The control of the spin degree of freedom is at the heart of spintronics, which can potentially
be achieved by spin-orbit coupling or band topological effects. In this paper, we explore …

We present a theoretical and experimental study of the interplay between spin-orbit coupling
(SOC), Coulomb interaction, and motion of conduction electrons in a magnetized two …

Abstract The Hermitian Hamiltonian of a spin one-half particle with spin–orbit coupling
(SOC) confined to a surface that is embedded in a three-dimensional space spanned by a …

Abstract The Schrödinger Hamiltonian of a spin-less particle as well as the Pauli
Hamiltonian with spin–orbit coupling included of a spin one-half particle in electromagnetic …

Electrons that are transported through chiral structures favor a certain alignment of spin and
momentum. After its discovery over a decade ago, this chirality-induced spin selectivity …

Planar systems with a general linear spin-orbit interaction (SOI) that can be cast in the form
of a non-Abelian pure gauge field are investigated using the language of non-Abelian …

Inclusion of spin-dependent interactions in graphene in the vicinity of the Dirac points can be
posed in terms of non-Abelian gauge potentials. Such gauge potentials being surrogates of …

We present several results based upon non-trivial extensions of Landau-Fermi liquid theory.
First proposed in the mid-20th century, the Fermi liquid approach assumes an adiabatic …

For nearly a century, the Stoner model has dominated research in itinerant ferromagnetism,
yet recent work on ultracold, optically trapped Fermi gases suggests that phase separation …

We present a theoretical and experimental study of the interplay between spin-orbit coupling
(SOC), Coulomb interaction and motion of conduction electrons in a magnetized two …