We carry out a detailed variational calculation of the binding energies of hydrogenic
impurities in a cubic quantum box as a function of both the impurity position and an applied …

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 …

The effect of an electric field on the ground state energy of an exciton bound to an ionized
donor (D+, X) was studied in CdSe spherical quantum dots where quantum confinement is …

We investigate the tunnel effect influence on the intersubband optical absorption and
refraction in a gallium arsenide quantum well wire in transverse electric field. The quasi …

We have calculated the effect of a transverse electric field on the ground and the first few
excited states of the electrons confined in a quantum wire and used these results to examine …

The lateral Stark shift of an exciton confined in a single ZnO quantum thin disk of radius R
was calculated using a variational approach within the two bands effective mass …

We consider a Stark Hamiltonian on a two-dimensional bounded domain with Dirichlet
boundary conditions. In the strong electric field limit we derive, under certain local convexity …

We have calculated the effect of a transverse electric field on the ground and the first few
excited states of the electrons confined in a cubical quantum box and used these results to …

The influences of strong lateral homogeneous electric field on single-particle states and on
interband optical transitions in quantized nanocylindrical layer are studied theoretically. How …

Herein, a meticulous inspection of the tuning of a few important physical properties of
quantum dots (QDs), arising out of the subtle interplay between Gaussian white noise …