The high‐density integration in information technology fuels the research on functional 3D
nanodevices. Particularly ferromagnets promise multifunctional 3D devices for nonvolatile …

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

In this paper, our objective was to investigate the static and dynamic magnetic properties of
Fe3O4 nanotubes that are 1000 nm long, by varying the external radius and the thickness of …

Spin wave nonreciprocity in domain walls (DWs) allows for unidirectional signal processing
in reconfigurable magnonic circuits. Using scanning transmission x-ray microscopy (STXM) …

In this work, we present an experimental and micromagnetic simulation study of the mode
transformation of dynamic spin wave well modes in the magnetic stripes. With a highly …

This work analyzes the nucleation and stabilization of torons in cylindrical nanopillars with
bulk DMI and easy-plane anisotropy. A micromagnetic study reveals the dependence of …

Magnetic domain walls (DW) are interesting for several technologies requiring perfect
control of their propagation along a nanostructure. Therefore, it is necessary to better …

Realizing ferromagnetic semiconductors with room Curie temperature $ T\rm_C $ remains a
challenge in spintronics. Inspired by the recent experimental progress on the nanotubes …

Spintronics devices offer a multifunctional platform for manipulating charge and spin,
underpinning advances in non-volatile memory, rapid data processing, low power …

This chapter is devoted to the magnetic properties of nanotubes. The existence of inner
hollows makes the physical properties of magnetic nanotubes significantly different from …