We study the electronic and optical properties of a heterostructure based on Manning-like
double quantum wells under the impact of an n-doped layer inserted in two different …

Within the framework of effective mass theory, we investigate the effects of spin–orbit
interaction (SOI) and Zeeman splitting on the electronic properties of an electron confined in …

In the present work, some optical properties related to intersubband transitions in finite depth
asymmetric hyperbolic-type quantum wells are theoretically investigated. The use of a …

Wide bandgap semiconductors such as Zinc Oxide (ZnO) have earned much attention on
account of its interesting optical and electrical properties. Also, doping ZnO with suitable …

In this work, we have investigated theoretically the impact of intense laser, electric and
magnetic fields on the linear and nonlinear optical properties of a quantum well …

The optical absorption coefficients (OACs), refractive index changes (RICs), and electronic
states in konwent-like quantum well under the effects of silicon impurities were studied …

The binding energy of an off-center hydrogen-like impurity in an ultra-wide band gap β-
Ga2O3/(Al x Ga1− x) 2O3 core/shell nanostructure is studied using a variational method …

In this paper, we theoretically investigated the influence of externally applied fields such as
high-frequency non-resonant intense laser fields, static electric and magnetic fields, as well …

We investigate the energy states of confined electrons in doped quantum structures with
Razavy-like confining potentials. The theoretical investigation is performed within the …

In this work, we have performed a numerical calculation to obtain the lowest three electron
subband energy levels and their density of probabilities in a n-doped heterostructure …