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Physics & Astronomy
Physics and astronomy have shared new results on arXiv for over thirty years. This page shows the newest papers ReadSearch has read there, from astrophysics and condensed matter to particle, quantum and applied physics, with papers OpenAlex files under the same subjects.
The newest 1,000 papers, from 29 October 2026 to 5 November 2026: 1,000 arXiv preprints.
Topics in Physics & Astronomy
Astrophysics
Condensed Matter
High Energy & Particle
Quantum Physics
Gravitation & Nuclear
General & Applied Physics
- Optics427 papers
- Fluid Dynamics101 papers
- Applied Physics81 papers
- Plasma Physics37 papers
- Atomic Physics173 papers
- Chemical Physics160 papers
- Biological Physics31 papers
- Medical Physics40 papers
- Geophysics34 papers
- Computational Physics244 papers
- Data Analysis & Statistics45 papers
- Instrumentation & Detectors45 papers
- Space Physics11 papers
- Chaotic Dynamics41 papers
- Exactly Solvable & Integrable Systems5 papers
- Pattern Formation & Solitons12 papers
- Cellular Automata & Lattice Gases2 papers
- Adaptation & Self-Organizing Systems13 papers
Newest papers
Upper and lower bounds for few-copy Gaussian tomography, and the absence of a fermionic warm regime
Chen, Mele, Mele and Preskill proved a crossover for bosonic Gaussian tomography: cold states need $Θ(m^3/ε^2)$ copies under single-copy or few-copy measurements, warm ones $Θ(m^2/ε^2)$.The 10 Mpc Volume
Accurate distances are now known for most unobscured galaxies brighter than MB = -13 mag within 10 Mpc from Hubble Space Telescope observations of their luminous stars.Unifying First-Order Coherence, Concurrence, and Bell Correlations in Three-Flavor Neutrino Oscillations
Neutrino oscillations provide a natural setting for investigating the quantum character of flavor conversion and the distribution of quantum resources over macroscopic distances.Quantum simulation of classical RCL circuits via complexification and Schrödingerization
The decomplexification procedure establishes a mathematical equivalence between finite dimensional quantum dynamics and classical dynamics by mapping the complex quantum domain onto the real…A componentwise spherical Dirichlet-to-Neumann closure for finite-volume MHD at finite magnetic Reynolds number
At finite magnetic Reynolds number, the field induced by a moving conducting fluid or solid extends into open space, so a finite mesh needs an outer boundary condition that represents the decaying…Dark-State Coherent Control of Excitons in TMD Monolayers: A Reduced Intravalley Lindblad Framework for WSe$_2$
Dark-state coherence in driven three-level systems underlies electromagnetically induced transparency (EIT) and stimulated Raman adiabatic passage (STIRAP).A nonlinear interface for phase transduction
Broadband nonlinear frequency conversion mixes multiple input frequencies, complicating the transfer of programmed spectral phase between widely separated spectral bands.Asymptotic advantage of quantum one-way and SMP communication for total functions
We exhibit a total Boolean function on n input bits whose bounded-error quantum simultaneous-message (and hence one-way) communication complexity is in O(\sqrt n), whereas its randomised one-way…Magnetic contribution to outer-disk rotation in the spiral galaxy NGC 5055
We test whether fields of galactic strength enhance NGC~5055's outer gas rotation.Frustration-freeness is decidable but unprovable
The frustration-free property is valuable in quantum many-body systems, which states that its ground states simultaneously minimize all local interaction terms, even when these terms act on…The Milky Way-like radial structure in nearby galaxies
The Milky Way exhibits a distinctive plateau in its inner surface brightness profile around one effective radius, challenging the traditional view of a purely exponential disk.Fidelity Determines the Minimum Error of Quantum Recovery
Even a recovery that maximizes worst-input entanglement fidelity can retain avoidable errors in subsequent measurements.Analysis of Xe-131 Prompt Gammas
The prompt gammas of Xe-131 from thermal neutron capture were measured for the first time at the Fission Product Prompt gamma-ray Spectrometer by irradiation of isotopically enriched Xe-130 in a…Observable-Based Learning of Effective Entanglement Hamiltonians
Determining the entanglement Hamiltonian (EH) of an interacting quantum many-body system remains a fundamental challenge beyond special analytically tractable cases.Energy-conserving scheme for a shallow-water model with capillary effects
We consider numerical approximations of shallow-water and thin-film flow models with capillary effects.Operational Characterizations and Resource Structure of the Interactive Weight of Quantum Instruments
Quantifying the interactivity of quantum instruments is fundamental to understanding their resource structure and operational capabilities.Is Morphology All You Need? Quantifying Imprints of Past Star Formation in the Present-Day Morphologies of Galaxies
The next generation of galaxy surveys will bring a plethora of new observations, a vast majority of which will be observed with a few photometric broadbands, limiting the information we can infer…Spin-Exchange-Controlled Nonclassical Light in Cavity Electromagnetically Induced Transparency
Controlling nonclassical light while maintaining a finite cavity response requires selective suppression of unwanted multiphoton excitation.Projection-based segregated, iterative, and multi-stage physics-informed neural network for incompressible Navier-stokes equations
Physics-informed neural networks(PINNs) offer a mesh-free and continuously differentiable approach to fluid simulation.Certifying the Rydberg-exposure limit of a globally driven controlled-Z gate
Rydberg excitation enables entangling gates in neutral-atom quantum processors but also exposes them to spontaneous decay.
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