application short range potential without coulomb fundamental interaction fond wave coupling shown emulator accurately extrapolate far support training data used emulate neutron proton crown thorn section modern chiral interaction subprogram free argument reproduces exact calculation negligible mistake provides improvement cpu time
7
1,649,353
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solitary wave eccentric spacetime defect review construction particular solitary wave type solution classical einstein matter champaign equation localized finite energy inactive classic root interpret single spacetime defect embedded minkowski spacetime may give rise several new core skyrme type theory minor plenty affair field energy scale compared planck energy scale sufficiently small defect length scale existence globally regular solution requires electronegative active gravitative mass defect repels distant run speck antigravity also exist stealth flaw disappear asymptotic gravitative mass stealth defect however entirely unseeable bring young type gravitational lensing
11
232,478
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quarkonium measurement forward rapidness alice lhc ponderous quark cheese bring forth first instant core nucleus collision thence authoritative tool study subsequent gamey get go density medium formed ultra relativistic cloggy ion hit series experimental movement see belonging quark cheese gluon plasma qgp metier comprise deconfined state quark cheese gluon based measuring bound state heavy quark cheese anti quark duad know quarkonia nonetheless medium modification heavy relish hadron production admit comfortably contribution cold nuclear matter cnm effect shadowing atomic breakup add qgp effect proton nucleus hit qgp expected victimized beat cnm effect quarkonium yield finally quarkonium measurement proton proton collision used source weighed ion proton ion collision alice measurement quarkonia forward rapidity assorted energy clash system pp pb pb pb xe atomic number lhc run run fourth dimension period talk
16
820,157
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efficient ridge solution incremental broad learning system added input updating inverse inverse cholesky factor hermitian matrix ridge inverse brief proposes two bls algorithm improve existing bls new added input proposed bls algorithm avoid computing ridge inverse computing ridge solution ie output weight inverse inverse cholesky factor hermitian matrix ridge inverse proposed bls algorithm update inverse hermitian matrix matrix inversion lemma update upper triangular inverse cholesky factor hermitian matrix proposed bls algorithm multiplies inverse cholesky factor upper triangular intermediate matrix computed cholesky factorization inverse cholesky factorization assume newly added input matrix corresponding added input number added training sample total node number respectively inverse sum matrix utilized compute intermediate variable smaller matrix inverse proposed algorithm smaller inverse cholesky factorization proposed algorithm usually hermitian matrix ridge inverse smaller ridge inverse thus proposed algorithm require le flop floating point operation existing bls algorithm verified theoretical flop calculation numerical experiment speedup case additional training time proposed bls algorithm existing algorithm respectively speedup case respectively
6
1,444,391
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shared space transfer ascertain analyzing multi site fmri data multi voxel pattern analysis mvpa learns predictive theoretical account task based functional magnetic resonance imaging fmri data distinguishing capable performing different cognitive task eg watching movie making decision mvpa employment easily substantially contrive feature set adequate sample size however fmri datasets noisy high dimensional expensive collect small sample size breeding robust generalized predictive role model analyze homogeneous cognitive task provided multi site fmri datasets additional challenge paper proposes shared space transfer learning sstl novel transfer acquire tl approach functionally align homogeneous multi site fmri datasets improve prediction performance every internet site sstl first extract set unwashed feature subject site u tl map situation specific feature site independent shared space ordering improve performance mvpa sstl u scalable optimization process work effectively high dimensional fmri datasets optimization procedure extract common feature site habituate exclusive iteration algorithmic program map site specific coarse feature site independent shared space evaluate effectiveness proposed method transferring various cognitive task comprehensive experiment validate sstl achieves superior performance state art analytic thinking technique
5
1,042,990
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lecture physic beyond standard model give legal brief overview success theoretical problem criterion model discus basic low scale supersymmetry well address late proposal physic beyond standard modeling connection production mechanism caloric dark matter
7
1,771,364
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quantum four card monte carlo method atomic physic recent overture recent year combination precise quantum monte carlo qmc method acting realistic nuclear interaction consistent electroweak current particular constructed within effective field possibility eft lead newfangled insight visible light metier mass nucleus neutron matter electroweak response compelling newfangled body work make possible rise qmc method nuclear physic push bound applicability heavier nucleus asymmetric nuclear topic development local chiral eft interaction next next leading ordination minimally nonlocal fundamental interaction including degree freedom critical review discus late development give overview stimulate result nucleus neutron subject neutron star electroweak reaction
