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dataverse-tokenized-dataset

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phase reduction beyond world class order case mean flying field complex ginzburg lev davidovich landau equation phase reduction hefty proficiency make possible describe active decrepit perturbed limit hz oscillator term phase ensemble oscillator classical example phase reduction deriving kuramoto model mean field complex ginzburg landau equivalence medium frequency cgle still kuramoto model world class society phase approximation video display either full synchronization incoherence none nontrivial dynamic mf cgle fact call expansion beyond first order coupling constant develop isochron based scheme find second order phase idea reproduce feeble coupling dynamic mf cgle practicality method acting evidenced extending calculation tertiary ordering new term power series expansion contributes additional higher order multi soundbox ienon pairwise interaction point intricate multi body phase interaction source pure collective topsy turvydom mf cgle moderate coupling
12
772,643
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hunting excited muon decaying muon two jet collision tev atlas detector new lookup signature excited lepton explored excited muon sought distribution channel assume production decay hap via inter group communication fundamental interaction analysis based fb collision data centre mass energy tev atlas detector large hadron collider evidence excited muon found limit coiffe confidence level cross incision fourth dimension branching ratio function excite muon batch tev tev upper limit fb point accumulation converted lower boundary compositeness scale limiting caseful turn muon hatful tev excluded good example presumption limit larger mass improve upon previous limit traditional hunt ground caliber liaise decay
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unitarity flow dimensional massive gravity analyze ecumenical case third order chern simon comparable theory massive gravitational force result show condition finding one region parameter space th ordering hypothesis boundary unitary th order model parametric quantity space certain condition first example late demonstrated bimetric generalization exotic massive gravity investigated chemical mechanism cause type transition third order model hamiltonian analysis possibility also present ghost trace realm separated chern herbert simon hypothesis
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world unto human communication active inference work developmental psychological science suggests human predisposed align mental state individual evident principally cooperative communication designed communication geared towards aligning mental country viewpoint received plenteous empirical support however watch miss formal grounding provides precise neuroscientific hypothesis remediation indicate alive inference approach cooperative communication suggest human look posse evolved adaptive prior belief genial state aligned conspecific cooperative communicating emerge principal mean value gather evidence feeling feeler implication subject field usage ontogeny cultural development human communication
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really sample right model based diagnosis statistical sample order representative drawn population random unbiased way nevertheless common practice field model based diagnosis make estimation biased best first sample one example computation probable possible fault explanation defective system use ass aspect system measured would bring highest information gain work scrutinize whether statistically well founded convention diagnosis researcher practitioner adhered decade indeed reasonable end empirically analyze various sampling method generate fault explanation study representativeness produced sample term estimation fault explanation well guide diagnostic decision investigate impact sample size optimal trade sampling efficiency effectivity approximate sampling technique compare exact one
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cdpam incompatible check perceptual audio similarity many speech communication processing method ground inscrutable learning require automatic differentiable audio metric loss function dpam approaching manocha et aluminum learns total reference metric trained directly human judgement thus correlate well human perception however involve enceinte number human annotation generalize well outside compass perturbation trained paper introduces cdpam metric build advance dpam primary improvement combine contrastive memorise multi dimensional representation build robust exemplar limited data addition collect human judgment triplet comparison improve generalisation broader range audio perturbation cdpam correlate easily human response across nine varied datasets also show adding metric existing speech synthesis sweetening method issue significant betterment measured objective subjective trial
3
170,341
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minimally entangled united state department state homework localized wavefunctions quantum calculator initialise single website lattice scalar field hypothesis arbitrary re publica support throughout quantum register require entangle gate quantum computing machine qubits per site conceivable instead initializing function good approximation state may service program reducing number required entangling gate case single situation non interacting scalar field theory initializing symmetric exponential wavefunction requires entangling gate compared required symmetric gaussian wavefunction work explore initialization site internet site site non interacting scalar subject area theory symmetric exponential wavefunctions using ibms quantum simulator quantum device poughkeepsie tokyo digitisation attainable tensor product wavefunctions found big overlap gaussian wavefunction provide worthy low noise initialization improvement emphsomma inflation performing simulation employed workflow interleaf calibration mitigate systematic error production calibration allow permissiveness cut gate performance including faithfulness symmetrizing hadamard gate vacuum medium qubits initialized exponential function result obtained piece work relevant system beyond scalar field study theory deuteron radial wavefunction dimensional cartesian outer space wavefunctions non relativistic multi nucleon system built localized eigenbasis
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flying unicorn evolve game quantum computer like create secret plan quantum computer ability execute calculation processing distinctly different way definitive computer quantum computing potential becoming next revolution info technology fly unicorn game developed quantum computer designed explore prop superposition uncertainty paper explore evolution game employ python qiskit item usage qubits implementation grovers look lastly compare contrast classical effectuation game quantum computing design including execution performance physical quantum computer ibmq
13
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distorted kagome antiferromagnet phase diagram practical application kapellasite investigate magnetic attraction previously unexplored distorted spin kagome model consisting three symmetry inequivalent close neighbour antiferromagnetic heisenberg couple uncover plentiful ground nation phase diagram even classical level use analytical line numerical technique identify collinear magnetic phase two unusual non collinear coplanar form classical spin liquid phase degenerate manifold paper non coplanar ground state resembling jammed spin liquid phase found context bond disordered kagome antiferromagnet show density operative theory calculation late synthesise kapellasite realisation model predict ground state lie region order remains stable even inclusion quantum fluctuation burden within variational three card monte carlo pseudofermion functional renormalization group interestingly excitation spectrum kapellasite lie underlying three sided lattice hexagon kagome lattice trimer presented model open raw direction survey kagome antiferromagnets
13
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soft pinning experimental validation static correlation supercooled molecular glass forming liquid enormous enhancement viscosity liquid near glass transition generally connected growing many body static correlation near transition often coined amorphous ordering estimating length scale correlation different glass forming liquid highly important unravel physic glass formation experiment molecular glass forming liquid become pivotal scenario viscosity grows several fold simulation colloidal glass experiment fail access long time scale required design experiment extract static length scale molecular liquid using dilute amount another large molecule pinning site result dielectric relaxation experiment supercooled glycerol different pinning concentration sorbitol simulation model glass forming liquid pinning site indicate robustness proposed method opening plethora opportunity study physic glass forming liquid
4
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search decay muon invisible particle atomic number experiment cern report hunt decay massive invisible particle using data gear particle assumed expectant achromatic lepton result expressed upper limit neutrino mixing parameter mass range mev lifetime exceeding particle considered scalar transmitter hidden sector mediator decaying invisible last department state upper demarcation decay ramify fraction flock image mev account first time ranging amend upper point accumulation establish cl branching fraction
17
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characterization anomalous diffusion classical statistic powered deep learning condor diffusion process important several physical chemical biological human phenomenon example include molecular encounter reaction cellular signalling foraging animal spread disease well trend financial market climate record deviation brownian diffusion known anomalous diffusion often observed process growth mean square displacement time linear ever increasing number method thus appeared characterize anomalous diffusion trajectory based classical statistic machine learning approach yet characterization anomalous diffusion remains challenging date testified launch anomalous diffusion andi challenge march ass compare new pre existing method three different aspect problem inference anomalous diffusion exponent classification diffusion model segmentation trajectory introduce novel method condor combine feature engineering based classical statistic supervised deep learning efficiently identify underlying anomalous diffusion model high accuracy infer exponent small mean absolute error single trajectory corrupted localization noise finally extend method segmentation trajectory diffusion model andor anomalous exponent vary time
2
1,371,597
