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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 2
Rigorously Certified Neural-Network Computation of Nonlinear Water Waves at Near-Machine Precision
We present a computational framework that combines machine-learning-based discovery with rigorous computer-assisted numerical certification and formal verification for strongly nonlinear partial…Extensions of the Haldane gap proof: higher dimensions, near degeneracy, fermions and tensor-network states
A recent remarkable paper by OpenAI showed that the spin-one Heisenberg chain with periodic boundary conditions has a spectral gap in the thermodynamic limit.Higher-order topological quantum battery
A quantum battery is a next-generation energy-storage device that exploits genuinely quantum properties such as superposition and coherence.Weak Values in Postselected Quantum Trajectories
Weak value (WV) describes the amplified response of a meter when the measured system undergoes postselection.Spectral symmetry fingerprints in equivariant representations
Symmetry governs the organization of physical structures, while symmetry breaking reveals their transformations.Structured Quantum Hardness from Unstructured Assumptions
Whether useful structured hardness can arise from unstructured assumptions is a fundamental question in complexity and cryptography.Information flow control in hybrid quantum networks
Quantum resources can change the dynamical features and operational behaviors of conventional networks.Demystifying Graviton Detection
Detecting single gravitons is possible through the extraction of discrete energy quanta from passing gravitational waves.Elimination of quantum causal confusion in the presence of dual states
There is a rich class of bipartite quantum correlations between qubits which are consistent both with measurements performed in parallel and measurements performed in sequence.Bell Test and Quantum State-Space Geometry
We explore a minimal phenomenological model of coupling between the geometry of the classical spacetime and the quantum state space.Probing Non-Abelian Topology through Quench Dynamics
Quench dynamics offer valuable insights to topological matter, wherein the emergent topological phenomena serve as a dynamic probe to the topology of static Hamiltonians.Information-Spectrum General Formulas for the Capacity Region of Classical-Quantum Multiple Access Channels
For classical-quantum multiple access channels (cq-MACs) with two senders, we give several general expressions for the capacity region, valid for arbitrary sequences of channels.Stable dissipative topological solitons in media with even-order dispersion
The formation and dynamics of dissipative solitons are governed by the interplay of dispersion and nonlinearity, alongside the gain-loss balance.OPRD-Imp: a dataset of experimentally observed impurities and side products in multi-step pharmaceutical syntheses
Predicting reaction impurities is a critical yet persistently data-limited challenge in pharmaceutical process chemistry.First Results from JACKS: A VLA Ammonia View of Gas Heating and Star-forming Cores in the Central Molecular Zone
The Central Molecular Zone (CMZ) combines warm molecular gas, strong turbulence, and a star-formation rate below that expected from its dense-gas reservoir.Confirming HSC strong lens candidates with DESI Spectroscopy. II. Analysis of 80 galaxy-scale systems with lens redshifts above 0.8
The total mass distribution of galaxies provides a sensitive probe of the fundamental physical processes governing galaxy evolution, including gas inflow/star formation, AGN/SN feedback, galaxy…Constraining the timescale of activity in Mrk 1018
We present analysis of an extended emission line region projected 3.77 kpc from the nucleus of the canonical changing-look AGN Mrk~1018, found in MUSE integral-field observations from the Close AGN…Ultrafast Moiré Exciton Dynamics Revealed by Two-Dimensional Coherent Spectroscopy
Moiré superlattices of van der Waals heterostructures confine excitons into discrete energy levels in finite-sized samples, yet their internal relaxation pathways remain obscured by inhomogeneous…Efficient Pauli Truncation from Operator Stabilizer Rényi Entropy
Operator stabilizer Rényi entropy (OSE) quantifies the magic of Heisenberg operators and serves as a diagnostic of their compressibility in the Pauli basis.Violent relaxation in hierarchical stellar systems: pathways toward massive black hole formation in the early Universe
Massive stellar systems have been detected in the high-redshift Universe via the James Webb Space Telescope using gravitational lensing techniques.
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