14
921,052
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ultrastrong coupling authority light issue interaction recent experiment demonstrated light thing mix unitedly extreme degree previously uncharted regime light matter interaction presently explored variety setting call ultrastrong coupler usc regimen lay unaccented matter interaction energy comparable fraction bare frequency uncoupled system furthermore interaction strength turn larger bare frequency deep strong coupling dsc regime emerges article review advance field usc dsc government particular light mode restrict cavity interacting two level system overview first provided theoretical advance since origin semiclassical rabi mannequin late exploitation quantum rabi model succeeding several primal experimental result variety quantum platform described including superconducting electrical circuit semiconductor device quantum well intercrossed quantum system finally anticipated application highlighted utilizing usc dsc regime including novel quantum optical phenomenon quantum pretending quantum computation
13
1,214,081
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web entropy inhomogeneous xx twist chain algebraic interaction introduce family nonuniform xx tailspin chain whose squared couple polynomial degree four situation index show obtain asymptotic approximation renyi entanglement entropy chain constant magnetic field half filling exploiting connection conformal flying field hypothesis massless paul adrien maurice dirac fermion suitably curved motionless background cogitation idea three special chain family two related well known quasi precisely solvable quantum manakin line third one classical krawtchouk polynomial finding excellent agreement exact value obtain numerically renyi parameter le one find parity oscillation expected homogenous case show accurately reproduced modification fagotti calabrese formula also analyzed asymptotic behavior renyi entanglement entropy non standard situation arbitrary filling andor nonuniform magnetic field numerical solution show case block spin end chain becomes disentangled rest moreover asymptotic approximation case half filling constant magnetised landing field befittingly rescaled region non vanishing entropy render rough approximation web entropy also worldwide case
12
772,738
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drift chamber meg ii experiment meg experiment paul scherrer institut search charged lepton flavor violating mu gamma decay meg already lay world best upper limit branching ratio brx cl upgrade meg ii whole detector approve obtain substantial increase sensitivity currently meg ii completing upgrade various detector engineering run pre commissioning run carried new positron tracker unequalled volume ultra light based cylindric impulsion chamber cdch high pitched granularity layer square drift cadre millimeter wide consist wire full stereoscopic photograph conformation ensure static stability drift cell new wiring strategy developed due high wire density wirescm stringent precision requirement conducting wire position uniformness wire mechanical tension better basic idea create multiwire frame solder set wire um thick custom wire pcbs multiwire frame peek spacers overlap alternately along radius set proper cell width xii sphere delimit spoke rudder cycle shaped end plate despite conceptual simplicity assembling strategy ramp multiwire frame set requirement imposes expend automatic wiring system meg cdch first cylindrical drift chamber ever designed built modular mean allow track positron momentum great mevc high efficiency using small amount material describe cdch design construction wiring phase infn lecce choice wire mechanical property assembly seal infn pisa commissioning
17
318,447
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resolving bethe salpeter kernel novel method constructing bethe salpeter kernel mesotron bound body politic trouble report produce closed form kernel symmetry reproducible discrete continuous break equation defined admissible gluon quark vertex applicable even diagrammatic content vertex unknown schema foster new synergy continuum lattice coming stiff fundamental interaction framework illustrated demonstrating presence dress quark anomalous magnetised mo gluon quark cheese vertex emergent feature strong interaction remedy many desert widely expend mesotron bound state essence including degree ordering pseudoscalar vector meson radial excitation
19
478,831
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many direction determine shape sufficiency result two topological transforms paper consider two topological transforms based euler calculus persistent homology transform pht euler characteristic transform ect transforms interest mathematical property well application science engineering provide way summarizing shape topological yet quantitative way transforms take shape viewed tame subset associate direction shape summary obtained scanning direction shape summary either persistence diagram piecewise constant integer valued function called euler curve using inversion theorem schapira show transforms injective space shape shape unique transform also introduce notion generic shape prove uniquely identified element using pushforward lebesgue measure sphere space euler curve finally main result prof shape certain uncountable set non axis aligned shape specified using finitely many euler curve
1
587,479
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global polarisation moderately relativistic nuclear hit foretelling global polarisation hyperon auau collision passably relativistic collision vigour gev made based thermodynamical approach global polarisation incorporated manakin deuce ace fluid dynamic centrality dependence polarization study predicted polarization reach maximum plateau depending equation state centrality gev found global polarization gain increasing width rapidity window around midrapidity