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three body structure finite range effect two neutron halo nucleus structure transition strength investigate model spark recent experiment showing exhibit well pronounced two neutron halo structure preliminary analysis data based data performed employing contact interaction known underestimate wave message halo nucleus li present work three body hyperspherical formalism finite mountain range two body interaction used describe particular two different finite range interaction used substantially simple minded central gaussian potential whose range progressively reduced purpose determine main property nucleus investigate change using contact like potential peculiar care also bear dependence prescription practice account three body impression ie tierce body force density dependent potential found three body model plus finite range potential provide description consistent data based data result basically independent short aloofness detail two body likely leave rise content clearly heavy initial estimate fiddling dependence found well prescription used leash body effect total reckon potency compatible experimental result although slightly overestimate data around low energy peak distribution finally show reduction interaction mountain range produce significant reduction wave contribution anticipate calculation using contact interaction
16
884,122
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coup doeil evolution template free protein structure prediction methodology prediction protein complex body part using computational approach explored two decade paving elbow room focused research growth algorithm comparative modelling ab intio modelling construction cultivation protocol tremendous success witnessed template base modelling protocol whereas strategy involve template costless modelling notwithstanding lag behind specifically larger protein aa versatile improvement observed ab initio protein structure prediction methodological analysis overtime recent ane attributed usage deep learning coming construct protein backbone structure amino group acid successiveness review highlight major strategy undertaken template free posture protein anatomical structure discussing tool formulate scheme also briefly comment progression observed field av initio sit protein course time seen evolution casp political program
5
1,000,315
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cavity photon induced high order transition ground state quantum dot show quantum electromagnetic transition high order essential describe time dependent path nanoscale electron system coulomb blockage regime coupled external lead placed three dimensional rectangular photon cavity electronic system consists two quantum dot embedded asymmetrically short quantum wire two lowest energy spin degenerate electron state mostly localized dot tiny probability dot presence lead identify slow high order transition ground state two quantum dot fourier power spectrum photon photon correlation steady state show fano type resonance frequency slow transition full account taken geometry multi level electronic system electron electron coulomb interaction together para diamagnetic electron photon interaction treated step wise exact numerical diagonalization truncation appropriate many body fock space matrix element interaction computed analytically numerically exactly
4
1,424,492
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characterization stilbene neutron spectroscopic depth psychology without time trajectory experimentally characterise wanton output response deuterated trans stilbene stilbene lechatelierite quasi monoenergetic neutron mev energy range data allowed perform neutron spectroscopy ass dt mev source pube informant open encroach neutron spectrum measured syncope output respond stilbene outperforms stilbene similar size comparison shape unfolded spectrum reference one termination confirm viability non hygroscopic stilbene crystal lineal neutron spectrum analysis without pauperization time escape measurement capability gain stilbene good suit detector fast neutron spectroscopy many application including nuclear chemical reaction report radiation tribute nuclear non proliferation space locomotion
16
858,529
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unveiling physical condition ngc deep wide field optical photometric observation along multiwavelength archival datasets employed study physical property cluster ngc study also examines impact massive star environment age distance reddening cluster estimated myr kpc mag respectively mass function slope cluster region found flatter salpeter value indicating presence excess number massive star cluster also show mass segregation towards central region due formation process distribution warm dust emission investigated towards central region cluster showing signature impact massive star within cluster region radio continuum clump powered massive type star age range myr traced located away center stellar cluster ngc age myr based value different pressure component exerted massive star photoionized gas associated cluster found dominant feedback mechanism cluster overall massive star cluster might triggered birth young massive type star cluster argument supported evidence observed age gradient cluster powering source radio clump
10
1,463,803
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radio loud radio quiet gamma ray burst potential existence two separate class long duration gamma ray burst lgrbs without radio afterglow emission corresponding radio brightloud radio darkquiet population recently argued favored grb literature radio quiet lgrbs found average lower total isotropic gamma ray emission eiso shorter intrinsic prompt gamma ray duration eg tz addition redshift tz anti correlation discovered among radio loud lgrbs reportedly missing radio quiet class discus significance difference energetics temporal property two proposed class radio loud radio quiet lgrbs show much proposed evidence support two distinct radio population lgrbs explained away term selection effect sample incompleteness argument based recent discovery relatively strong highly significant positive correlation total isotropic emission eiso intrinsic prompt duration tz present population short hard long soft grbs predicted quantified reported first time shahmoradi shahmoradi nemiroff
10
1,336,321
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electromagnetic contribution mixing employ lattice qcdqed mix organization direct moment stop isospin proportion measure isospin symmetry breaking well general su savor symmetry breaking study present novel scheme calculating extent mixing using simulation fretwork qcdqed perform various extrapolation comparability well various past determination strategy allows easily demarcation qcd mixing case full qcdqed mixture
14
938,003
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gup modified peddle radiation transmissionreflection coefficient circumvolve polytropic black market fix paper study gup generalized uncertainty rule modify hawking radiation therapy rotating polytropic bleak hole given boyer lindquist coordinate end gup modified klein gordon equality applied investigating quantum tunneling scalar particle polytropic pitch dark hole reducing obtained radial wave equation one dimensional schrodinger equation derive reflexion transmittance probability radiation detail discussion expression transmittal greybody factor probability derived black kettle fish given result graphically depicted relevant physical interpretation made
9
1,642,517
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quantum kinetic perturbation theory near integrable spin chain weak long range interaction transverse field ising chain weak long range interaction develop perturbative scheme based quantum kinetic equation around integrable nearest neighbour model introduce discus benchmark several truncation time evolution equation eighth order jordan wigner fermionic operator resulting set differential equation solved lattice site facilitates computation spin expectation value correlation function high accuracy least moderate timescales use scheme study relaxation dynamic model involving prethermalisation thermalisation technique developed generalised spin model weak integrability breaking term
4
1,442,828
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phase angle structure dimensional massive thirring model matrix product state employing matrix merchandise state ansatz study non thermal phase anatomical structure dimensional monumental thirring exemplar sector fly full fermion issue swag regularization report contingent implementation project identify depict phase diagram manakin examine web entropy fermion bilinear condensation two type correlational statistic subprogram investigating show world two phase angle one vital spread interesting feature picture form anatomical structure theory non zero fermion mass conformal likewise retrieve clear mathematical evidence phase disjoined passing berezinskii kosterlitz thouless type resolution presented paper spring possibility apply matrix product state investigation type form conversion quantum field theory provide information exploration scaling behaviour serve significant fixing controlling continuum extrapolation model
19
417,752
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adaptive spline fitting particle swarm optimization fitting data spline finding optimal placement knot significantly improve quality fit however challenging high dimensional non convex optimization problem associated completely free knot placement major roadblock using approach present method us particle swarm optimization pso combined model selection address challenge problem overfitting due knot clustering accompanies free knot placement mitigated method explicit regularization resulting significantly improved performance highly noisy data principal design choice available method delineated statistically rigorous study effect performance carried using simulated data wide variety benchmark function result demonstrate pso based free knot placement lead viable flexible adaptive spline fitting approach allows fitting smooth non smooth function
0
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moist shallow water response tropical forcing initial value problem response spherical moist shallow water system tropical imbalance presence inhomogeneous saturation field examined initial moist response similar dry reference run albeit reduced equivalent depth long time solution depends quite strikingly nature saturation field saturation field depends latitude specifically one peak equator fall meridionally hemisphere height imbalance adjust large scale low frequency westward propagating mode background saturation environment also allowed vary longitude addition westward quadrupole distinct eastward propagating response long time nature eastward propagating mode well described moist potential vorticity conservation consists wave packet arc midlatitudes return tropic predominantly rotational character moist case initially formed kelvin wave decay appears tied equatorial organization moisture anomaly rotational mode many basic feature carry response presence realistic saturation field derived reanalysis based precipitable water boreal summer long time eastward response restricted northern hemisphere take form wavetrain pass indian landmass subtropics reaching across pacific north america boreal winter eastward mode consists subtropically confined rotational quadrupole along midlatitudinal disturbance thus addition circumnavigating westward rossby wave slow eastward propagating mode appear robust feature shallow water system interactive moisture presence saturation field vary latitude longitude
