The present work focuses on the theoretical calculations of the ground-state binding energy
of a shallow impurity, the impurity-related photoionization cross-section (PICS), and impurity …

Within the effective-mass approximation and by using a variational approach, we introduce a
theoretical study of the binding energy, the optical absorption coefficients, and refractive …

In this work, we have studied the electronic states with and without a donor impurity
positioned on the first rectangular-shaped surface (θ= 0°) of the new variant quantum dot …

We present a more general form of the Schrödinger equation in curved space by introducing
the magnetic fields. Further, we solve the non-relativistic wave equation with the radial …

In this paper, we first obtain an analytic relation for studying the position-dependent effective
mass in a GaAs/AlxGa1− xAs cubic quantum dot. Then, the effect of position-dependent …

The effects of position-dependent effective mass on the absorption coefficients (ACs) of
spherical quantum dot (QD) and quantum antidot (QAD) have been investigated. We show …

In this paper, the effects of an external electric field on the energy transitions and optical
absorption lineshape in step and parabolic GaAs quantum wells are theoretically …

We study in this paper the direct interband transitions in quantum pseudodot system under
the influence of an external magnetic field. We obtain the analytical expressions for the light …

We investigate the influence of a screw dislocation on the energy levels and the
wavefunctions of an electron confined in a two-dimensional pseudoharmonic quantum dot …

The work presents the effects of hydrostatic pressure and temperature on the electronic
spectra as well as on the optical responses of parabolically shaped asymmetric triple …