The presence of topological band crossings near the Fermi energy is essential for the
realization of large anomalous transport properties in the materials. The topological …

Disordered materials often exhibit complex magnetic and electrical transport properties at
low temperatures. Investigation of such phenomena is of current interest and is being …

Topologically protected nontrivial spin structures attract significant interest in condensed
matter physics for their utilization in low‐power‐consumption spintronics devices, memory …

Here we report on a comprehensive investigation of transverse magnetothermoelectric
properties of the equiatomic quaternary Heusler alloys CrRu X Ge (X= Co and Mn) …

Skyrmions are localized swirling noncoplanar spin textures offering a promising revolution in
future spintronic applications. These topologically nontrivial spin textures lead to an …

Heusler compounds are intermetallic alloys that are capable of a wide range of unique
properties such as magnetocaloric, thermoelectric, and magnetic-shape-memory effects …

The intrinsic anomalous Hall effect in ferromagnetic materials depends on the spin–orbit-
coupling-induced effect in the electronic structure. The presence of anomalous Hall effect …

In this study, we have established a careful analysis on the effect of Pt substitution at Ni sites
on the electronic structure and magnetic properties of the Ni2MnGa system in both cubic and …

The premartensite state of Ni–Mn–Ga magnetic shape memory alloy, sometimes called the
martensite precursor state, was studied by careful and detailed measurement of the …