Magnetocrystalline anisotropy energy and spin hall current of 1T-VSe2/1H-MoSe2 vdW magnetic weyl semimetal.

We report the magnetocrystalline anisotropy energy (MAE) and spin hall current of 1T-VSe2/1H-MoSe2 van der Waals (vdW) magnetic weyl Semimetal. The metal-semiconductor ferromagnet vdW heterostructure later classified as a magnetic weyl semimetal (mws), shows a MAE value of 0.6meV. With the implementation of Wannier90 code, spin hall current (SHC) of the developed heterobilayer is investigated. The result displays, at Fermi level (1.90350 eV), SHC value is -4.7 ((hbar/e)S/cm). The findings suggest, 1T-VSe2/1H-MoSe2 vdW weyl magnetic semimetal could be a potential candidate for spin-valve and random memory access devices. [ABSTRACT FROM AUTHOR]