Large Damping-Like Spin–Orbit Torque in a 2D Conductive 1T-TaS<sub>2</sub> Monolayer
Sajid Husain, Xin Chen, Rahul Gupta, Nilamani Behera, Prabhat Kumar, Tomas Edvinsson, Felipe García‐Sánchez, Rimantas Bručas, Sujeet Chaudhary, Biplab Sanyal, Peter Svedlindh, Ankit Kumar
Abstract
/Py heterostructure, and the experimental findings are complemented by the results from density functional theory calculations. It is envisioned that the interplay between interfacial spin-orbit coupling and crystal symmetry yielding large damping-like SOT. The dominance of damping-like torque demonstrated in our study provides a promising path for designing the next-generation conducting TMD-based low-powered quantum memory devices.
Topics & Concepts
Condensed matter physicsMonolayerHeterojunctionSpin (aerodynamics)FerromagnetismTransition metalTorqueMaterials scienceConductivityPhysicsOptoelectronicsNanotechnologyChemistryQuantum mechanicsThermodynamicsCatalysisBiochemistryMagnetic properties of thin films2D Materials and ApplicationsAdvanced Memory and Neural Computing