Advanced Thermodynamics and Statistical Mechanics

Analysis of inertial active particles in harmonic chains reveals multiple dynamical crossovers and non-Gaussian fluctuations, with experimentally testable signatures.

Framework for computing reduced density matrices and Wigner distributions in thermofield dynamics using inverse Bogoliubov transformations, with applications to thermal quantum systems.

TTCF method computes nonequilibrium transport coefficients from short-time dynamics, offering computational advantages over traditional time-average approaches in linear and nonlinear regimes.

Algorithm exploiting causality for efficient nonequilibrium Green's function calculations via quantics tensor trains, enabling extended simulations of quench dynamics in symmetry-broken phases.

Analysis of resistance noise in phase-change memristive devices reveals that entropic contributions—not just thermal energy—govern atomic transitions between resistance states.

Microcavity quantum battery demonstrates superextensive steady-state electrical power generation via strong light-matter coupling under low-intensity illumination.