Abstract Domain walls (DWs) in magnetic nanowires are promising candidates for a variety
of applications including Boolean/unconventional logic, memories, in-memory computing as …

In the future, DW memory will replace conventional storage memories with high storage
capacity and fast read/write speeds. The only failure in DW memory arises from DW thermal …

A vortex domain wall's (VW) magnetic racetrack memory's high performance depends on
VW structural stability, high speed, low power consumption and high storage density. In this …

Ca Fe 2 O 4 is an S= 5/2 antiferromagnet exhibiting two magnetic orders that shows regions
of coexistence at some temperatures. Using a Green's function formalism, we model neutron …

Polycrystalline permalloy 2D nanotraps with a thickness of 20 nm were studied using a
Lorentz microscope associated with micro-magnetic simulations. Each trap was designed to …

A 2D polycrystalline permalloy domain wall trap nanostructure with a thickness of 20 nm was
studied. The structure was alternatively designed and patterned using QCAD/L-Edit software …

Various domain wall traps were designed, patterned and exploited by means of Lorentz
microscopy and magnetic simulation. Those structures consist of two straight nanowires and …

Magnetic domain walls created and propagated in curved permalloy nanowires under
continuous and pulsed fields in a Lorentz microscope. Using such nanowires aims to create …

Herein, vortex domain wall (VDW) with anticlockwise chirality (AVDW) and clockwise vortex
domain wall (CVDW) with tail‐to‐tail magnetization configuration is studied using …

Future high density data storage also desires fast read/write and low power capability. One
of the candidates for meeting the demand is current-driven domain wall motion memory …