In a combined numerical and experimental study, we demonstrate that current pulses of
different polarity can reversibly and controllably displace a magnetic domain wall (DW) in …

The nanoscale spin structure of head-to-head domain walls in mesoscopic ferromagnetic
rings has been studied by high-resolution nonintrusive photoemission electron microscopy …

The exchange-bias effects in the mosaic epitaxial bilayers of the itinerant ferromagnet (FM)
SrRuO3 and the antiferromagnetic (AFM) charge-ordered La0. 3Sr0. 7FeO3 were …

Many bottom-up and top-down techniques for nanomaterial and nanostructure generation
have enabled the development of applications in nanoelectronics and nanophotonics …

Ferromagnetic metal rings of nanometre range widths and thicknesses exhibit fundamentally
new spin states, switching behaviour and spin dynamics, which can be precisely controlled …

It is shown that magnetic quantum states characterized by a toroidal moment of the same
order of magnitude as the routinely measured molecular magnetization can arise in …

Magnetic pinning in thin films seems to be a major research subject in the near future, as it is
involved in all switching processes which include a movement of a domain wall or a …

We analyze the equilibrium micromagnetic domain wall structures encountered in Permalloy
strips of a wide range of thicknesses and widths, with strip widths up to several micrometers …

The dynamic magnetic properties of two-dimensional periodic Co antidot arrays were
studied by X-band ferromagnetic resonance. The experimental results on geometrically …

Quasi‐1D nanochains of spherical magnetic ferrite particles with a homogeneous particle
size of≈ 200 nm and a micrometer‐sized chain length are fabricated via a self‐assembly …