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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.
Newest papers, page 7
Dualities in one-dimensional quantum lattice models: Lie groups, Schur-Weyl duality and symmetry breaking
We present a systematic framework for gauging continuous symmetries, and show that the Schur-Weyl duality arises naturally as a realization of this construction with open boundary conditions.Beyond Quantum Messages: Toward Quantum-Native Network Functioning
The Quantum Internet is commonly envisioned as a network that transports quantum states and distributes entanglement as the key resource underpinning distributed quantum applications.Recovery gates as a resource in repetition-code process tomography: exhaustive gate-optimal designs for three, five and seven qubits
Process tomography built on stabilizer codes compares the logical channel of a repetition code with a reference channel, and the decoder that produces that channel is almost always fixed to the…Testing Gravitationally-Induced-Entanglement with Massive Particles and Quantum Clocks
We present an experimental proposal to test whether gravity can entangle a levitated particle with an array of quantum clocks.Interpretable many-body interaction laws for collective motion from few trajectories
Models of collective motion usually reduce social interactions to pairwise forces, despite empirical evidence for many-body effects.Exploring the limit of partonic collectivity in small collision systems at the LHC
The existence of a partonic phase in small collision systems has been investigated previously through measurements of the elliptic flow ($v_{2}$) of mesons ($π^{\pm}$, K$^{\pm}$, and K$_{S}^{0}$)…Reprogrammable polaritonic skyrmion and meron lattices based on the phase-change material In$_3$SbTe$_2$
Optical topological quasiparticles such as skyrmions and merons consist of engineered electromagnetic fields which can be realized via the controlled interference of polaritons.SDSS-V LVM: Spatial Resolution Effects on Diagnostic Diagrams in the Magellanic Clouds
We investigate how spatial resolution affects emission-line diagnostics in the interstellar medium (ISM) of the Small and Large Magellanic Clouds (SMC and LMC) using SDSS Local Volume Mapper (LVM)…The cold substellar frontier in JWST Extragalactic surveys: a robust parallax measurement yields the most distant known ultra-cold Y dwarf
We present an analysis of JADES-GS-BD-5, an extremely cold Y dwarf identified in the JADES/GOODS-South field.Atomic Static Electric Quadrupole Polarizability from Relativistic Many-Body Theory With Application To Thulium $\left(6s^2\, 4f^{13}\right)$\, $^2F_{7/2}$ and $^2F_{5/2}$
In the present work a method for calculating atomic static electric rank-$n$ tensor quadrupole polarizabilities $α_Q^{(n)}(J)$ for arbitrary atomic electronic structure is presented.Asymptotic analysis of the dynamical field-field correlation function of the impenetrable Bose gas
We study the long-time, large-distance asymptotic behaviour of the two-point correlation function of fields of the impenetrable Bose gas in equilibrium states characterized by a quasi-momentum…Recalibration-Aware Optimization of ZEFOZ Operating Points in $^{167}\mathrm{Er}^{3+}:\mathrm{Y}_2\mathrm{SiO}_5$ for Quantum Memories
Erbium-doped solids like $^{167}\mathrm{Er}^{3+}:\mathrm{Y}_2\mathrm{SiO}_5$ have properties that make them suitable for quantum-network memories, however, their unquenched effective electronic spin…A physics-based-preconditioned quasi-Newton solver for energy- and momentum-conserving implicit hybrid particle-in-cell simulations
Explicit hybrid particle-in-cell (PIC) schemes, with kinetic ions and fluid electrons, accumulate numerical heating over long simulations and are unstable to finite-grid instabilities.Disorder-blind Mpemba acceleration of quantum state preparation
Using the strong Mpemba effect to accelerate relaxation by initial-state design requires suppressing the slowest mode, which typically needs prior knowledge of the system.Quantum enhanced beam displacement estimation: sensitivity limits, optimal probes, and measurement schemes
We investigate the ultimate sensitivity limits for measuring small transverse beam displacements and identify optimal strategies that attain them, using the framework of mode parameter estimation.DiffSequence-Q: Diffusion Design with Quantum Assistance for Biologically Active Proteins
Designing protein sequences that satisfy both secondary structure requirements and solubility targets remains challenging.Deep-learning surrogate model for rapid quantum-noise computation in dual-pump fiber-optic phase-sensitive amplifiers
Fiber-optic parametric amplifiers in a phase-sensitive amplifier (PSA) configuration are well known for their low noise properties.Polynomial-time classical simulation of boson and fermion sampling under thermal loss
Sampling experiments are a leading approach to demonstrating quantum computational advantage, yet their robustness to experimental noise is not completely understood.Dynamical effects induced by synthetic SU(1,1) gauge fields
Compact gauge fields are powerful tools for controlling quantum dynamics and topological phases of matter.Room-Temperature Quantum Emission from Boron Nitride Nanotubes
Quantum information systems such as quantum key distribution and quantum communications require bright, high-purity, stable sources of single photons to act as carriers of quantum information.
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