We report on the electronic properties of few interacting electrons confined in a parabolic
quantum dot based on a theoretical approach developed to investigate the influence of …

In this paper, we examine the effect of introducing a conical disclination on the thermal and
optical properties of a two dimensional GaAs quantum dot in the presence of a uniform and …

Spin-orbit effects in single-electron states in laterally coupled quantum dots in the presence
of a perpendicular magnetic field are studied by exact numerical diagonalization …

We study electron states confined in two-dimensional circular quantum rings in the presence
of spin-orbit coupling due to both structure and crystal inversion asymmetry in the external …

The effect of Rashba spin–orbit interaction on the electronic, thermodynamic, magnetic and
transport properties of a one-electron Gaussian quantum dot is investigated in the presence …

We examine the effect of non-equilibrium processes modeled by the introduction of a
generalized Boltzmann factor on the thermal and magnetic properties of an array of two …

We present a quantitative theoretical analysis of electron, hole, and exciton g tensors of
vertically coupled InAs/GaAs quantum dot pairs in external electric and magnetic fields. For …

We report results of calculations of the effect of spin-orbit interaction on electron spin
relaxation in a lateral quantum dot. Our study is motivated by puzzling results of high source …

The dynamics of entanglement of a two-qubit system coupled through anisotropic XYZ
Heisenberg interaction is considered. We study the system in presence of a time-varying …

We develop path-integral Monte Carlo simulations for a parabolic two-dimensional (2D)
quantum dot containing N interacting electrons in the presence of Dresselhaus and/or …