Materials with high spin–orbit coupling (SOC) are a prerequisite for the realization of spin–
orbit torque-based magnetic memories. Transition metal dichalcogenides (TMDs) are an apt …

The Weyl semimetal Co 2 MnGa (CMG) has recently attracted significant attention in the field
of condensed matter physics because of its unique topological features along with the …

A spin Hall effect (SHE) enables the electrical generation and detection of spin currents for
promising applications in spintronics, but heavy metals with low spin Hall angle θ SH limit …

Topological insulators with high spin–orbit coupling and helically spin-momentum-locked
topological surface states (TSSs) can serve as efficient spin current generators for modern …

In this report, a detailed study of the influence of growth rate on the structural, magnetic, and
transport properties of Ni81Fe19 (NiFe) thin films of nominal thickness~ 13 nm, deposited at …

CoFeB interfaced with heavy metals is a potential system for spintronic applications. In the
present work, evolution of magnetic and structural properties of CoFeB interfaced with Ta …

Layered transition metal dichalcogenides (TMDs) have shown commendable properties for
spintronic applications. From the device perspective, the structural quality of the TMD as well …

The topological phases such as Dirac/Weyl semimetals are recently observed in Layered
transition metal dichalcogenides (TMDs). The family of materials XTe 2 (with X= Pd, Pt and …

The spin-pum** behavior in the as-deposited and post-deposition annealed (at 400 C) Co
60 Fe 20 B 20/Molybdenum (CoFeB/Mo) heterostructures is investigated. It is found that …

Magnetic tunnel junctions (MTJ) are widely used in spintronics development owing to their
high scalability and minimal power consumption. However, analyzing the electrical and …