14
901,853
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heating triangle singularity labored ion collision presage triangle singularity hadron spectroscopic analysis powerfully affected big ion collision examine various outcome singularity inducing triangle loop finite temperature last hadron phase seem peak seen central heavy ion hit likely hadron rescattering effect two condition first flight time average hadron body politic moldiness comparable lifetime equilibrated fireball else reaction large pas vacuo freeze second medium effect triangle loop particle passel width must sizeable well checked condition assemble medium quickly reduces uniqueness mev even two order magnitude act spectroscopic filter
14
967,568
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comment gedankenexperiments obligate quantization gravity conclusive theoretical debate would require quantization gravitative field paradox presented mari et al sci rep resolution belenchia et aluminum phys revolution per minute change anything assertion despite interesting respect effort recent employment ryding aurell pikovski arxiv establish inconclusiveness doubtfulness necessity quantization futile
11
233,857
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quantum three bill fare monte carlo pretense intervortex potential superconductors inquire interaction potential difference superconducting whirlpool full quantum degree formulate interaction potential constrain path integral calculate quantum monte carlo simulation vortex swirl potential attractive type repulsive case ii flavorless critical reckon couple constant whirlpool antivortex potential besides count couple constant long range always attractive light range
19
462,095
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better lee bound paper develop method tightening lee bound average causal outcome number pre randomisation covariates large potentially outstrip sample distribution size better lee bound vouch sharp covariates touch choice outcome sparsity assumption fails bound remain valid propose inference method acting enable conjecture test either case termination rely weakened monotonicity assumption need nurse conditional covariates show unconditional monotonicity assumption motivate traditional lee bound fails jobcorps training program imposing conditional monotonicity better lee bounce found great deal informatory standard lee bound multifariousness setting
18
1,604,572
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stimulated spin noise activated crystal spin noise spectroscopy magnetic susceptibility spectrum known provided spin system untouched external perturbation better say disturbed thermal bath propose new version spin noise spectroscopy detected magnetization faraday rotation noise stimulated external fluctuating magnetic field quasi white spectrum experimental study stimulated spin noise performed crystal longitudinal magnetic field revealed specific feature approach allowed u identify van vleck population related contribution ac susceptibility system discover unusual magnetic field dependence longitudinal spin relaxation rate low magnetic field shown spectrum stimulated spontaneous spin noise closely related spin system magnetic susceptibility still essentially different distinction two type spin noise spectrum two approach spin noise spectroscopy discussed
2
1,379,748
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map electromagnetic field weighty ion collision breit wheeler cognitive procedure extremist relativistic heavy ion hit expect farm strongest electromagnetic arena known universe extremely lorentz contracted field manifest linearly polarise quasi substantial photon interact via breit wheeler cognitive process give rise lepton anti lepton pair department energy momentum distribution produced dileptons convey information intensity level spacial statistical distribution colliding field operation recently demonstrated photon world interact even wakeless ion collision hadronic crossroad providing purely electromagnetic probe raise medium review saucer late theoretical progress experimental advance chromosome single valued function radical strong electromagnetic discipline produced dense ion collision via measurement breit wheeler cognitive operation
16
846,529
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tight bound stationary distribution chemical master equating via numerical programming stochastic active biochemical network unremarkably modelled chemical master equation cme stationary distribution cmes seldom solvable analytically numeric method typically make estimate uncontrolled error put mathematical programming plan attack yield estimation distribution estimable error bound enable verification accuracy first use semidefinite programming compute increasingly tighter upper lower bound moment stationary distribution network rational propensity nd role moment bound formulate linear syllabus yield convergent upper lower boundary stationary distribution marginals stationary average bound prevail also provide computational test uniqueness distribution unique case bound form approximation stationary distribution computable bound error non unique causa coming yield converging approximation ergodic distribution illustrate methodology several biochemical exercise taken literature schlogls model chemical bifurcation two dimensional toggle switch model bursty gene expression dimerisation example multiple stationary distribution
5
1,048,781
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hierarchical causal bandit causal bandit nascent learning model agent sequentially experiment causal network variable order identify reward maximizing intervention despite model wide applicability existing analytical result largely restricted parallel bandit version variable mutually independent introduce work hierarchical causal bandit model viable path towards understanding general causal bandit dependent variable core idea incorporate contextual variable capture interaction among variable direct effect using hierarchical framework derive sharp insight algorithmic design causal bandit dependent arm obtain nearly matching regret bound case binary context
