Novel magnetic ground states have been stabilized in two-dimensional (2D) magnets such
as skyrmions, with the potential next-generation information technology. Here, we report the …

In an effort to understand skyrmion behavior on a coarse-grained level, skyrmions are often
described as 2D quasiparticles evolving according to the Thiele equation. Interaction …

The results of advanced research in the developing field of modern magnetism and
spintronics, namely, topological nanomagnetism, in the framework of which the nature of the …

Brownian computing exploits thermal motion of discrete signal carriers (tokens) for
computations. In this paper, we address two major challenges that hinder competitive …

A magnetic skyrmion is a promising candidate for information carrier in future logic functional
devices, ultra-density storage devices, and neuromorphic computing. The presence of …

The motion of domain walls (DWs) in magnetic nanoscale layered systems attracts a great
deal of attention due to the possible chiral nature of the energy dissipation occurring …

The last decade has seen significant improvements in our understanding of skyrmions
current induced dynamics, along with their room temperature stabilization, however, the …

We present a numerical demonstration of magnonic crystals hosting unidirectional,
topologically protected edge states. The magnonic crystal is formed of dipolarly coupled …

Realizing magnetic skyrmions in two-dimensional (2D) van der Waals (vdW) ferromagnets
offers unparalleled prospects for future spintronic applications. The room-temperature …

Room-temperature stabilization of skyrmions in magnetic multilayered systems results from
a fine balance between several magnetic interactions, namely, symmetric and antisymmetric …