We study the process of controlling the states of a magnetic memory cell by a pulsed
magnetic field. The magnetization dynamics of such a system is described by the Landau …

The dynamics of the response to the action of a short Gaussian pulse of the magnetic field of
the total magnetic moment of two antiferromagnetically ordered nanoparticles, coupled by …

We investigate the switching of a magnetic nanoparticle comprising the middle free layer of
a memory cell based on a double magnetic tunnel junction under the combined effect of spin …

The responses of the magnetic moment of an isolated nanoparticle having a uniaxial
anisotropy and the magnetic moment of a planar lattice made of such nanoparticles to a …

Applications of magnetic memory devices greatly benefit from ultra-fast, low-power
switching. In this paper, we propose a method for how this can be achieved efficiently in a …

The response of the magnetic moment of a magnetically uniaxial nanoparticle and a planar
array of such nanoparticles to a short Gaussian magnetic field pulse is studied in the …

The dynamics of magnetization reversal of a nanoparticle with cubic magnetic anisotropy by
a short Gaussian pulse of a magnetic field has been studied. It has been shown that the …

We have performed numerical simulations to evaluate responses of the magnetic moments
of a single nanoparticle possessing uniaxial anisotropy and a planar nanoparticle lattice to …

We analytically solve the Landau-Lifshitz equations for the collective magnetization
dynamics in a synthetic antiferromagnet (SAF) nanoparticle and uncover a regime of barrier …

The dynamics of magnetization reversal of a nanocell composed of two magnetouniaxial
nanoparticles by a short Gaussian magnetic-field pulse is investigated. This dipole-coupled …