6
1,445,331
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investigation pentaquark via strong decay recently observation new pentaquark state hidden charmed strange reported lhcb collaboration spin parity quantum number state determined result insufficient statistic shed light quantum number investigate decay mode state observed within qcd sum rule framework obtain width decay assigning spin parity quantum number state substructure diquark diquark antiquark end first calculate strong coupling constant defining considered decay use width calculation obtained width consistent experimental observation confirming quantum number compact pentaquark nature state
7
1,555,470
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spectrum collapse disordered dirac landau level topological non hermitian physic investigate disorder effect landau level dirac electron system use non hermitian quasiparticle hamiltonian formalism formalism reveals spin dependent scattering rate induce spectrum collapse landau level ie disappearance energy gap th th level finite external magnetic field spectrum collapse occurs weak strong magnetic field regime thus showing reentrant behavior particularly strong magnetic field regime contrast naive expectation increase magnetic field stabilizes spectrum collapse dirac landau level furthermore revealed spectrum collapse associated emergence vortex texture topological winding number complex energy spectrum non hermitian system
4
1,307,084
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semi closed form price barrier option hull white manikin newspaper derive semi close form price roadblock perchance time pendent option cordell hull white model internet explorer underlie follows time strung ou cognitive process mean revert drift approach similar carr itkin method generalise integral transform applied price barrier selection time dependent ou model extends multitudinous domain unsolved problem nonetheless alternatively use method heat potential solving problem semi close solution mean first need work numerically linear volterra equation first kind selection price present one dimensional integral psychoanalysis display computationally method effective backwards even onward finite difference method single u solve problem providing better accuracy stability
15
1,176,278
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practical pathfinder methodological consideration controllability structural einstein network predicting brain driven specific state mean internal external control requires fundamental understanding relationship neural connectivity action network control theory powerful tool physical engineering science provide perceptiveness regarding relationship formalizes canvas dynamic complex system uprise underlying structure interconnected unit pas recent use network control theory neuroscience seasonably extend pragmatic guide methodological consideration controllability structural brain network provide systematic overview framework examine impact modeling choice frequently studied dominance metric indicate potentially useful theoretical extension ground discussion numerical manifestation theoretical advance dataset eminent resolution dispersion imaging diffusion guidance acquired approximately hour scanning ten healthy young adult following didactic introduction theory probe selection modeling choice affect four common statistic average controllability average controllability lower limit dominance zip optimal control department energy next extend current state art two way maiden developing substitute measure geomorphologic connectivity account radial propagation activity butt tissue nd defining complementary metric quantifying complexity energy landscape system close specific modeling recommendation discussion methodological constraint
5
1,072,857
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model autonomous form factor constraint electromagnetic twist current practice local gauge invariance form mary augusta arnold ward takahashi identity fact right way fabricate current operator must discharge kinematic singularity shew magnetic second quadrupole present moment elementary spin particle mass charge related thence constraining normalisation sachs form factor relation throw unfeigned matter class tree level standard example prove remains unfeigned general dressed spin state derived elementary field worldwide expression spin propagator current arbitrary hadronic raiment given showing upshot independent raiment effect model approach
14
912,070
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real time frequency based reduced order modeling large power grid large power system complex real time modeling grid electromagnetic simulation emt study impractical general method reduce large power system equivalent network requires le computational resource preserving electromechanical low frequency high frequency behavior original system achieved modeling area interest external area combination transient stability analysis tsa type phasor model equivalent frequency dependent network equivalent fdne tsa retains electromechanical behavior whereas fdne retains high frequency behavior original power system effect paper introduces method developing fdne based online recursive least square rls identification algorithm domain modeling reduced power system fdne combination tsa fdne using real time digital simulator
3
173,478
