Antiferromagnetic materials could represent the future of spintronic applications thanks to
the numerous interesting features they combine: they are robust against perturbation due to …

Artificial spin ice has been recently implemented in two-dimensional arrays of mesoscopic
magnetic wires. We propose a theoretical model of magnetization dynamics in artificial spin …

The interaction between electric currents and the magnetic order parameter in conducting
magnetic micro-and nanostructures has developed into a major subfield in magnetism [1] …

We study how nonlinear delayed-feedback in the Ikeda model can induce solitary impulses,
ie, dissipative solitons. The states are clearly identified in a virtual space-time representation …

We investigate the stability and dynamics of the skyrmion lattice in antiferromagnetic thin
films subjected to fieldlike torques such as, eg, those induced by an electric current in …

We study controllable friction in a system consisting of a dark soliton in a one-dimensional
Bose-Einstein condensate coupled to a noninteracting Fermi gas. The fermions act as …

We theoretically study the dynamics of skyrmion crystals in electrically insulating chiral
magnets subjected to current-induced spin torques by adjacent metallic layers. We develop …

We study the annihilation of topological solitons in the simplest setting: a one-dimensional
ferromagnet with an easy axis. We develop an effective theory of the annihilation process in …

In ferromagnetic metals, the temporal and spatial dependence of the magnetization vector
generates spin-dependent electric and magnetic fields. We study spin and charge transport …

An overview on the current-induced magnetization dynamics in spin-valve nanopillars using
micromagnetic modelling is presented in this paper. We first review briefly the terms of spin …