Ordered arrays of Co x Ni 1− x nanowires (0< x< 1) were fabricated by a template-assisted
method using electrodeposition into anodic aluminum oxide membranes. Tuning of the Co …

The comprehension of the magnetic configuration in FeCoCu nanowires with a diameter-
modulated cylindrical geometry will allow controlling the domain wall motion in this low …

Increasing demand for large capacity data storage can only be fulfilled by hard disk drives
(HDDs) and to some extent by solid-state drives (SSDs). However, HDDs are favorable in …

While conventional microelectronic integrated circuits based on electron charges approach
the theoretical limitations in foreseeable future, next-generation nonvolatile logic units based …

Two pairs of symmetric, notched, pinning sites on iron and cobalt nanowires, of various
thicknesses, have been investigated using micromagnetic simulations to optimize the …

This work delineates a comprehensive investigation of the static and kinetic depinning of a
domain wall in a notched ferromagnetic nanostrip. More precisely, we consider a 180 Bloch …

We demonstrate that for multilayered magnetic nanowires, where the thickness and
composition of the individual layers have been carefully chosen, domain walls can be …

Focused‐electron‐beam‐induced deposition (FEBID) is employed to create freestanding
magnetic nanostructures. By growing Fe nanopillars on top of a perpendicular magnetic …

We present the results of micromagnetic modeling and experimental investigations of field-
driven domain wall pinning-depinning effects in a planar system consisting of a …

Abstract Controlling Vortex Domain wall (VDW) dynamics and stability in a stepped
nanowire with in-plane magnetic anisotropy was investigated by using micromagnetic …