In this work, we investigate the influence of the internal electric field induced by the
polarization inside the active region of the pin photodiode on the characteristics of InN/In x …

The effect of a lateral external electric field F on an exciton ground state in an InAs disc-
shaped quantum dot has been studied using a variational method within the effective mass …

Recently, the new tunable optoelectronic devices associated to the inclusion of the single
dopant are in continuous emergence. Combined to other effects such as magnetic field …

Excitons in inhomogenous quantum nanospheres have been theoretically studied within the
effective mass approximation. An infinite deep potential has been used to describe the …

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 …

The effect of an applied external electric field on the binding energy of a donor impurity
confined in a core/shell quantum dot is investigated taking into account the polarisation, self …

Magnetic field and host dielectric environment effects on the binding energy of an exciton
trapped by an ionized donor in spherical quantum dot are investigated. In the framework of …

We have studied the effect of hydrostatic pressure on the confined exciton in a spherical
core–shell quantum dot. Using a simple variational approach under the framework of …

We study the effects of intense THz laser field on the ground-state binding energy of heavy
hole excitons confined in GaAs spherical quantum dots. The calculation is performed using …

In the present work, we have investigated the influence of the axial electric field on an
electron-donor atom confined in a GaAs wedge-shaped quantum dot. To this end, we used …