Iron (Fe) is the most important ferromagnetic element, not only for its high magnetic moment
and high Curie temperature but for its abundance as well. Fe-based magnetic materials are …

Alloying stands out as a pivotal technological method employed across various compounds,
be they metallic, magnetic, or semiconducting, serving to fine-tune their properties to meet …

In this work, high throughput DFT calculations are performed on the alkali metal-based half
Heusler alloys; LiY p Y 1− p′ S (Y, Y′= V, Cr, Mn, Fe, Co, Ni and p= 0, 0.25, 0.5, 0.75, 1) …

Magnetic units with large magnetic anisotropy energy (MAE) and high Curie temperature (T
c) are crucial for spintronic and quantum computing devices, which are a persisting demand …

Alloying stands out as a pivotal technological method employed across various compounds,
be they metallic, magnetic, or semiconducting, serving to fine-tune their properties to meet …

We have probed directly the temperature and magnetic field dependence of pinned
uncompensated magnetization at the interface of antiferromagnetic FeF 2 with Cu, using FeF …

Kagome magnets were predicted to be a good platform to investigate correlated topology
band structure, Chern quantum phase, and geometrical frustration since their unique lattice …

Tetragonal CuMnAs was the first antiferromagnet where reorientation of the Néel vector was
reported to occur by an inverse spin galvanic effect. A complicating factor in the formation of …

Metallic antiferromagnets have recently been investigated as a new candidate for future
magnetic memory devices because of their potential for faster spin dynamics, the possibility …

The recent discovery of the anomalous Hall effect (AHE) in antiferromagnetic (AFM)
materials has stimulated the intense exploration of this phenomenon which may be useful …