We study harmonically trapped one-dimensional atoms subjected to an equal combination
of Rashba and Dresselhaus spin–orbit coupling induced by Raman transition. We first …

The coupling between the spin degrees of freedom and the orbital angular momentum has a
profound effect on the properties of nuclei, atoms, and condensed-matter systems. Recently …

Ultracold atomic gases provide a novel platform with which to study spin–orbit coupling, a
mechanism that plays a central role in the nuclear shell model, atomic fine structure and two …

We propose an all-electrically controlled nanodevice—a gated semiconductor nanowire—
capable of generating a coherent state of a single electron trapped in a harmonic oscillator …

We compute single-particle energy spectra for a one-body Hamiltonian consisting of a two-
dimensional deformed harmonic oscillator potential, the Rashba spin–orbit coupling and the …

A system of bosons in a two-dimensional harmonic trap in the presence of Rashba-type spin-
orbit coupling is investigated. An analytic treatment of the ground state of a single atom in …

Diabolical points, which originate from parameter-dependent accidental degeneracies of a
system's energy levels, have played a fundamental role in the discovery of the Berry phase …

We consider quantum scattering of particles in media exhibiting strong dispersion
degeneracy. In particular, we study flat-banded lattices and linearly dispersed energy bands …

Building a universal quantum computer is a central goal of emerging quantum technologies,
which has the potential to revolutionize science and technology. Unfortunately, this future …

We investigated the ground-state properties of a two-dimensional Fermi superfluid with an
anisotropic spin-orbit coupling (SOC) using the path-integral field theoretical method. Within …