The bound state solutions to the radial Schrödinger equation are obtained in three-
dimensional space using the series expansion method within the framework of a general …

In the present paper, we have performed a theoretical investigation of the influence of the
Kratzer potential on the nonlinear optical rectification coefficient and the second harmonic …

In this study, linear, nonlinear and total optical absorption coefficients related a single
shallow donor atom confined in semiconductor core/shell/shell quantum dot heterostructure …

In this study, the electronic and optical properties of single or core/shell quantum dots, which
are formed depending on the parameters in the selected Konwent potential, are …

In this paper, we have researched the electronic and optical properties of cylindrical
quantum dot structures by selecting four different hyperbolic-type potentials in the axial …

Hydrogen-like donor impurity states in strongly oblate ellipsoidal quantum dot have been
studied. The hydrogen-like donor impurity states are investigated within the framework of …

The effect of the hydrostatic pressure on diamagnetic susceptibility of on-center hydrogenic
donor impurity in G a 1− x 1 A lx 1 A s/G a A s/G a 1− x 2 A lx 2 A s core/shell/shell structure …

This article discusses specific quantum transitions in a few-particle hole gas, localized in a
strongly oblate lens-shaped quantum dot. Based on the adiabatic method, the possibility of …

Recently the interest in chalcopyrite semiconductor nanostructures has increased because
of their non-toxicity and their wide direct bandgap. Likewise, structures with non-trivial …

By using the numerical discretization method within the effective-mass approximation, we
have theoretically investigated the exciton-related Raman scattering, interband absorption …