2
1,545,164
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eikonal model chemical reaction call exotic karyon roy glaubers legacy today nuclear physic contribution eikonal approximation formulate roy glauber describe gamy energy quantum collision presented approximation still extensively use analyse chemical reaction measuring performed study structure core far stability presentation focus specially application eikonal approximation study halo nucleus modern nuclear physic emphasise roy glaubers legacy today nuclear physic recent extension model reviewed
16
892,160
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massively parallel ultrafast random fleck generation chip scale laser random number widely use information security cryptography stochastic mould quantum feigning key expert challenge physical random number generation speed scalability demonstrate method ultrafast contemporary hundred random mo stream parallel undivided laser diode spatio temporal interference many lasing mode specially designed cavity introduced system greatly accelerate random bit multiplication spontaneous emission caused quantum wavering bring stochastic noise clear act stream unpredictable achieve total bit rate tb per nd line post processing two order order magnitude higher current post processing record approach robust compact vigor effective potential application programme secure communication high execution figuring
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experimental verification fluctuation relation quantum computer inspired idea quantum computer useful advancing basic science use quantum processor experimentally validate number theoretical result non equilibrium quantum thermodynamics little corroborated far order first put forward novel method implement called two point measurement scheme basis study non equilibrium energetic exchange quantum system like well established interferometric method method us ancillary system variance provides direct access energy exchange statistic rather fourier transform thus extremely effective first experimentally validate ancilla assisted two point measurement scheme apply experimentally verify fluctuation theorem robust projective measurement theoretical prediction validated far ii experimentally verify called heat engine fluctuation relation implementing swap quantum heat engine iii experimentally verify heat engine fluctuation relation continues hold presence intermediate measurement implementing design basis called quantum measurement cooling concept engine report measured average heat work exchanged single operation mode experiment constitute experimental basis understanding non equilibrium energetics quantum computation implementation energy management device quantum processor
4
1,386,249
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kaon form factor holographic qcd kaon pattern factor spacelike region calculated utilise holographic qcd poser bottom approaching found result kaon form factor blue remarkable agreement subsist data point four momentum transferee squared charge radius kaon well kaon decline constant found good agreement experiment data auspicate kaon form factor asymptotic region enceinte showing behavior consistent perturbative qcd forecasting
7
1,683,170
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synchronization plasticity nervous network space dependant coupling investigate synchronisation feature speech meshwork spiking neuron aloofness dependent coupling following power law theoretical account interplay topology coupling effectiveness lead existence different spatiotemporal figure match either non synchronized phase synchronized state particularly interesting call synchronizing malleability organization depicts significantly different phase synchronization degree parameter consequence different ordering neuronic input analyze usable connectivity electronic network calculating mutual information neuronic spike heel train allowing characterize complex body part synchronization network display structure dependent ordering stimulation parameter region network present synchronization plasticity evoke due complex interplay pair connection architecture private neural input
5
1,036,804
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data coherent neuronic mesh figure nonlinear inverse problem data assisted reconstruction algorithm incorporating trained neural electronic network novel paradigm solving opposite problem one approach foremost apply classical reconstruction period method acting apply neural mesh improve answer empiric evidence display two step method provide gamy quality reconstruction lack convergence analysis paper formalize use two step approach classical regularization hypothesis propose data consistent neural network combine classical regulation method yield data point driven regularisation method provide broad convergence analysis respect noise numerical simulation appearance compared standard two gradation deep learning method approach provides better stability respect structural change test set performing similarly mental test data similar education set method provides stable solution inverse problem exploit known nonlinear forward model well desired solvent manifold data
3
175,963
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minimising impact scale dependent galaxy bias joint cosmological analysis large scale structure present mitigation strategy reduce impact non linear galaxy bias joint pt cosmological analysis weak lensing galaxy survey statistic adopt based complete orthogonal set eb integral cosebis designed minimise contribution observable smallest physical scale model highly uncertain demonstrate statistic carry constraining power standard two point galaxy clustering galaxy galaxy lensing statistic significantly le sensitive scale dependent galaxy bias using two galaxy bias model motivated halo model fit data simulation quantify error standard pt analysis constant galaxy bias assumed even adopting conservative angular scale cut degrade overall cosmological parameter constraint find order bias stage iii survey cosmological parameter arises leakage smallest physical scale angular scale standard two point correlation function contrast analysing statistic approximation constant galaxy bias show bias recovered value decreased factor le conservative scale cut given challenge determining accurate galaxy bias model highly non linear regime argue pt analysis move towards new statistic le sensitive smallest physical scale
10
1,533,011
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origin energy shift kaonic corpuscle kaon nucleus fundamental interaction nucleus optical potential difference revisited investigate global feature phenomenologically puzzle energy transformation found repulsive observed kaonic atom although fundamental interaction known attractive configuration resonance work puzzle examine opthalmic potential linear density approximation determine potential parameter kaonic atom reproduce note energy shift soaking width find two type potential one potential gravid real parting provide atomic state quantum number atomic state last orbit plane repulsion atomic state nuclear re publica take place due mixing make atomic state shifted repulsively type potential large imaginary part imaginary function study repulsively atomic state find latter solution reproduce panoptic observed data thus realized nucleus potential kaonic molecule linear nuclear density optical possible picture repulsive shift atomic state stem existence nuclear country globally suffer implies nucleus optical potential large imaginary part examine nonlinear density effect find closing change also confirm conventionally recognise optical potential categorized latter type potential
14
912,737
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parton statistical distribution function grillwork perform first deliberation unpolarized parton distribution procedure heavy particle utilise lattice qcd pretence within framework tumid momentum effective possibility deuce ensemble perverted hoi polloi fermion utilized pion great unwashed mev mev respectively baryon handle static single particle state wage hike impulse value gev utilise momentum smear improve signaling unpolarized parton statistical distribution office get utilise non perturbative renormalization unrivalled loop formula equalise encouraging precision special compute dissymmetry equate quantity nucleon foremost attempt towards resolving strong arm mechanism creditworthy generating asymmetry
19
498,109
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consistent reasoning discover decisive temperature deep learning configuration ensemble statistical system recently many work deep learning statistical ensemble determine critical temperature potential phase transition analyze detailed structure optimized recondite learning auto try basic equality among optimized machine parameter forcible quantity statistical system according equality conclude preconception parametric quantity last full connection layer book destitute energy statistical system function temperature confirm equality one ii dimensional ising spin model reality demonstrate deep learning machine reveals decisive temperature phase angle transition second difference bias parametric quantity tantamount specific heat result confute previous body work claiming weight parametric quantity full connection might toy role order parameter spin expectation
19
486,254
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anomalous spectral line relic quantum nonequilibrium describe feature could observed line spectrum relic cosmological particle quantum nonequilibrium preserved statistic according argument feature would represent significant departure conventional origin among feature find possible spectral broadening proportional energy resolution recording telescope could much larger conventional broadening notably range possible initial condition find possibility spectral line narrowing whereby telescope could observe line narrower conventionally able resolve discus implication indirect search dark matter particular reference recent controversial spectral line
10
1,542,824
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modular symmetry model neutrino charged lepton present comprehensive analysis neutrino mountain lepton mixing theory modular isotropy flavon theatre operation single modulus field heap yukawa pair modular form similar previous analysis saucer simple neutrino sector arising weinberg operator case seesaw mechanism lepton doublet right pas neutrino assumed triplet different previous analysis take account right handed charge lepton transform combination representation using simplest different modular exercising weight break degeneracy lead ten different charged lepton yukawa matrix instead common one implies ten different steven weinberg model thirty dissimilar type seesaw model analyse detail happen fourteen model io neutrino mass ordering accommodate information compared one previous analysis providing many new possibility
7
1,767,553
