Universal nonequilibrium properties of isolated quantum systems are typically probed by
studying transport of conserved quantities, such as charge or spin, while transport of energy …

A quantum integrable system slightly perturbed away from integrability is typically expected
to thermalize on timescales of order τ∼ λ− 2, where λ is the perturbation strength. We here …

We study the transport properties of generic out-of-equilibrium quantum systems connected
to fermionic reservoirs. We develop a perturbation scheme in the inverse system size …

We study how perturbations affect dynamics of integrable many-body quantum systems,
causing transition from integrability to chaos. Looking at spin transport in the Heisenberg …

We present a generic, compact formula for the current flowing in interacting and
noninteracting systems which are driven out of equilibrium by biased reservoirs described …

Cellular automata have recently attracted a lot of attention as testbeds to explore the
emergence of many-body quantum chaos and hydrodynamics. We consider the Rule 54 …

We devise a semiclassical model to describe the transport properties of low-dimensional
fermionic lattices under the influence of external quantum stochastic noise. These systems …

We study the breaking of integrability by a finite density of dilute impurities, specifically the
emerging diffusive transport. Provided the distance between impurities (localized …

There has been interest in the spin transport properties of the Aubry-André-Harper model at
high temperatures under weak integrability breaking, in particular for small interactions or …

We calculate the finite temperature thermal conductivity of a time-reversal invariant chiral Z 3
clock model along an integrable line in the parameter space using the time-dependent …