The scientific and technological exploration of three-dimensional magnetic nanostructures is
an emerging research field that opens the path to exciting novel physical phenomena …

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 …

We study the dynamics of skyrmions in Dzyaloshinskii-Moriya materials with easy-axis
anisotropy. An important link between topology and dynamics is established through the …

A distinct type of solitary wave is predicted to form in spin torque oscillators when the free
layer has a sufficiently large perpendicular anisotropy. In this structure, which is a dissipative …

Chiral effects originate from the lack of inversion symmetry within the lattice unit cell or
sample's shape. Being mapped onto magnetic ordering, chirality enables topologically non …

We study numerically the dynamics of a magnetic bubble in a disk-shaped magnetic
element which is probed by a pulse of a magnetic field gradient. Magnetic bubbles are …

Topologically stable structures include vortices in a wide variety of matter, skyrmions in ferro-
and antiferromagnets, and hedgehog point defects in liquid crystals and ferromagnets …

We study the spectral characteristics of spin current nano-oscillators based on the Pt/[Co/Ni]
magnetic multilayer with perpendicular magnetic anisotropy. By varying the applied …

A hedgehog or Bloch point is a point-like 3D magnetization configuration in a ferromagnet.
Regardless of widely spread treatment of a Bloch point as a topological defect, its 3D …

Magnets without inversion symmetry are a prime example of a solid-state system featuring
topological solitons on the nanoscale, and a promising candidate for novel spintronic …