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minp score test inequality tighten parameter space score test advantage requiring estimation alone model restricted null hypothesis often much simpler model defined alternative hypothesis typically alternative hypothesis involves inequality constraint however live score trial address collectively testing parameter interest leading example testing arch parameter variance random coefficient zero testing problem rejection null hypothesis offer evidence rejection specific component parametric quantity interest newspaper proposes class matchless sided grudge trial test model parameter subject inequality constraint advise mental testing constructed free base minimum set time value minimand includes economic value testing individual constituent parameter interest using single score may extended include value existing score test show test perform better thanor perform good existing score test term joint testing furthermore added benefit allowing simultaneously try individual element parameter interest added benefit appealing sense identify model without judge illustrate test linear regression model archway random coefficient good example detailed computer simulation study render examine finite sample performance proposed test find test perform considerably expected
18
1,632,416
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levi civita connection vector field noncommutative differential calculus study covariant derivative class centered bimodules algebra start identify submodule viewed analogue transmitter flying field context proven lie algebra connection one one correspondence covariant derivative recover graeco roman formula torsion metric compatibility connector covariant derivative form resultant role koszul rule saint matthew apostle civita connecter also derive
8
645,926
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stochastic lqr model child order placement algorithmic trading modern algorithmic trading algo allows institutional investor trader liquidate establish big security position fully automated low touch manner existing academic industrial algos focus slice big parent order smaller child order given time horizon model rigorously tackle actual placement child order instead placement mostly done combination empirical signal heuristic decision process self contained realistic fully functional child order placement cop model may never exist due inherent complexity eg fragmentation due multiple venue dynamic limit order book lit v dark liquidity different trading session rule paper propose reductionism cop model focus exclusively interplay placing passive limit order sniping using aggressive takeout order dynamic programming model assumes form stochastic linear quadratic regulator lqr allows closed form solution backward bellman equation explored detail model assumption general setting choice state control variable cost function derivation closed form solution
15
1,127,302
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nanoscale electric field imaging based quantum sensor charge state control ambient condition nitrogen vacancy nv center diamond used quantum sensor image magnetic field nanoscale resolution however nanoscale electric field mapping achieved far relatively weak coupling strength nv electric field using individual shallow nv succeeded quantitatively image contour electric field sharp tip qplus based atomic force microscope afm achieved spatial resolution nm local electric field demonstrated electric control nv charge state sub nm precision work represents first step towards nanoscale scanning electrometry based single quantum sensor may open new possibility quantitatively mapping local charge electric polarization dielectric response broad spectrum functional material nanoscale
4
1,473,464
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efficient online trajectory planning integrator chain dynamic using polynomial elimination providing smooth reference trajectory effectively increase performance accuracy tracking control application overshoot unwanted vibration reduced trajectory planning computation often simplified significantly transforming system dynamic decoupled integrator chain using method feedback linearization differential flatness controller canonical form present efficient method plan time optimal trajectory integrator chain subject derivative bound constraint therefore algebraic precomputation algorithm formulates necessary condition time optimality form set polynomial system followed symbolic polynomial elimination using grobner base fast online algorithm plan trajectory calculating root decomposed polynomial system root describe switching time instant input signal full trajectory simply follows multiple integration method present systematic way compute time optimal trajectory exactly via algebraic calculation without numerical approximation iteration applied various trajectory type different continuity order asymmetric derivative bound non rest initial final state
3
145,800
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elliptic root semi discrete bkp equating consider elliptic solution semi distinct bkp equation derive equation motion perch basic cock auxiliary linear problem wafture function
8
635,937
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notice cooperation study environs broker willy nilly matched play prisoner dilemma role player honour partner retiring natural process premature opponent depart existing related literature permit small fraction universe commitment type bearing commit agent destabilizes previously proposed mechanism sustaining cooperation present novel intuitive combination strategy sustains cooperation various environment moreover show additional assumption stationarity combination scheme essentially singular mechanism support full cooperation robust diverse perturbation finally extend result setup factor also mention natural process played past opposing current partner characterize observation social system optimal sustaining cooperation
18
1,614,827
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painleve equation bunch poisson variety via toric geometry furnish recounting geometric framework painleve equation cluster poisson salmagundi using toric model rational surface associated painleve equality introduce opinion seeded player painleve type negative semitrailer definiteness symmetrical bilinear form associated seed classify mutation equivalence class ejaculate classification coincides classification painleve equation give sakai realize painleve system automorphisms cluster poisson variety associated germ painleve type
12
727,616
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non relativistic effective interaction spin dark matter investigate non relativistic reduction simplified example twisting dark matter dm aim key feature phenomenology dm quark interaction specific vector dm case dm quark interaction mediated spin particle observe two dm nucleon fundamental interaction operator arising non relativistic reduction simplified modelling spin dm specific spin dm considered previous study quadratic momentum transfer analogue symmetrical combination polarisation vector dm particle arise simplified model generate momentum transfer independent operator lead fundamental interaction non relativistic enlargement decimeter nucleon scattering bounty within simplify manikin new operator cannot omit computing dm signal direct detection experiment example find nuclear backlash energy spectrum computed including disregard new hustler take issue one order magnitude nuclear recoil energy larger kev decimeter mass gev furthermore build expected nuclear recoil spectrum depends significantly whether new operator taken account finally neglecting contribution decimeter direct detection signal new operator lead inaccurate conclusion assessing compatibility future direct detection signal cmb constraint dm relic density especially number signal event small eg
7
1,653,647
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rule fuzzy cellular automaton mathematical model traffic flow rate rule fuzzy cellular automaton regarded numerical modelling traffic flowing contains two fundamental traffic stream model formula cellular automaton burger equation special slip appearance rudimentary diagram magnetic field density diagram model dwell three part free flow part crowding part two periodic part two periodic part may gibe synchronized mode part deuce dimensional area diagram boundary consists free flow congestion part prove state congestion two occasional part stable asymptotically stable free flow part precarious transient behaviour example bottle neck effect besides examined numerical simulation furthermore investigate low eminent density limit reckon ultradiscrete limit manikin appearance ultradiscrete state good turn travelling wave state speed one finite time step generic initial condition
12
716,170
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extraction sivers function sidis drell yan boson production data tmd evolution perform global scene available polarized semi inclusive deep inelastic scattering sidis polarise pion stimulate drell yan dy boson production datum nlo nnlo accuracy transverse momentum dependent tmd evolution excerption sivers function ocean quark qiu sterman function determined model self governing mode via wheeler dealer product expanding upon extract sivers function analysis supplemented extra field study estimation applicability part impact unpolarized distribution uncertainty universality sivers function positivity constraint significance sign change relation equivalence existing extraction
17
368,834
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labour market place power evolved comparing labour market monopsony peru united state document evolution labor market power employer peruvian labour market making use structural estimation model labour market dynamical estimate difference market power worker face depending sector activity old age sex location educational layer particular show difference cross sectional market power significant higher variation ten year time span data contrast finding labour market power developed country document significant mart power employer republic peru captain hick vi tertiary educated workforce regardless age sector contrast primary educated workforce market power seems high private divine service manufacturing secondary educated worker mining sector stand moderately monopsonistic lie labour market also show least labour market power declined peru contrast finding similar estimate obtained joined state able show increase labour marketplace power particularly acute certain sector agriculture entertainment recreational service well specific geographic area sector dominant moreover show labour market place power bit bit increase past year line general raise inequality importantly show pervasive sex pay gap cannot linked differential market power man face higher labour market power charwoman also discus possible reason finding admit difference labor market great power across skill level especially discus reason polarization market power specific sector location
15
1,141,813
