Optical manipulation of magnetization with femtosecond laser pulses has opened a new
paradigm shift in magnetization and spin dynamics. Since the very first demonstration of …

Abstract The Heisenberg–Dirac intra-atomic exchange coupling is responsible for the
formation of the atomic spin moment and thus the strongest interaction in magnetism …

Magnetostriction, the strain induced by a change in magnetization, is a universal effect in
magnetic materials. Owing to the difficulty in unraveling its microscopic origin, it has been …

Gadolinium is a nearly ideal soft-magnetic material. However, one cannot take advantage of
its properties at temperatures higher than the room temperature where Gd loses the …

We employ the locally self-consistent Green's function technique and exact muffin-tin orbital
method to investigate magnetic state and ground state properties of Invar Fe 65 Ni 35 alloy …

By calculating the spectral density of states in the ferromagnetic ground state and in the high
temperature paramagnetic phase we provide the first concise study of finite temperature …

Pure hydride of the α-UH 3 type without any β-UH 3 admixture was prepared by high-
pressure hydrogenation of bcc U stabilized by Zr. Such material, characterized by a general …

Thermal lattice expansion of the Invar Fe 0.65 Ni 0.35 alloy is investigated in first-principles
calculations using the spin-wave method, which is generalized here for the ferromagnetic …

We present a methodology based on deformations of the unit cell that allows to compute the
isotropic magnetoelastic constants, isotropic magnetostrictive coefficients and spontaneous …

According to earlier first-principles calculations, the spin-disorder contribution to the
resistivity of rare-earth metals in the paramagnetic state is strongly underestimated if …