Quantum Physics · Physics & Astronomy
Quantum Physics
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3,630 papers, from 4 September 2026 to 5 November 2026: 3,630 arXiv preprints.
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Newest papers, page 31
Gapless and Non-Equilibrium Topology in Blockaded Ladders
We propose a multi-leg PXYP model as a minimal setting to explore constraint-induced intertwinement between itinerant and internal degrees of freedom.A Universal Approach to Hydrodynamics in Higher Dimensions via Tensor Networks
Extracting late-time hydrodynamic transport properties directly from microscopic quantum models, especially in dimensions beyond one, is believed to be classically intractable.Singlet-Triplet Transition of Rotating Moiré Atoms in a Magnetic Field
Moiré superlattices can bind several electrons to each potential minimum, forming few-electron "moiré atoms.Relating approaches to interacting quantum clocks and systems
The problem of describing the dynamics of quantum systems relative to quantum clocks with which they interact is relevant to the physics of quantum reference frames and quantum gravity alike.Fock-space delocalization and its control in scarred-vs-ergodic dynamics
Quantum many-body scarred dynamics in Rydberg-atom arrays is characterized by revivals, in which the system repeatedly returns to its initial state despite its many-body complexity.Liouvillian spectral snapshots: A reduced-subspace approach for time-dependent and noisy open quantum systems
Driven-dissipative quantum devices are routinely operated with time-dependent drives and exposed to temporally correlated classical noise.Beyond the Kubo formula: unification of adiabatic and isothermal response in quantum systems
The static limit of the Kubo susceptibility describes the adiabatic response of an isolated quantum system, in which energy-level occupations remain unchanged, and generally differs from the…Witnessing and quantifying stellar rank with the Wigner function
Quantifying non-Gaussianity is essential for assessing the computational power of bosonic quantum systems.Electronic-Structure-Informed Many-Body Encoding for Quantum Machine Learning
Data encoding is a central challenge in quantum machine learning (QML), as it determines how classical information is mapped onto quantum states and influences the expressive power and efficiency of…Predictive Maintenance at the Edge: An Embedded Anomaly Detection Pipeline Trained with Quantum Optimization
This article presents a predictive-maintenance pipeline that detects anomalies in bearings from vibration signals, adapted for deployment at the edge on low-cost microcontrollers, and that uses…Benchmarking One-Dimensional Quantum Lattice Boltzmann Methods on Quantum Hardware
Classical computational fluid dynamics (CFD) methods encounter significant computational bottlenecks in large systems and at high Reynolds number flows due to the rapid increase in degrees of…Colloquium: Quantum information processing with ensembles of identical particles
Identical particles underpin most quantum technologies, but the role of indistinguishability in these processes extends far beyond the symmetrization of many-particle states.Proof of the entropic $c$-theorem
We prove an entropic $c$-theorem in two dimensions by constructing a $c$-function from the mutual information between spacelike separated wedges, defined through the relative entropy.Clifford synthesis is NP-complete
We show that the problem of synthesizing a quantum circuit for a given Clifford operator using at most a specified amount of resources is NP-complete for several resource models of practical interest.Optical Quantum Memory Processing for Quantum Hashing
Sender authentication is an important requirement for secure quantum communication networks.Hypergraph cycle enumeration for efficient inference of planted k-XOR with smooth trade-off
We introduce hypergraph cycle enumeration (HCE), a simple spectral framework for detecting and recovering planted signals in noisy hypergraph inference problems.Characteristics of VHF and UHF band detection using Stark shifting in Rydberg-atom sensors
We present a characterization of the sensitivity of broadband electric field measurements in the Very High Frequency (VHF) and Ultra High Frequency (UHF) bands using AC stark shifting of Rydberg…Microscopic Theory of Spin-Orbit Interactions of Light
Optical spin-orbit interactions (SOI), demonstrated experimentally in optical cavities, enable the polarization degrees of freedom of light to be described and controlled as an effective pseudospin…Exact Electron Dynamics in Linear and Chiral Cavities: Complete Field versus Single-Helicity Reduction
Can a chiral cavity turn a free electron into a Landau-like orbiting particle?Variational Programs with Open Clocks
Variational quantum algorithms leave the durations of Hamiltonian evolutions open for a classical optimizer to set.