Traditionally, the primary field, where curvature has been at the heart of research, is the
theory of general relativity. In recent studies, however, the impact of curvilinear geometry …

In this paper, we address the skyrmion-bimeron dynamical transformation during the
propagation of such structures along a magnetic nanotrack with anisotropy gradients. Using …

We use atomistic-based simulations to investigate the behavior of ferromagnetic skyrmions
being continuously compressed against a rigid wall under dc and ac drives. The …

Three dimensional magnetic textures are a cornerstone in magnetism research. In this work,
we analyze the stabilization and dynamic response of a magnetic hopfion hosted in a …

Defects are unavoidable in real materials. Defects, either intrinsic or artificially incorporated,
can alter the material properties. In the particular case of skyrmionic ferromagnetic materials …

The influence of the geometrical curvature of chiral magnetic films on the static and dynamic
properties of hosted skyrmions is studied theoretically. We predict the effects of the curvature …

A statistical approach is presented to estimate the stability of magnetic states of nano-and
microstructures to thermal fluctuations and random external actions. It implies the …

Using atomistic simulations, we investigate the dynamical behavior of a single skyrmion
interacting with an asymmetric linear protrusion array under external ac driving. The linear …

Geometry plays an important role in the nucleation, stabilization, and manipulation of
magnetization patterns within magnetic nanoelements. This work analyzes the impact of …

We use atomistic simulations to examine the sliding dynamics of a skyrmion in a two-
dimensional system containing a periodic one-dimensional stripe pattern of variations …