The manipulation of a magnetic domain wall (DW) by a spin polarized current in
ferromagnetic nanowires has attracted tremendous interest during the last years due to …

The propagation of magnetic domain walls induced by spin-polarized currents,,,, has
launched new concepts for memory and logic devices,,. A wave of studies focusing on …

The recently discovered spin Seebeck effect refers to a spin current induced by a
temperature gradient in a ferromagnetic material. It combines spin degrees of freedom with …

The motion of magnetic domain walls induced by spin-polarized current has considerable
potential for use in magnetic memory and logic devices. Key to the success of these devices …

The dynamics of emergent magnetic quasiparticles, such as vortices, domain walls and
bubbles are studied by scanning transmission X-ray microscopy (STXM), combining …

Magnetic relaxation is one of the dominating features of magnetization dynamics.
Depending on the magnetic structure and the experimental approach, different magnitudes …

The interaction between electric currents and the magnetic order parameter in conducting
magnetic micro-and nanostructures has developed into a major subfield in magnetism [1] …

Magnetic sensing and logic devices based on the motion of magnetic domain walls rely on
the precise and deterministic control of the position and the velocity of individual magnetic …

Domain wall (DW) pinning in ferromagnetic nanowires is in general a complex process.
Distortions<? format?> of the DW shape make quantitative agreement between modeling …

Current driven motions of domain walls in ferromagnetic, cylindrical nanowires are
investigated by solving the Landau-Lifshitz-Gilbert equation including the adiabatic and …