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 …

Magnetic skyrmions which are topologically nontrivial magnetization configurations have
attracted much attention recently due to their potential applications in information recording …

The magnetic radial vortex is a nanoscale magnetization configuration that is typically
stabilized by the interfacial Dzyaloshinskii–Moriya interaction (i-DMI). The existing control …

Static magnetization configurations of thin soft ferromagnetic films and nanodots, coupled to
a hard antidot matrix with out-of-plane magnetization, are studied by micromagnetic …

We theoretically investigated the antivortex stabilized by anisotropic Dzyaloshinskii-Moriya
interaction (DMI) in nanodisks. Remarkably, we found that the antivortex remains stable …

Vortex-mediated magnetization reversal in individual ultra-small (∼ 100 nm) ferromagnetic
particles at low temperatures is studied by nanoSQUID magnetometry. At zero applied bias …

In this work, we present the influence of the curvature of magnetic nanodot on the vortex
gyrotropic mode frequency. We show that gyrotropic oscillation of the magnetic vortices is …

We investigate coupled dynamics of two-vortex spin torque nanooscilators using
micromagnetic simulation. Dynamic transformation of the vortex structure leading to …

Skyrmioniums are exotic magnetic configurations that have several potential applications, as
devices for magnetic recording, in Spintronics. In this work, using micromagnetic simulation …

This thesis aims to theoretically explore the geometrical effects on spin waves, the
fundamental lowenergy excitations of ferromagnets, propagating in curved magnetic shells …