Spin conductivity in two-dimensional Heisenberg model on Lieb lattice under magnetic field and spin-orbit interactions

Researchers have investigated spin conductivity within a two-dimensional Heisenberg model situated on a Lieb lattice. This study specifically examined the influence of an external magnetic field and spin-orbit interactions on the material's spin transport properties. The findings contribute to a deeper understanding of how these physical parameters affect the behavior of spins in specialized lattice structures.

Understanding spin conductivity in such models is crucial for developing next-generation spintronic devices that utilize electron spin rather than charge.