Quantum Physics · Physics & Astronomy
Quantum Physics
The newest papers in Quantum Physics that ReadSearch has read, newest first. Each links to its own page, with its authors, date, where it was published and the original.
3,630 papers, from 4 September 2026 to 5 November 2026: 3,630 arXiv preprints.
Get the few papers worth your time in Quantum Physics every morning.
Follow Quantum Physics and ReadSearch reads its new papers each day, then brings you the few worth reading, each with its key finding in a sentence.
Newest papers, page 40
Sublinear thermal state and ground state preparation for free fermions via system-bath interaction
Dissipative algorithms for preparing thermal and ground states typically require a total Hamiltonian simulation time that grows at least linearly with system size $N$, even when their mixing time…Multipartite dynamics beyond bipartite entanglement equilibration
Entanglement equilibration need not mark the end of quantum-information dynamics in quantum thermalization.Multimode continuous-variable quantum key distribution with CMOS-compatible photonic-electronic integration
Multiplexing and photonic-electronic integration offer a route to scalable and high-throughput quantum key distribution (QKD) networks through parallel transmission and compact hardware suited to…Population Capacity and the Geometry of Thermomajorization
We characterize quasiclassical state conversion under thermal operations through population capacities: the maximum population that thermal operations can concentrate on each set of energy levels.Multistability and Critical Frustrated Superradiance in Open Anisotropic Quantum Rabi Trimer
We study the nonequilibrium steady states of an open anisotropic quantum Rabi trimer.Electron-photon entanglement in real space from quantum electrodynamics
We study the entanglement between an electron and the photon it scatters, resolved in real space and time.Benchmarking quantum-annealing-based approaches for factory layout planning
The earlystage of factory layout planning has a direct effect on the operating costs, efficiency, and productivity of manufacturing systems.Fast and accurate rare-event simulation by Markov chain Monte Carlo for general quantum codes
The splitting method estimates logical error rates of quantum error-correcting codes deep in the rare-event regime, where direct Monte Carlo sampling is prohibitively expensive.Geometric aspects of fault tolerance
We highlight three geometric aspects of fault tolerance.Quantum state revivals, time quasicrystals, and entanglement steering in a Fibonacci-driven central-spin model
Motivated by the search for non-equilibrium phases of matter beyond the Floquet paradigm, we propose a route to realize perfect revivals and time quasicrystals (TQCs) in a Fibonacci-driven…Equilibrium propagation in non-equilibrium quantum systems
Equilibrium propagation (EP) is a powerful training algorithm for self-learning physical systems that is widely used for a variety of machine learning inspired tasks.Did the Gran Sasso Experiment Rule Out the Diósi-Penrose Theory? Musing on the 2021 Result and the Present Experimental Status
In 2021, a low-background experiment at the Gran Sasso National Laboratory searched for spontaneous radiation predicted by the standard Markovian Diósi-Penrose (DP) dynamics and obtained the new…Quantum-enhanced metrology with classical shadows
Quantum metrology relies on observables that maximize information about the parameter of interest, but are often hard to access.Quantum-Inspired and Optimization-Based CT Reconstruction Through Spin-Error
Quantum-optimization-based computed tomography (CT) reconstruction has demonstrated quantum supremacy in reconstruction accuracy over conventional classical methods under sparse-view and…Quantum computation of energy level degeneracy and thermodynamical properties of spin systems
We propose a hybrid quantum-classical method for reconstructing energy-level degeneracies and thermodynamic properties of spin systems.$κ$-Parametrized Boltzmann Distribution Sampling on Quantum Approximate Optimization Algorithm
Generative models use training data to produce new samples that resemble the original, with applications in classification and recommendation systems.Bell-pair distillation under imperfect operations
We recently proposed an entanglement distillation protocol based on local operations and classical communication that probabilistically and universally distills a maximally entangled Bell pair from…Distillable entanglement is continuous
We prove continuity of distillable entanglement, the optimal asymptotic rate at which copies of a bipartite state can be converted into maximally entangled pairs by local operations and classical…Parametrically Enhanced Ergotropy and Charging Power in a Three-Mode Bosonic Quantum Battery
Quantum batteries are quantum systems that potentially serve as fuel for other quantum devices by receiving and supplying energy.Decoding with alternating weighted graph sparsification for quantum low-density parity-check codes
Real-time decoding is a fundamental necessity for building fault-tolerant quantum computers.