We have computed the ground and excited state energies and the wave functions of a
spherical quantum dot with finite potential barrier in the presence of magnetic field. The …

The hydrostatic pressure influence on the binding energy and on the optical properties
(linear and third nonlinear) associated to the 1 s− 1 p intersubband transition of single …

The current work describes in detail the effect of polarization charges on the electronic
properties of core/shell spherical quantum dots (CSQDs) structures composed of CdTe/ZnTe …

The pressure and temperature effects on the optical responses involving the 1 s-1p 1 s-1 p
intersubband transition of an exciton in a spherical quantum dot are investigated …

We calculate the Stark effect and the polarisability of shallow-donor impurity located in the
centre of lens shaped quantum dot by a variational method and in the effective-mass …

Simultaneous influences of temperature and lateral hydrostatic pressure combined to axial
asymmetric confinement potential and size effects on the behavior of the exciton in 0D …

The control of single dopant or “solitary dopant” in semiconductors constitute a challenge to
achieve new range of tunable optoelectronic devices. Knowing that the properties of doped …

This work is based on a recent theoretical study of how the hydrostatic pressure and
core/shell sizes affect the optical properties associated with the transition from the ground …

This theoretical study is devoted to the effects of pressure and temperature on the
optoelectronic properties assigned to the first lowest transition of the (D+, X) excitonic …

Simultaneous effects of electric, magnetic, and non-resonant intense laser field on the
nonlinear optical properties of a GaAs quantum well with an anharmonic confinement …