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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 25
SPAM-robust learnability of quantum dynamics
Accurate characterization of quantum dynamics is essential for the calibration and control of quantum devices.Controls on the deformation and reorientation of mafic enclaves during magma mingling: A computational study
Mafic microgranular enclaves in granitic plutons record magma mingling, and their shapes are often interpreted as a record of the flow that deformed them.Readable Is Not Steerable: Pre-Registered Tests of Physical Structure in Learned Fluid Representations
Self-supervised world models are often said to organize their latents around physical quantities.The impact of Population III stars on the elemental enrichment of ultra-faint galaxies in the FIRE-3 zoom-in simulations
The observed stellar mass-metallicity relation for ultra-faint galaxies in the Local Group (LG) is in tension with many theoretical predictions, suggesting the need for modified or additional…A closed-form design rule for photonic hopfions of arbitrary order
Topological textures of light are robust against perturbation and are emerging as carriers of information and probes of light-matter interaction.Multipartite entanglement swapping with homodyne and single photon detection
Establishing multipartite entanglement across lossy optical networks remains a central challenge for distributed quantum information processing.Quantum resource trade-offs of mixed sparse single and double factorization for qubitization-based phase estimation
We study a mixed block encoding of quantum-chemistry Hamiltonians for quantum phase estimation (QPE) on fault-tolerant quantum computers.A Study of Fluctuation Growths of Observables in Open Quantum Systems
The rate at which quantum fluctuations of observables can change provides a useful characterization of the dynamical behavior of quantum systems.Tensor-network simulation of strongly coupled multi-fluxonium circuits
Designing a superconducting quantum processor rests on predicting the low-lying spectrum of its coupled circuit.Proton generalized parton distributions from electromagnetic form factors: A theoretically constrained phenomenological reconstruction
We present a theoretically constrained phenomenological reconstruction of the unpolarized, chiral-even, leading-twist proton generalized parton distributions $H^q$ and $E^q$.Efficient training of a 128-modes 3D continuously coupled photonic chip via limited quantum resources
Integrated photonics provides a promising route towards the development of large-scale, stable and low-loss quantum hardware.Dynamical Signatures of Selective Gap Closing in Multi-Dimensional Monotone Quasiperiodic Operators
We translate the spectral gap-closing criterion for multi-dimensional monotone quasiperiodic Schrödinger operators into a concrete dynamical protocol and verify it by large-scale numerics.Exact Mirror-Parity Selection Rule for Electron-Phonon Coupling in Two-Dimensional Crystals
The electron--phonon (e-ph) interaction underlies conventional superconductivity and plays a central role in transport and other many-body phenomena in solids.Trinetra.Q: Statistical and Behavioral Detection of Attacks on the Quantum-Error-Correction Layer and Classical Control Stack of Quantum Computing Systems
Most quantum-computer security work targets physical-layer attacks on qubits, while two surfaces remain inadequately defended: the quantum-error-correction (QEC) syndrome-and-decoder pipeline, and…The most entangled states of four and seven qubits
Pure states of four and seven qubits cannot be maximally entangled across every balanced bipartition; we determine how entangled they can be on average.SteelAgent: LLM-Orchestrated, Physics-Informed Steel Property Prediction with Audited Generalization and Calibrated Uncertainty
Steel property models can perform well on random test splits even when they extrapolate poorly to unfamiliar alloys.Harmonic Angular Mapping Method for Binary Microlensing Grid Search
Searching for binary-lens microlensing solutions is computationally demanding because of the complex parameter space and the large number of trial models required.Findings-aware Language-Image Pretraining for CT Volume Interpretation
Computed tomography (CT) provides diverse patient information and various clinical tasks, for which numerous deep learning models have been investigated.Achievability of CSS codes performance limits over Pauli channels under separate ML decoding with bounded graphical complexity
Capacity-approaching quantum error correction faces a fundamental tension: the required parity-check matrices need to become increasingly dense, while practical decoding and syndrome extraction…MBUndo: Sound, Automatic, and Efficient Measurement-Based Uncomputation for Quantum Circuits
Quantum programs that use temporary values, known as \emph{ancilla} qubits, must explicitly \emph{uncompute} each ancilla back to zero to ensure that the program produces correct outputs.
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