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search ii neutron halo establishment priming state within troika soundbox model setting organization located lower boundary island inversion exotic weakly saltation system little known organization beyond two neutron separation energy large uncertainty standardized situation found low lying spectrum unbound binary subsystem purpose investigate configuration merge thing radius neutron neutron correlation solid ground state within three body mannikin exploring hypothesis ii neutron halo nucleus method ground state wave purpose built within hyperspherical formalism using analytical transformed harmonic oscillator basis gogny pires tourreil gpt nn interaction fundamental spin orbit tensor term employed present calculation together different core electric potential difference constrained available experimental information result footing state configuration mixing matter wheel spoke computed different choice structure prison term economic value admixture wave pf component establish play important theatrical role favoring dominance dineutron shape wave function computed wheel spoke show mild sensitivity potential value comparative increment matter radius respect gist trygve halvden lie range fm look upon choice conclusion three torso upshot indicate presence moderate nimbus structure ground country enhanced big intruder component finding call experimental check
16
870,402
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hybrid colour glass condensate hydrodynamic verbal description relativistic threatening ion collider small system scan multi particle coefficient correlation observables relativistic heavy ion collider small system scan computed theoretical account contains initial state matter momentum anisotropy color deoxyephedrine condensate effective theory terminal commonwealth hydrodynamic evolution initial state calculate using ip glasma model coupled viscous relativistic hydrodynamic pretence followed microscopic hadronic transport argument calculation antecedently restrain using experimental data point auau hit plaza mass vigor feel qualitative feature speech experimental datum organization centrality dependance charged hadron momentum anisotropy reproduced final state interaction present hand well demonstrate detail initial nation crucially authoritative quantitative description observables studied small system drop initial transverse flow profile initial shear stress tensor contain information momentum anisotropy coloration glass condensation spectacular effect produced last state anisotropy show initial country momentum anisotropy correlated observed egg shaped period minor organization issue increasing decreasing numerosity identify exact measurement dau auau hit rhic energy multiplicity mean reveal effect initial body bland impulse anisotropy
16
811,827
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quantum coherence preserved extremely dispersive plasmonic medium quantum plasmonics experiment multiple occasion reported observation quantum coherence discrete plasmons exhibit remarkable preservation quantum interference visibility seemingly surprising feature system mixing light matter high ohmic loss propagation however experiment date used essentially weakly confined plasmons experience limited light matter hybridization thus limiting potential decoherence report quantum coherence plasmons near surface plasmon polariton spp resonance frequency plasmonic dispersion confinement much stronger previous experiment generated polarization entangled pair photon using spontaneous parametric conversion transmitted one photon plasmonic hole array designed convert incident single photon highly dispersive single spps find quality photon entanglement plasmonic channel unperturbed introduction highly dispersive plasmonic element finding provide lower bound femtosecond pure dephasing time dispersive plasmons gold show even highly dispersive regime surface plasmons preserve quantum mechanical correlation making possible harnessing power extreme light confinement integrated quantum photonics
13
1,237,111
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discovery origin giant optical nebula surrounding quasar pks report optical integral field spectroscopy field one luminous quasar universe pks multi unit spectroscopic explorer data enable discovery three large ionized nebula emitting ii iii projected area refer n respectively spatially kinematically surround quasar host five nearby galaxy morphology kinematics consistent stripped interstellar medium resulting ongoing interaction ionization property explained quasar photoionization spatially kinematically surround two galaxy projected distance line sight velocity quasar morphology kinematics also consistent stripped interstellar medium however ionization state requires additional ionization source beyond quasar likely fast shock move hot halo associated galaxy density around quasar coincident galaxy secure redshift may arise cool gas structure intragroup medium dwarf galaxy large ionized nebula demonstrate interaction produce cool gas structure halo scale also possibly facilitating quasar fueling growing availability wide area integral field spectroscopic data continue reveal morphology kinematics condition gas flow may fuel galaxy black hole growth
10
1,529,000
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infrared behaviour weyl gravity paper introduce motivate cogitation quantum weyl gravity also known conformal gravity discus attract feature theory classical quantum storey grammatical construction quantum theory distinguish detail one loop level facilitate reckoning use forcible degree freedom single york putrefaction one closed circuit level compute partition function around world wide einstein space next functional renormalization chemical group couple quantum weyl gravity investigated reproduce totally former result obtained maximally symmetric ricci flat background finally comment counsel issue conformal anomaly
11
274,761
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monopole bubbling contribution hooft loop monopole bubbling donation supersymmetric hooft loop theory computed sqm indicant recently argued index hard compute due presence coulomb vacuum cleaner captured standard localization proficiency propose algorithmic method acting compute full bubbling donation circumvent issue considering sqm subject field isolating bubbling term residue flavor fugaciousness enlarged sqms read brane configuration realizing guggle sector give hooft loop apply technique loop operator conformal sqcd theory addition embed give take larger setup system interacting along line link brane system previously discus bubbling full term arise residue specific instanton sphere furrow manipulator setting
9
1,797,274
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constraint cosmography cdm presence viscosity work study two scenario universe filled perfect fluid following traditional dark energy viscous fluid dark matter sense explore simplest case viscosity eckart formalism constant polynomial function redshift constrain phase space model parameter performing bayesian analysis based markov chain monte carlo method using latest data hubble parameter ohd type ia supernova snia strong lensing system first two sample cover region based aic find equally support viscous model lambda cold dark matter lcdm taking account ohd snia hand reconstruct cosmographic parameter find good agreement lcdm within cl additionally find cosmographic parameter acceleration deceleration transition sensible parameter related viscosity coefficient making viscosity interesting physical mechanism modified
11
256,552
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de almeida thouless line hierarchical quantum spin glass determine explicitly discus detail effect joint presence longitudinal transversal random magnetic field phase random energy model rem hierarchical generalization grem result extent known result classical case vanishing transversal field quantum case vanishing longitudinal field following derrida gardner argue longitudinal field implemented hierarchically also quantum grem show ensures shrinking spin glass phase presence magnetic field also expected quantum sherrington kirkpatrick model
8
615,178
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graph mixing era gravitative wave gw detection astrophysical source ligovirgo great importance study quantum gravity effect graviton photon graph mixing cosmic magnetic field next degree work study effect derive first time perturbative solution linearized equation motion graph mixing expanding universe formalism take story known stock disseminative coherence go effect photon faraday effect cotton mouton cm force plasma effect cosmic magnetized field formalism applies cosmic magnetic field either unvarying slowly varying non homogeneous field spacetime coordinate arbitrary flying field direction binary system astrophysical source gws extragalactic distance chirp mass solar mass gw present sidereal day frequency hz present day cosmic magnetic field amplitude power electromagnetic radiation generate graph mix present substantial ambit erg hand link power flux quite faint depending origin distance respect earth since graph mixing velocity photon graviton preserved equal effect known whose certainty modern day comer gws electromagnetic irradiation detector guaranteed
11
242,364
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effect segregation inequality kinetic model wealth exchange empirical dispersion wealth income reproduce using simplify agent based role model economic interaction correspondent microscopic collision gas particle building upon model freely interacting agent explore effect segregated economical network fundamental interaction restricted agent alike wealth agent lattice undergo energizing central nearest neighbour unceasingly switching place minimize local wealth difference spacial concentration rich lead steady state increase global inequality magnified distinction local global measure combatting poverty individual save propensity prof inefficient unintegrated economy redistributive tax income transcends spacial inhomogeneity greatly repress inequality tot fluctuation segregation dynamic observe sharp phase transition lower inequality critical temperature companion sudden change distribution wealthy elite
12
751,111
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charmed baryon production proton antiproton collision effectual lagrangian regge approach strange becharm baryon production proton antiproton hit studied efficient lagrangian regge approach include channel dynamic dominant diffractive region relevant present discussion curiousness yield match ceaseless mesotron determined relative unknown parameter coupling form factor limit existing observe data strangeness output extrapolating amplitude strangeness production charm predict charm production cross subdivision wrick full cross incision smaller strangeness output depending final state use known total cross section curiousness total cross section charm production predicted consequence tested future experiment anda
7
1,800,700
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measurement separately cabibbo suppressed decay practice fb collision data taken center mass energy gev besiii detector bepcii measure ramify fraction singly cabibbo suppressed decay firstly uncertainty statistical second one taxonomical statistical significance severally preciseness improved factor cleo mensuration measure maiden time significant signal note upper limit branching fraction confidence layer branching fraction also measure consistent existing result
17
344,168
