The use of magnetic insulators is attracting a lot of interest due to the rich variety of spin-
dependent phenomena with potential applications for spintronic devices. Here, we report …

We report on a study of the structural, magnetic, and superconducting properties of Nb (25
nm)/Gd (df)/Nb (25 nm) hybrid structures of a superconductor/ferromagnet (S/F) type. The …

Interlayer antiferromagnetic coupling rare-earth/transition-metal bilayer ferrimagnet systems
have attracted much attention because they present different unusual temperature-and field …

The changes in the magnetizations of Ni 50 Mn 36 Sn 14 Heusler alloy (L 21-NiMnSn-HA)
with an antiferromagnetic interfacial exchange coupling have been investigated by using the …

Devices with tunable magnetic noncollinearity are important components of
superconducting electronics and spintronics, but they typically require epitaxial integration of …

Rare-earth (RE)/transition metal (TM) ferromagnetic heterostructures with competing
interfacial coupling and Zeeman energy provide a rich ground to study different phase states …

Antiferromagnetic coupling between rare-earth and transition metal ferromagnetic layers
gives rise to various magnetic ground states in heterostructures of these materials. Interface …

Existence of 2 π-planar domain walls (DWs) are often reported for transition metal-rare-earth
(TM/RE) layered systems. The magnetization process of such two-dimensional randomly …

Magnetic properties of layered structures based on transition and rare-earth metals (TMs
and REMs) such as Fe and Gd have attracted attention of researchers since 1990s. These …

The magnetocaloric effect in nanosystems based on exchange-coupled ferromagnets with
different Curie temperatures is calculated within the mean-field theory. Good agreement …