Chiral magnets support topological skyrmion textures due to the Dzyaloshinskii-Moriya spin-
orbit interaction. In the presence of a sufficiently large applied magnetic field, such …

The concept of curvature and chirality in space and time are foundational for the
understanding of the organic life and formation of matter in the Universe. Chiral interactions …

Achieving control over magnon spin currents in insulating magnets, where dissipation due to
Joule heating is highly suppressed, is an active area of research that could lead to energy …

Understanding the physical properties of magnetic skyrmions is important for fundamental
research with the aim to develop new spintronic device paradigms where both logic and …

The possibilities of applying magnets with full or partial magnetic moment compensation in
various spin groups to improve the performance of magnetic electronic devices using spin …

We study spin-wave excitations in a circular ferromagnetic nanodot in different
inhomogeneous, topologically nontrivial magnetization states, specifically, vortex and …

We study the quantum propagation of a Skyrmion in chiral magnetic insulators by
generalizing the micromagnetic equations of motion to a finite-temperature path integral …

The properties of magnon modes localized on a ferromagnetic skyrmion are studied. Mode
eigenfrequencies display three types of asymptotic behavior for large skyrmion radius R s …

We review the recent theoretical and experimental achievements on dynamics of spin
vortices in patterned ferromagnetic elements. We first demonstrate the theoretical …

We investigate the dependence of the Néel skyrmion size and stability on perpendicular
magnetic field in ultrathin circular magnetic dots with out-of-plane anisotropy and interfacial …