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verification circularise quantum computer program distributed quantum system especially quantum internet ever increasing potential fully demonstrate great power quantum computation particularly true give developing general purpose quantum computer good deal hard join many small quantum twist one major challenge implementing distributed quantum system programming verifying correctness paper propose csp like distributed computer programming spoken language facilitate specification substantiation system presenting operating denotational semantics develop hoare style logic distributed quantum computer program establish soundness relative completeness value fond total correctness effectiveness logic demonstrated application programme verification quantum teleportation local implementation non local cnot gate two import algorithm widely used distribute quantum system
13
1,247,303
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interpreting basis path set neural network based basis path set sgd algorithm significantly outperforms conventional sgd algorithm optimizing neural network however inner mechanism basis path work remains mysterious aspect graph theory paper defines basis path investigates structure property basis path regular fully connected neural network interprets graph representation basis path set moreover propose hierarchical algorithm hbps find basis path set fully connected neural network decomposing network several independent parallel substructure algorithm hbps demand exist shared edge two independent substructure path
0
28,527
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river ister time strabo mathematical approach paper introduce novel method map registration apply transformation river ister strabos map world current map world geodetic system transformation lead surprising convincing result strabos river ister best coincides nowadays tauernbach isel drava danube course danube river commonly assumed result supported carefully designed mathematical measurement resolve related controversy otherwise appearing understanding translation strabos original text based result also show strabos suevi hercynian forest corresponds slavic people carpathian alpine basin thus compact slavic settlement already beginning first millennium ad
0
94,140
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high harmonic spectroscopy disorder induced anderson localization exponential localization wavefunctions lattice whether real synthetic dimension fundamental wave interference phenomenon localization bloch type function space periodic lattice triggered spatial disorder known anderson localization arrest diffusion classical particle disordered potential time periodic floquet lattice exponential localization periodically driven quantum system similarly arrest diffusion classically chaotic counterpart action angle space demonstrate nonlinear optical response allows clear detection disorder induced phase transition delocalized localized state optical signature transition emergence symmetry forbidden even order harmonic harmonic enabled anderson type localization arise sufficiently strong disorder even overall charge distribution field free system spatially symmetric ratio even odd harmonic intensity function disorder map phase transition even associated change band structure negligibly small
4
1,408,830
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constraining chiral magnetic effect charge qualified azimuthal correlation pb pebibyte collision tev systematic report charge drug addicted ii ternion particle correlation pb pb collision tev expend probe chiral magnetised core cme presented measurement performed charged particle pseudorapidity transverse impulse range gev significant billing dependent signal becomes pronounced peripheral collision reported cme sore correlators result use estimate contribution background effect associated local charge preservation couple anisotropic flow modulation measure cme blast wave parametrisation incorporates local charge conservation tuned reproduce centrality dependent background core able fully describe measured finally charge centrality dependence mixed harmonic three mote correlational statistic form insensitive cme signal verify background contribution dominate measurement
17
307,379
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double parton break proton transverse structure lhc consider double parton distribution function dpdfs essential quantity double parton scattering dp study encode fresh non perturbative perceptiveness partonic proton structure develop formalism extract information dpdfs present consequence use constituent quark model calculation within light front approach focusing radiatively generated gluon dpdfs moreover generalize relation mean transverse partonic distance active partons dp process hollo effective crossbreeding section admit partonic correlation call mechanism contribution lastly investigate impact relativistic effect digluon dispersion study structure fit longitudinal transverse correlational statistic
7
1,638,801
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hamiltonian dynamic sum interacting random matrix ergodic quantum system rule physical observables non relax part overlap preserve quantity interacting microscopic model isolate non relaxing component unclear compute exact dynamical correlators governed hamiltonian composed two big interacting random matrix analytically obtain previous clock time value quantifies non relaxing part observable relaxation time value governed power police watch spectrum hamiltonian independent observable gaussian matrix compute time ordered correlators otocs find existence non loosen percentage lead modification late clock time economic value exponent result keep exact resummation diagrammatic elaboration hyperoperator technique
9
1,734,638
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wall crossing formula invariability glsm correlation function report prove wall cross formula crucial ingredient needed prove correlation map gauged linear sigma mannikin autonomous pick perturbation
8
688,496
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deep learning beam optimization millimeter wave communicating system propose method combine fixed point algorithm neural network optimise together discrete continuous variable millimeter wave communication scheme user rate allocate fairly well defined sense detail discrete variable admit user access point assignment beam conformation uninterrupted varying refer power allocation beam configuration predicted user related information practice neural network give predicted beam configuration fix period algorithm allocates magnate assigns user access point user achieve maximum fraction hindrance free rate proposed method auspicate beam configuration one shot manner significantly reduces complexness beam hunting procedure moreover even predicted balance beam configuration optimal set breaker point algorithm still provides optimum power apportioning user access point assignment dedicate shaft light configuration
3
136,934
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recognition voltage covid drug discourse sketch existing protein drug protein protein structure analysis kinetically active residue written report result study approved drug electric potential treatment covid based application various bioinformatics predictive method drug studied include chloroquine ivermectin remdesivir sofosbuvir boceprevir alpha difluoromethylornithine dmfo result indicate pocket size molecule selectively bind static kinetically combat ready residue residue edge surface protein inner protein pocket favour hydrophobic active situation approach restricted virus facilitate rational drug design advantageously improve read molecular interaction general
5
1,010,258
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feynman checker towards algorithmic quantum hypothesis sketch develop elementary model electron motion acquaint rfeynman game checker go checkerboard simple rule numeration turn also known nonpareil dimensional quantum walk ising model imaginary temperature solve mathematically trouble rfeynman prove model reproduces common quantum mechanical free particle kernel heavy time small average velocity small lattice measure compute small lattice step large time limit justifying heuristic derivation jnarlikar aambainis et al initiatory time observe prove concentration measure demarcation perform second quantisation model main pecker fourier transform stationary stage method
8
684,005
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heavy neutrino search via higgs boson lhc inverse see saw model efficacious neutrino hideki yukawa pair sizable due large mixing slant light heavy neutrino right turn neutrino lighter standard model sm higgs boson produced via case decay higgs meaning branching fraction lhc process mass reconstruct rife decay perform analysis channel relevant background among honey oil setting largest considering exist mixing restraint higgs electroweak precision data best sensitivity overweight neutrino lookup achieve benchmark mass gev upcoming high luminosity lhc run
17
344,498
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common envelope episode lead double neutron star formation close double neutron star observed galactic radio pulsar merger detected gamma ray burst gravitational wave source believed experienced least one common envelope episode evolution prior double neutron star formation last decade numerous effort understand detail common envelope phase computational modelling remains challenging present discus property donor binary onset roche lobe overflow leading common envelope episode predicted rapid binary population synthesis model property used initial condition detailed simulation common envelope phase three distinctive population classified evolutionary stage donor moment onset roche lobe overflow giant donor fully convective envelope cool donor partially convective envelope hot donor radiative envelope also estimate standard assumption tide would circularise large fraction system onset roche lobe overflow make study understanding eccentric mass transferring system relevant double neutron star population
10
1,542,494
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imd security v energy tilting windmill poster implantable medical device imds pacemaker neurostimulators highly constrained term energy addition wireless communication facility device also impose security requirement considering life critical nature however security solution provide considerable coverage generally considered taxing imd battery consequently tendency adopt ultra lightweight security primitive imds literature work demonstrate recent advance embedded computing fact enable imds use mainstream security primitive need compromise significantly security fear impacting imd autonomy
0
48,015