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probing secret fundamental interaction astrophysical neutrino high statistic earned run average neutrino sizable ego interaction might laboratory constraint weak strong effect potential astrophysical environment universe observance neutrino scope cater independent probe neutrino self mystical interaction source distant cosmic neutrino background intervenes define roadmap making decisive progress testing secret neutrino interaction govern light intermediator progress enable icecube gen observation high vim astrophysical neutrino critical comprehensive treatment theory taking report previously neglected overly approximated effect well including realistic sleuthing physic show icecube gen recognise full potential neutrino uranology testing neutrino self fundamental interaction sensitive cosmologically relevant fundamental interaction model facilitate forthcoming study release nusiprop code also used study neutrino self interaction salmagundi origin
17
308,819
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reiterative jacobi like algorithm compute sparse eigenvalue eigenvector pair newspaper describe new algorithmic program compute extreme eigenvalueeigenvector pair symmetrical matrix proposed algorithm viewed extension jacobi transformation method symmetric matrix diagonalization case want compute eigenvalueseigenvectors method well particularly well beseem computation sparse eigenspaces designate effectiveness method sparse low rank approximation display application program random symmetric matrix graph francois marie charles fourier transforms sparse principal component depth psychology image classification experiment
3
138,588
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proportional equilibrium body problem classic equation newtonian body problem define familiar dimensional motion dimension motion may cannot high prove dimension three arbitrary positive mass arbitrary value rank angular momentum energy posse minimum corresponds motion relative equilibrium lyapunov stable considered equilibrium reduced trouble nearby move nonsingular bounded meter also distinguish full family line relative equilibrium show figure energy momentum map present cusp interesting characteristic
8
649,833
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humidity influence mechanic failure paper material joint numerical experimental study fiber fiber network scale paper material natural composite material well known hydrophilic unless chemical mechanical processing treatment undertaken relative humidity impact fiber elasticity fiber fiber bond failure mechanism work present comprehensive experimental computational study mechanical failure behaviour fiber fiber network humidity influence manually extracted cellulose fiber exposed different level humidity mechanically characterized using atomic force microscopy delivers humidity dependent longitudinal young modulus obtained relationship allows calculation fiber elastic modulus humidity level moreover using confoncal laser scanning microscopy coefficient hygroscopic expansion fiber determined hand present finite element model simulate deformation failure fiber network model includes fiber anisotropy hygroscopic expansion using experimentally determined constant addition regard fiber fiber bonding damage using humidity dependent cohesive zone interface model finite element simulation exemplary fiber network sample performed demonstrate influence different aspect including relative humidity fiber fiber bonding parameter mechanical feature force elongation curve wet strength extensiability local fiber fiber debonding meantime fiber network failure locally wetted region revealed tracking individually stained fiber using situ imaging technique experimental data cohesive finite element simulation demonstrate pull fiber imply significant role fiber fiber debonding failure process wet paper
2
1,440,531
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super yang mill theory lattice twisted mass fermion super yang mill theory sym central building block supersymmetric extension monetary standard model mote physic whereas weakly coupled subsector latter deal within perturbative determine strongly coupled subsector must dealt non perturbative approach approach provided lattice formulation unfortunately lattice regularisation break supersymmetry consequently mass degeneracy within supermultiplet article investigate dimension supersymmetric su yang mill theory grille wilson dirac wheeler dealer additional parity pile alike misrepresented mass lattice qcd show special twist efficaciously motivate mass splitting chiral pardner thus finite lattice space chiral supersymmetry enhanced resulting improved continuum extrapolation furthermore show non interacting theory twist discretization computer error order subdue suggesting happens interacting theory well aside demonstrate ddamg multigrid algorithm accelerates inversion edmund wilson paul adrien maurice dirac operator considerably lattice upper factor pas commonly used algorithm replace ddamg
19
482,430
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bending bruhat tit tree ii adic btz black hole local diffeomorphism bruhat tit tree sequel take second approach bending bruhat tit tree inspired btz black hole connection demonstrate one transplant bruhat tit tree cost defining novel exponential function adic number hinted bt tree demonstrate pgl wilson line evaluated analogue btz connection indeed consistent correlation function cft finite temperature demonstrate result match tensor network reconstruction adic adscft different cutoff surface asymptotic boundary give explicit coordinate transformation relate analogue adic btz background pure bruhat tit tree background interesting demonstration despite purported lack descendent adic cfts exists non trivial local weyl transformation cft corresponding diffeomorphism bruhat tit tree
8
621,214
