Recent works have shown that the magnetization of Tb/Co multilayers can be switched all-
optically by a single ultrashort laser pulse. Surprisingly, the same process cannot be …

Ferrimagnetic materials composed of rare earth (RE) and transition metals (TM) are of great
interest for spintronic devices due to their tunable net moments and magnetic transport …

Ni 4 Nb 2 O 9 displays magnetization reversal, a particular behavior in which magnetization
opposes an applied magnetic field. Previous studies have shown that this is caused by the …

High-quality rare-earth iron garnet (ReIG) Tb 3 Fe 5 O 12 (TbIG) thin films are epitaxially
grown on a series of (111)-oriented garnet substrates with various lattice constants. The …

The experimental discovery of the suppression effect of the non-collinear phase in strong
magnetic fields near the compensation point in ferrimagnetic structures was made. The …

Magnetic domain wall (DW) propagation in nanowires is an important problem whose
applications require stable high speeds that are very difficult to achieve with ferromagnets …

Femtosecond laser excitation heats a ferrimagnetic iron garnet across the compensation
temperature and decreases the magnetizations of the constituting Fe 3+ sublattices. Here …

Ferrimagnets possess collinear and noncollinear magnetic phases. Here we identify a
crucial influence of the magnetic phase on the excited spin modes. The spin dynamics is …

Ni 4 Nb 2 O 9 is an insulating compensated ferrimagnet with TN= 77 K and T comp= 33 K.
We report here the study of the magnetic anisotropy using millimeter-size crystals grown in …

Dzyaloshinskii domain walls in chiral ferrimagnets, with a violation of spatial inversion
symmetry due to Dzyaloshinskii–Moriya interaction, are studied theoretically. The dynamics …