Atomically-thin 2D materials have opened up new opportunities in the past decade in
realizing novel electronic device concepts, owing to their unusual electronic properties. The …

In systems without inversion, symmetry spin–orbit interactions couple the charge–current
and spin-polarization degrees of freedom. This review gives a brief summary of the origins of …

Methylammonium lead iodide perovskite (MAPbI3) exhibits long charge carrier lifetimes that
are linked to its high efficiency in solar cells. Yet, the mechanisms governing these unusual …

We propose a spin-field-effect transistor based on spin-orbit coupling of both the Rashba
and the Dresselhaus types. Different from earlier proposals, spin transport through our …

We study the linear response spin Hall conductivity of a two-dimensional electron gas
(2DEG) in the presence of the Rashba spin-orbit interaction in the diffusive transport regime …

We report on a general theory for analyzing quantum transport through devices in the metal-
QD-metal configuration where QD is a quantum dot or the device-scattering region which …

We define the anisotropic Rabi model as the generalization of the spin-boson Rabi model:
The Hamiltonian system breaks the parity symmetry; the rotating and counterrotating …

Surface states, that show a k-dependent splitting resulting from spin–orbit coupling, show
wide similarities to a two-dimensional electron gas in semiconductor heterostructures, where …

We use microscopic linear response theory to derive a set of equations that provide a
complete description of coupled spin and charge diffusive transport in a two-dimensional …

Abstract The Rashba Hamiltonian describes the splitting of the conduction band as a result
of spin-orbit coupling in the presence of an asymmetric confinement potential and is …