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cosmic acceleration sourced alteration gravity without additional degree freedom paper investigate scenario former time cosmic acceleration might arise referable coupling dark topic baryonic matter without resorting shadow energy large scale modification soberness associated extra stage exemption scenario chip rise former sentence speedup jordan physical body acceleration brain frame textitgeneric modification gravity caused disformal coupling use simple parametrization mate function maximally disformal case constrain model parameter using eld restraint due globular clustering data also obtain observational restraint parameter using data set vitrine distinguish phantom non phantom acceleration appearance manikin give way rise phantom conduct narrow region parameter space
11
227,921
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gravitative lensing contraband hole einsteinian cubic gravity investigate prediction einsteinian cubic gravity ecg lensing effect due supermassive dim hole center milky way galaxy work context orbicular symmetry obtain metric procedure persist fraction method feel metre postponement angular place image considerably deviate general relativity orotund milliarcseconds suggests observational test ecg indeed feasible
9
1,691,047
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half lifetime measurement atomic number da gamma spectroscopy literature half life note value ga based one experimentation carried year ago relatively large precariousness present employment half life determined found counting gamma ray following beta decline ga new recommended half life story min agreement lit value almost order order magnitude precise
16
814,894
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virasoro algebra asymptotic symmetry fractional bosonic string along objective body work study fractional bosonic string theory particular wrote energy momentum tensor fractional conformal calibre bailiwick symmetry introduced virasoro wheeler dealer order fact found operator originally specify work fractional bosonic string shift transformation well compute algebra fractional virasoro wheeler dealer finding satifies algebra lastly showed boundary theory recover lost conservation law associate diffeomorphism proving poincare invariability boundary
9
1,677,180
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anomalous magnetic moment negative muon standard model review present status criterion mannikin calculation anomalous magnetic moment muon performed perturbative expansion amercement structure constant broken pure qed electroweak hadronic contribution pure qed contribution far largest evaluated including negligible numerical uncertainty electroweak contribution suppressed show level seventh significant digit evaluated two loop known better one percent hadronic contribution unmanageable calculate responsible almost theoretical uncertainty lead hadronic part appears due hadronic vacancy polarization whereas hadronic sparkle light scattering contribution appears given scummy characteristic scale observable contribution figure nonperturbative method particular distribution relation lattice coming qcd magnanimous part review dedicated elaborated account recent effort improve computation two contribution either data driven disseminative approach firstly principle lattice qcd plan attack final effect read smaller brookhaven measurement experimental uncertainty soon reduced factor four new experiment currently running fermilab also future parc experiment prospect subjugate theoretical uncertainty near future also discussed shit quantity one promising place search evidence novel purgative
14
909,740
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effect radial distance small scale magnetic flux rope solar wind small scale magnetic flux rope sfrs solar wind studied decade statistical analysis utilizing various situ spacecraft measurement main observational approach help investigate generation evolution small scale structure based grad shafranov g reconstruction technique use automated detection algorithm build database small scale structure via various spacecraft measurement different heliocentric distance present sfr property including magnetic field plasma parameter different radial distance sun near ecliptic plane found event occurrence rate still order hundred per month duration scale size distribution follow power law flux rope axis orientation approximately centered around local parker spiral direction general sfr property exhibit radial decay addition various database established derive scaling law change average field magnitude event count sfr scale size respect radial distance ranging au helios au voyager spacecraft implication result comparison relevant theoretical work application parker solar probe psp mission discussed
10
1,421,818
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cohomology ring finite dimensional pointed hopf algebra abelian group show cohomology ring finite dimensional complex pointed hopf algebra abelian group group like element finitely generated strategy three major step first reduce problem finite generation cohomology finite dimensional nichols algebra diagonal type nichols algebra detailed analysis cohomology via anick resolution reducing problem specific combinatorial property finally check property turn classification nichols algebra diagonal type due heckenberger paper complete verification combinatorial property major parametric family including nichols algebra cartan super type develop theoretical foundation necessary case case analysis remaining discrete family addressed separate publication application main theorem deduce finite generation cohomology class finite dimensional hopf algebra including basic hopf algebra abelian group character finite quotient quantum group root one
1
530,206
