Condensed Matter · Physics & Astronomy
Statistical Mechanics
The newest papers in Statistical Mechanics that ReadSearch has read, newest first. Each links to its own page, with its authors, date, where it was published and the original.
330 papers, from 31 August 2026 to 5 November 2026: 301 arXiv preprints and 29 OpenAlex records.
Get the few papers worth your time in Statistical Mechanics every morning.
Follow Statistical Mechanics 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 5
Orbital-coherence memory in electrical transport and its self-consistent Maxwell response
An internal electronic coherence changes electrical transport only when it feeds back on the physical current.Mixed State Deep Thermalization under Generic Quantum Errors
Pure-state deep thermalization predicts that, after sufficient scrambling, projected ensembles approach universal distributions that contain information beyond the reduced density matrix.Algebraic criteria for complete relaxation in autonomous and periodically driven open quantum systems
We derive sufficient criteria that guarantee convergence of open quantum system dynamics to a unique long-time state independent of the initial conditions.Phase Transitions in Learning Driven by Extremal Data
We study an extremal regression problem, an example of multiple instance learning (MIL), where the predictors are given as multisets, called bags.Splitting Probability in Monitored Quantum Dynamics
We consider a continuous-time quantum walk stroboscopically subjected to projective measurements on two distinct targets with sampling time period $τ$.Hydrodynamic description of correlation matrix eigenvalues in a finite temperature expanding free fermionic gas
A recent work considered the Page curve for entanglement entropy of a freely expanding one-dimensional Fermi gas starting from a finite box (the system) in a zero-temperature initial state that then…The role of locality and weight sharing in convolutional neural networks
The success of convolutional neural networks is often attributed to locality and weight sharing.Discrete time liquids
Discrete time crystals exhibit robust subharmonic oscillations, spontaneously breaking the discrete time-translation symmetry of a periodic drive.Non-adiabatic Optimisation via Localisation-Delocalisation Transitions
The promise of efficiently solving classical optimisation problems on quantum computers is tantalizing.Memory--Transport Competition in Physical Two-Bath Quantum Reset Dynamics
Coherence preservation and environmental renewal offer competing ways of controlling quantum memory and transport.Moments of Random Permanents and Hafnians: A Replica Approach
Using contour-integral representations of the permanent and of the Hafnian, we turn the computation of their moments for random matrices into a replica calculation, analogous to that of the moments…Local-Channel Stability of Classical $\mathbb Z_2$ Lattice Gauge Models
We establish sufficient conditions for two-way local quantum-channel stability in classical $\mathbb Z_2$ lattice gauge models with spins on $m$-dimensional cells of a $d$-dimensional lattice.Microscopically informed self-consistent multi-resolvent closure for dense many-body spectra
The exact multi-resolvent hierarchy of dense many-body spectra encodes higher-order spectral-weight correlations, but closing it predictively for interacting Hamiltonians remains a challenge.Floquet ground state order
Clean, interacting, periodically driven systems are believed to thermalize to featureless, infinite-temperature states that preclude the formation of stable ordered states.Cumulative locality governs collective quantum charging
Quantum batteries can outperform their classical counterparts through collective quantum effects, yet the conditions enabling such advantage remain unclear.Characterizing supersolid phase transitions in trapped quantum gases with tilted dipoles at finite temperature
Motivated by a recent experimental work arXiv:2608.20327, we theoretically investigate the nature of phase transitions in a trapped dipolar quantum gas upon tuning the contact interaction strength…Methods for Deriving Nonlinear Kinetic Equations from the Dynamics of Quantum Systems
The article outlines key topics related to deriving kinetic equations and, in general, to the relationship between the evolution equations governing quantum many-particle systems.Non-minimal unimodular inflation revisited: Swampland diagnostics and CMB constraints
We study non-minimal unimodular inflation in the Einstein frame; the effective potential takes the form $U(φ)=U_0(1+ξφ^2/\mpl^2)^{-2}$.Subsystem quantum Rényi-Bhattacharyya distance in 2D CFTs and its holographic applications
We develop a systematic method to compute the subsystem fidelity and Rényi fidelity in two-dimensional conformal field theories (CFTs) from the operator product expansion of twist operators, and…Quantum control as renormalization group flow
The Renormalization Group (RG) establishes relations between effective descriptions of physical systems at different scales; in Hamiltonian RG, these relations induce a flow in the space of…