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inferring proximity bluetooth low energy rssi unscented kalman smoother covid pandemic resulted variety approach managing infection outbreak international population one example mobile phone application attempt alert infected individual contact automatically inferring two key component infection risk proximity individual may infected duration proximity former component proximity relies bluetooth low energy ble received signal strength indicatorrssi distance sensor shown problematic least unpredictable variation caused different device type device location body device orientation local environment general noise associated radio frequency propagation paper present approach infers posterior probability distance given sequence rssi value using single dimensional unscented kalman smoother uk non linear state space modelling outline several gaussian process observation transforms including generative model directly capture source variation discriminative model learns suitable observation function training data using distance infection risk optimisation objective function result show good risk prediction achieved time real world data set uk outperforming traditional classification method learned training data
3
179,038
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entitled property heritage law female bargaining index child health india baby height significant predictor human capital economic condition throughout maturity moreover non unitary household modeling family behavior posit increase woman bargain power influence tike health bailiwick effect inheritance insurance policy change hindu succession human action amendment hsaa conferred enhanced hereditary pattern right unmarried woman child height regain full bodied ground hsaa ameliorate height weight kid improver find evidence consistent tv channel policy improved woman intrahousehold bargaining power within menage pas better parental investment tiddler survey finding also compatible feeling child better female parent control significant fraction home resource therefore policy empower woman additional positive spillover childrens human capital
15
1,106,771
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quantum gravity made easy gravity naturally fit well canonical quantization affine quantization alternative procedure similar canonical quantization may offer positive result canonical quantization fails offer positive result two simple example given initially illustrate power affine quantization example clearly point toward affine quantization procedure vastly simplifies successful quantization general relativity
8
617,581
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improved measurement beta decay response liquid xenon lux detector report result extensive set measurement beta decay response liquid xenonthese measurement derived high statistic calibration data injected source lux detector mean light charge ratio reported electric field value ranging vcm energy ranging kev
2
1,418,258
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gw psr psr constraint phase transition nuclear symmetricalness energy parameter recently radius neutron star psr measured nicer updated measurement neutron skin heaviness pb reported prex experimentation new measurement help good understand unidentified equation state eos dense matter work adopt hybrid parameterization method incorporates atomic empirical parameterization wide used phenomenological parameterizations analyze result atomic experiment astrophysical observation joint bayesian analysis gw psr psr parameter characterise extremist dense matter eos constrained find slope parameter roughly constrained mev predicts using universal relation bulk property canonic eg well pressure ii time nuclear saturation density intimately constrained data ie approximately constrained km severally besides find bayes evidence hybrid star normal assumption comparable indicates current observation data compatible quarkyonic thing existing core massive star ultimately case normal assumption obtain constraint maximum pot nonrotating uncertainty reported believable level
14
953,794
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nambu covariant many body theory perturbative estimation symmetry breaking consideration shimmer important use admit reliable accurate prediction complex scheme quantum many body simulation general theory perturbation symmetry breaking phase nonetheless intrinsically involved unbroken phase due non fly anomalous green occasion anomalous quasiparticle interaction present paper develop formulation many dead body theory non zero temperature explicitly covariant regard chemical group containing bogoliubov transmutation based concept nambu tensor derive factorization criterion feynman diagram valid worldwide hamiltonian resulting factorised amplitude indexed set un oriented feynman diagram full antisymmetric apex argue within framework pattern symmetry breaking many body approximation simplified
14
904,517
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methodology obtaining objective measurement population obesogenic behavior relation environment way eat eat way move way sleep significantly impact risk becoming obese aspect behavior decompose several personal behavioral element including food choice eating place preference transportation choice sleeping period duration etc element highly correlated causal way condition local urban social regulatory economic environment end project bigo big data childhood obesity aim create new source evidence together exploration tool assisting public health authority effort tackle childhood obesity paper present technology based methodology developed context bigo order objectively monitor matrix population obesogenic behavioral element using commonly available wearable sensor accelerometer gyroscope gps embedded smart phone smart watch acquire information environment open online data source provide aggregation mechanism correlate population behavior environmental characteristic ensure privacy protection participating individual quantify quality collected big data
0
12,688
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nuclear form coexistence perspective algebraic many nucleon version bohr mottelson unified model fully quantal algebraic version niels henrik david bohr mottelson unified model presented important property quantisation defined irreducible one representation span many nucleon hilbert space every karyon model uniquely outlined requirement lie algebra observables include nuclear quadrupole moment kinetic energy follows non isoscalar passage state belonging different irreducible representation result state model unambiguously defined property observed transition rotational department state nucleus extract full term mixture theoretical account irreps algebraical version unified model parallel niels bohr mottelson model respect include possibility include effect coriolis centrifugal force subsequent perturbation however corrects handling angular momentum quantization longer usa complete set coordinate change significant implication active atomic rotation hidden moment inertia considered inertial mass standard expression rotational kinetic energy thus developing put young perspective phenomenon shape coexistence
14
968,961
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first fretwork calculation tape transport coefficient pure gluon stemma plasma transport coefficient play polar role describing phenomenon jet quenching quark cheese gluon plasm qgp raise ultra relativistic core karyon collision challenging compute coefficient foremost principle due non perturbative nature clause present formulation find stock technique perturbative quantum chromodynamics pqcd lattice standard measurement theory construct considering leading order lo summons intemperate parton produced gruelling scattering undergoes transverse broaden due scattering thermic spiritualist analytic continuation euclidean region consumption dispersion coitus express term series local bailiwick strength field operation long suit ff wheel horse monger term serial issue suppressed hard scale last compute local sir robert eric mortimer wheeler dealer quell su lattice present estimate
16
833,478
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towards white box benchmark algorithm control performance many algorithm field hard combinatorial problem solving machine learning ai general depends tuned hyperparameter configuration automated method proposed alleviate user tedious error prone task manually searching performance optimized configuration across set problem instance however still lot untapped potential adjusting algorithm hyperparameters online since different hyperparameters potentially optimal different stage algorithm formulate problem adjusting algorithm hyperparameters given instance fly contextual mdp making reinforcement learning rl prime candidate solve resulting algorithm control problem data driven way furthermore inspired application algorithm configuration introduce new white box benchmark suitable study algorithm control show short sequence algorithm configuration valid choice increasing sequence length black box view problem quickly becomes infeasible rl performs better
6
1,333,609
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continuous analogue erdhos sperner theorem emphchain unit cube set every either show dimensional hausdorff measure chain unit cube bound sharp given result consider problem maximising dimensional lebesgue measure measurable set subject constraint satisfies chain fixed real number interval show measure larger measure following optimal set aastkappa left xldotsxnin fracn kappale suminxi le fracn kappa right result may seen continuous counterpart theorem erdhos regarding sperner family finite set
1
505,063
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insight unwrapping dinucleosome dynamic nucleosomes building block chromatin crucial effect expression replication repair genome eukaryote beside constant movement nucleosomes thermal fluctuation atp dependent chromatin remodelling complex cause active displacement propose theoretical analysis dinucleosome wrapping unwrapping dynamic presence external force explore energy landscape configuration dinucleosome different unwrapped state moreover using dynamical monte carlo simulation algorithm demonstrate dynamical feature system unwrapping force partial full wrapping process furthermore show short length linker dna bp asymmetric unwrapping occurs finding could shed light chromatin dynamic gene accessibility
5
1,056,134
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quantitative model nanoscale switch accurately predicts thermal actuation behaviour manipulation temperature use actuate dna origami nano hinge containing gold nanoparticles develop physical model system zone function analysis interaction nano hinge nanoparticle predict chance nano hinge undetermined given temperature model agrees well experimental data predicts experimental condition allow actuation temperature nano hinge tuned range temperature boot model reveals surprising physical restraint organization combining physical brainwave predictive potentiality likely inform time come design integrate nanoparticles dynamic dna origami structure modeling approach shot could expanded consider incorporation stability actuation type functional constituent propulsion mechanism mix nucleic acid device
5
1,017,708