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symplectic manifold hamiltonian dynamical system paper devoted study symplectic manifold connection hamiltonian dynamical system review property operation manifold see intervene studying complete integrability system detailed proof several explicit calculation reference immediately available given result exemplified application hamiltonian dynamical system
1
531,951
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noncommutative differential transforms averaging operator paper complete study mapping property difference associated dyadic differentiation average dyadic martingale noncommutative space precise establish weak type estimate difference consequently conjunction interpolation duality obtain corresponding strong type estimate important application obtain weak type strong type estimate noncommutative differential transforms main difficulty lie fact kernel associated considering operator enjoy regularity necessary regularity assumption required prove endpoint estimate operator valued calderon zygmund singular integral moreover almost orthogonality principle used citehx longer applicable present case
1
506,597
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growing green role path dependency structural jump green economy expansion existing research argues country increase production basket adding product require similar capability already produce process referred path dependency green economic growth global movement seek achieve economic expansion time mitigating environmental risk postulate country engaging green economic growth motivated invest strategically develop new capability help transition green economy result could potentially increase production basket path dependent process also non path dependent process term high investment structural jump main objective research determine whether country increase green production basket mainly process path dependency alternatively process structural jump analyze data country period year focus china main case study result research show country increase green production basket based available capability following path dependency also expand product path dependency predict investing innovating developing new environmental related technology
15
1,199,820
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observation near threshold structure recoil mass spectrum report study appendage free base annihilation sample collected besiii detector operating bepcii pentad center attention mass energy ranging gev sum integrated luminosity fb surplus roll hay contribution conventional charmed meson observed approximate passel threshold rebound mass spectrum case collected gev structure match bulk dependent width breit wigner line shape whose pole stack width determined mev mev severally inaugural dubiousness statistical second systematic significance rapport hypothesis estimated share conventional charmed meson first candidate charge hidden charm tetraquark strangeness decay even property excess need exploration statistic
17
363,140
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tetraquarks chiral quark model humbled lie wave tetraquark do systematically investigated framework complex scaling reach chiral quark cheese model every structure let meson meson diquark antidiquark type conformation potential color channel quaternity eubstance sphere considered beggarly commonly carry variational approach gaussian magnification method acting several minute wide resonance commonwealth obtained tetraquarks meanwhile narrow mind resonance tetraquarks also found land outcome support theory discover hadronic mote mass noninteracting hadron hadron doorstep
16
826,672
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efficient targeted eno scheme local adaptive dissipation compressible flow simulation high fidelity numerical simulation compressible flow requires numerical method used stable shock capturing capability high spectral resolution recently family targeted essentially non oscillatory teno scheme developed fulfill requirement although teno low dissipation smooth flow introduces cutoff value maintain non oscillatory shock capturing property problem depended therefore need adjustment trial error different problem actually control dissipation property teno choice better shock capturing capability always mean higher dissipation overcome paper local adaptive method proposed choice introducing novel adaptive function based weno smoothness indicator dynamically adjusted form lower dissipation better capturing shock according smoothness reconstruction stencil numerical result new method compared original teno method teno method fu et al jcp reveals new method capable better suppressing numerical oscillation near discontinuity maintaining low dissipation property teno lower extra computational cost
2
1,534,134
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atomic number stability sudrk example epidemic test outfit apply covid motivated various reception world government covid evolve toy model dependency epidemic dissemination availability test disease example call sudrk based usual sir model split total fraction infected individual deuce component undetected detected test moreover take available test increase constant charge per unit beginning epidemic consumed detect infected individual strikingly find bi stable behavior phase elephantine fraction infected phase small fraction show separation two regime governed match rate testing rate infection circularise given time also show existence phase depend mathematical choice form term describing rate undetected individual tested detected presented research implies vigorous early testing activity epidemic enters giant phase potentially keep epidemic ascendancy yet small change rate testing increase decrease size unscathed epidemic various gild magnitude real application realistic model ongoing epidemic would gladly collaborate landing field epidemiologist order develop quantitative model testing process
12
733,520
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