This review addresses the method of explicit calculations of interatomic exchange
interactions of magnetic materials. This involves exchange mechanisms normally referred to …

Chains of magnetic atoms with either strong spin-orbit coupling or spiral magnetic order
which are proximity-coupled to superconducting substrates can host topologically non-trivial …

Magnetic skyrmions are prime candidates for the next generation of spintronic devices.
Skyrmions and other topological magnetic structures are known to be stabilized by the …

One-dimensional systems comprising s-wave superconductivity with meticulously tuned
magnetism realize topological superconductors hosting Majorana modes whose stability is …

We present results of first-principles calculations of the magnetic properties of Fe chains
deposited on the Re (0001) surface. By increasing the length of the chain, a transition is …

Structurally similar transition metal systems can have widely differing magnetic properties. A
prime example of this is found for bilayers on Ir (111), where the Pd/Fe/Ir (111) ground state …

We show for a simple noncollinear configuration of the atomistic spins (in particular, where
one spin is rotated by a finite angle in a ferromagnetic background) that the pairwise energy …

To develop new devices based on synthetic ferrimagnetic heterostructures, understanding
the material's physical properties is pivotal. Here, the induced magnetic moment (IMM) …

A method with which to calculate the Gilbert dam** parameter from a real-space electronic
structure method is reported here. The anisotropy of the Gilbert dam** with respect to the …

A combined approach using first-principles calculations and spin dynamics simulations is
applied to study Ni/Ir n/Pt (111)(n= 0, 1, 2) films. The lowest-energy states are predicted to be …