Typical magnetic skyrmion is a string of inverted magnetization within a ferromagnet,
protected by a sleeve of a vortexlike spin texture, such that its cross-section carries an …

Magnetic skyrmions have raised high hopes for future spintronic devices. For many
applications, it would be of great advantage to have more than one metastable particle-like …

The mechanisms of the collapse of skyrmion structures in synthetic antiferromagnets and the
activation energy of such processes are studied within the transition state theory based on …

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 …

Topological protection of chiral magnetic structures is investigated by taking a two-
dimensional magnetic skyrmion as an example. The skyrmion lifetime is calculated based …

Recently a large variety of non‐collinear spin textures have been revealed in various
crystals with different symmetry groups. Of particular interest are crystals with D2d symmetry …

The dependence of the lifetimes and rates of spontaneous nucleation of topological
magnetic solitons on the external magnetic field is calculated within the framework of the …

The stability of a long-periodic homogeneous spin-spiral configuration in an inverse
tetragonal Heusler compound, Mn 2 PtSn, is studied with the help of density functional …

The lifetime of a magnetic skyrmion in a two-dimensional lattice is calculated as a function of
size, from nanometer scale to microns, while the shape of the skyrmion remains the same …

This study uses density functional theory implemented in the Vienna ab initio simulation
package (VASP) software to examine the impact of spin-orbit coupling (SOC) on the …