By micromagnetic simulation, we investigated the dynamic of magnetic vortex driven by spin-
polarized current in Permalloy nanodisks in the presence of interfacial/superficial …

The spin-transfer torque (STT) effect provides a new method of manipulating the
magnetization in nano-scale objects. According to the STT effect, a bias dc current traversing …

The spin-torque induced magnetization precession dynamics are studied in a spin-valve
with a tilted spin polarizer. Macrospin simulations demonstrate that the frequency of …

We theoretically investigate the influence of the field-like spin torque term on the oscillation
characteristics of spin transfer oscillators, which are based on MgO magnetic tunnel …

The effect of the Dzyaloshinskii–Moriya interaction (DMI) on magnetic vortex gyration is
investigated systematically through micromagnetic simulations. Our results show that the …

Theoretical conditions to excite self-oscillation in a spin torque oscillator consisting of a
perpendicularly magnetized free layer and an in-plane magnetized pinned layer are …

We report a theoretical study of the magnetic phases of core-shell nanocylinders, consisting
of a Py cylindrical core, dipolar coupled to a coaxial Fe cylindrical shell. A few nanometers …

We investigate the frequency of thermally excited vortex oscillations in Co-Fe-B magnetic
tunnel junction (MTJ) pillars in the presence of defects. Under a variable in-plane magnetic …

Vortex dynamics within arrays of square ferromagnetic nanoelements have been studied by
time-resolved scanning Kerr microscopy (TRSKM), while x-ray photoemission electron …

We experimentally study the temperature dependence of the spin-transfer-torque-induced
microwave oscillations in MgO-based magnetic tunnel junction nanopillars with a …