We develop a generalized Langevin spin dynamics (GLSD) algorithm where both the
longitudinal and transverse (rotational) degrees of freedom of atomic magnetic moments are …

The conventional Landau-Lifshitz-Gilbert (LLG) equation is a widely used tool to describe
the dynamics of local magnetic moments, viewed as classical vectors of fixed length, with …

We introduce a multiscale framework that combines a time-dependent nonequilibrium Green-
function (TDNEGF) algorithm, scaling linearly in the number of time steps and describing …

Spin precession in magnetic materials is commonly modelled with the classical
phenomenological Landau–Lifshitz–Gilbert (LLG) equation. Based on a quantized three …

A classical spin which is antiferromagnetically coupled to a system of strongly correlated
conduction electrons is shown to exhibit unconventional real-time dynamics which cannot …

The Landau-Lifshitz equation with a scalar dam** constant predicts that the dam** of
spin waves propagating in an infinite homogeneous magnetic medium does not depend on …

Nutation has been recognized as of great significance for spintronics; but justifying its
presence has proven to be a hard problem. In this paper, we show that nutation can be …

Gilbert-like dam** in magnetization dynamics is commonly attributed to the interplay of the
spin, the electron, and the phonon reservoirs. Spatial correlations within the spin reservoir …

The current-driven motion of magnetic skyrmions, as topologically protected winding vector
fields of local magnetization, has attracted considerable attention due to both fundamental …

The current-driven motion of magnetic skyrmions, as topologically protected winding vector
fields of local magnetization, has attracted considerable attention due to both fundamental …