Spintronics is a growing research field that focuses on exploring materials and devices that
take advantage of the electron's “spin” to go beyond charge based devices. The most …

Long vertical pillars, with a width of the order of nanometers and with perpendicular shape
anisotropy (PSA), have high thermal stability. The advantage of using longer pillars is that …

The authors developed the electrodeposition technique for CoPt thin films applicable to 3-D
domain wall motion memory (3D-DWMM). CoPt films with perpendicular magnetic …

A vertical ferromagnetic (FM) nanopillar can be used as magnetic memory owing to
characteristics such as its high storage capacity and high thermal stability. The …

To enhance thermal stability while keeping low driven current is difficult in traditional domain
wall (DW) motion devices. The increasing of energy barrier for thermal stability inevitably …

This study investigated the influence of the preparation conditions on the Co composition,
crystal structure, and magnetic and electric conduction properties of cylindrical Co x Pt 1-x …

Ferromagnetic pillars standing on a substrate hold promise for use in recording segments of
multibit nonvolatile memories. These pillars exhibit high thermal stability in their …

We have simulated the magnetization dynamics under implementing spin-transfer torque
(STT) and spin-orbit torque (SOT) simultaneously, which is regarded as the writing process …

We propose a new pillar type of multi-level memory with Tb x Co 100− x/Cu/[Co/Pt] 2
heterostructures to achieve high storage density and controllable domain wall position in …

In a vertical domain wall motion memory with artificial ferromagnets, magnetization switching
induced by spinorbit torque (SOT) is employed for the data-writing method. This data-writing …