Helicity, a natural property of macro-, micro-, and nano-objects, potentially offers a new
dimension to mechanical and electromagnetic applications for creating emerging …

Due to its potential application in magnetic memory, the vortex magnetization configuration
has drawn much attention, which had been found in many magnetic nanostructure. In this …

Magnetic tunnel junctions are nanoscale devices that have recently attracted interest in the
context of frequency multiplexed spintronic neural networks, due to their interesting …

We study dynamics of two magnetostatically coupled magnetic vortices excited by spin-
polarized electrical current in a nanopillar consisting of permalloy magnetic layers with …

Исследована структура и динамика намагниченности в вихревом спин-трансферном
наноосцилляторе, который представляет собой трехслойный спин-вентильный …

We investigate coupled dynamics of two-vortex spin torque nanooscilators using
micromagnetic simulation. Dynamic transformation of the vortex structure leading to …

We present a design of an inductively coupled radio frequency (ICRF) marker for magnetic
resonance (MR)-based positional tracking, enabling the robust increase of tracking signal at …

We report on spin-vortex pair dynamics measured at temperatures low enough to suppress
stochastic core motion, thereby uncovering the highly nonlinear intrinsic dynamics of the …

The structure and magnetization dynamics are investigated in a vortex spin-transfer
nanooscillator, which is a three-layer spin-valve magnetic nanocolumn with a large diameter …

A spin torque nano-oscillator in the form of a three-layer magnetic tunneling junction of small
diameter (120 nm), where the magnetizations in both magnetic layers are in vortex state, is …