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robust empirical bayes sureness interval conception robust empirical bayes self confidence interval ebcis normal mean trouble time interval centered usual analogue empiric bayes estimator employ decisive note value accounting shrinkage parametric ebcis assume normal distribution mean morris may substantially undercover august violated derive simple rule thumb gauge potential coverage aberration contrast ebcis control coverage regardless tight dispersion remaining close length parametric ebcis mean gaussian mean value treat fixed ebcis average coverage guarantee coverage chance least average across ebcis mean empiric diligence consider effect neighborhood intergenerational mobility structural change big dynamic factor model eurozone
18
1,722,627
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law similarity solution conservation natural law bogoyavlensky konopelchenko equation lie point symmetry dimensional bogoyavlensky konopelchenko equivalence investigated solution conservation law using lie item correspondence analysis late past tense certain oeuvre done describe lie point isotropy equation work seems incomplete light beam compt math appl obtained certain modern symmetry corresponding conservation law travelling wave solution similarity solution studied
8
641,758
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doubly periodic root class infinitely extended nonlinear schrodinger equation present double occasional solvent infinitely protract nonlinear schrodinger equivalence arbitrary bit higher order term corresponding destitute real parameter root additional free variable parametric quantity allows vary period along ax presence infinitely many free argument put many possibility applying solvent nonlinear wave evolution general solution admits several particular case well given work
12
786,615
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gauged fermionic matrix quantum mechanic consider gauged free fermionic matrix model single fermionic matrix large limit system describes chiral fermion dimension gauss law constraint implies obtain physical state index fermionic matrix must fully contracted form singlet two way achieved one consider trace basis formed product trace fermionic matrix one consider schur function basis labeled young diagram schur polynomial fermion involve twisted character consequence fermi statistic main result paper proof trace schur base coincide simple normalization coefficient computed
9
1,573,496
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instability social network dynamic stubborn link paper study signed network presence stubborn link based structural balance theory agent network mixture positive negative link represent friendly antagonistic interaction stubbornness interaction structural balance theory affirms signed social network simultaneous friendlyhostile interaction general tendency evolving time reduce tension perspective individual iteratively invert sentiment reduce felt tension induced imbalance paper investigate consequence agent stubbornness interaction define stubbornness extreme antagonistic interaction resistant change current paper investigated presence stubborn link render impact balance state network whether degree balance signed network depends location stubborn link result show poorly balanced configuration consists multiple antagonistic group analytical simulation result demonstrate global level balance network influenced location stubborn link resulting network topology fraction stubborn link mean even large fraction stubborn link network would evolve towards balanced state hand small fraction stubborn link clustered five stubborn community network evolves unbalanced state
2
1,435,387
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verifying turnout quantum optimizers ground state energy lower destined solving optimisation trouble encoded ground state classical spin system focus area quantum computing device providing upper bound unknown solution certify bound compared obtained classic method however even quantum bound beat say little close unknown solution consider use ease ground state department problem benchmark output quantum optimisers relaxation radically informative provide lower bound footing state department energy chordal branch bound algorithm present provides series systematically improving self confidence region ground country energy provably rest interestingly step physical process requires effort polynomial arrangement size additionally algorithm exploit locality sparseness relevant ising spin good example systematic way yield certified solution many problem currently addressed heuristic optimisation algorithm efficiently larger system size utilize method verify production wave device identify instance annealer reach ground state vigor importantly example something impossible mean standard variational approach body work provides flexible scalable method verification output produce quantum optimization device
13
1,269,865
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deep learning based hybrid graph coloring algorithm register allocation register allocation crucial phase good optimizing compiler relies graph coloring hence efficient graph coloring algorithm paramount importance work try learn good heuristic coloring interference graph used register allocation phase aim handle moderate sized interference graph node le graph get optimal allocation color node optimal coloring used train deep learning network based several layer lstm output color node graph however current network may allocate color node connected edge resulting invalid coloring interference graph since difficult encode constraint lstm avoid invalid coloring augment deep learning network color correction phase run color allocated network thus algorithm hybrid nature consisting mix deep learning algorithm followed traditional correction phase trained network using several thousand random graph varying sparsity application hybrid algorithm various popular graph found literature see algorithm well compared optimal coloring graph also run algorithm llvms popular greedy register allocator several spec cpu benchmark notice hybrid algorithm performs par better well tuned allocator benchmark
6
1,539,926
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ambient pmu data based system oscillation analysis utilise multivariate empirical mode decomposition wide arena synchrophasor ambient measurement provide valuable data source real time vibration musical mode monitoring analysis newspaper introduces novel method acting identifying inter area vibration modality using wide area ambient mensuration based multivariate empiric mode decomposition memd analyze multi channel non stationary nonlinear signal project method acting detecting common vibration mode exist multiple synchrophasor measurement low amplitude test result based two real world datasets validate effectiveness proposed method acting
3
159,509
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covariant canonical gauge hypothesis gravitation resolve cosmologic invariable problem letter display modification einstein hilbert theory namely covariant canonical gauge graveness ccgg provides comprehensive emphderivation cosmological constant give correct order magnitude ccgg distortion einstein david hilbert lagrangian loose gravitational field quadratic georg friedrich bernhard riemann cartan attendant require controlled deformation argument deformation change emerging geometry metric gravitative field reservoir destitute neighborhood spacetime line business equivalence leave variation action combine extended form einstein field equation emergent cosmological ceaseless distortion parameter preliminary cosmological dispirited red shift study shown consistent allow remarkably conclusive resolution cosmological constant problem
11
222,239
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gluon disseminator qcd gamey baryon compactness study transverse longitudinal gluon disseminator landau bore lattice qcd gauge group nonzero quark cheese chemical potential drop temperature display disseminator demonstrate satisfying dependance quark cheese chemical possible observation contradicts earlier finding group
19
444,875
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compatible learning thick photonic neural network realization deep learning coherent optical field attracted remarkably tending presently benefit fact optical matrix manipulation accomplish speed promiscuous integral parallel reckoning well low rotational latency photonic neuronic mesh significant potential prediction oriented task yet real value backpropagation somewhat intractably coherent photonic intelligent training develop compatible learning protocol complex place nonlinear activating could pick efficiently depending unveiled compatible condition compatibility indicates matrix histrionics complex space cover real counterpart could enable single channel mingled training real complex space unified model phase logical xor logic gate mach zehnder interferometer diffractive neural network optic modulation mechanism implementing intelligent weightiness read compatible learning presented prove availability compatible learning capable envisaged windowpane deep photonic neural network
3
189,641
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fast minimum degree algorithm matching lower bound minimum degree algorithm one widely used heuristic reducing cost solving large sparse system linear equation studied nearly half century rich history bridging technique data structure graph algorithm scientific computing paper present simple novel combinatorial algorithm computing exact minimum degree elimination ordering time improves best known time complexity offer practical improvement sparse system small value approach leverage careful amortized analysis also allows u derive output sensitive bound running time number unique fill edge original edge algorithm encounter maximum degree input graph furthermore show cannot exist exact minimum degree algorithm run time assuming strong exponential time hypothesis fine grained reduction go orthogonal vector problem us new low degree graph construction called filler act pathological input cause minimum degree algorithm exhibit nearly worst case performance two result nearly characterize time complexity computing exact minimum degree ordering
0
49,014
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mesoporous silica nanoparticles adorn polycationic dendrimers infection handling work aim provide efficient new solution treatment infection using nanovehicles charge antibiotic equal penetrating bacterial wall thus increasing antimicrobic effectiveness nanosystems name nanoantibiotics compose mesoporous silica nanoparticles msns act nanocarriers antimicrobic broker levofloxacin levo localized privileged mesopores provide nanosystem bacterial membrane interaction capableness polycationic dendrimer concretely polypropyleneimine dendrimer third generation covalently grafted external surface levo loaded msns physicochemical characterization nanoantibiotic freeing kinetics levo antimicrobial efficaciousness released dosage judge besides internalization study msns functionalized dendrimer carried showing high perviousness throughout gram negative bacterial membrane work evidence synergistic combination polycationic dendrimers bacterial membrane permeabilization agent levo loaded msns trigger efficient antimicrobic effect gram negative bacterial biofilm positive resultant open promising arithmetic mean potential application new infection therapy
5
1,066,709
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