We have calculated Coulomb, exchange and configuration-average ionization energies for
the ground and excited configurations in helium atom confined by a spherical cavity of finite …

In this work, we theoretically calculated the intraband absorption coefficient (IAC) between
the 1 s and 1 p conduction band states for a spherical core/shell/shell quantum dot (CSS …

In this study, the effect of magnetic field on electronic spectra and optical properties of
spherical quantum dot (QD) and quantum anti-dot (QAD) are investigated. The energies and …

In the present study, the electronic structure of neutral He and Li atoms confined at the
center of an impenetrable spherical cavity of varying radius has been investigated. Average …

In this work the intradopant transition energy (IDTE) and the normalized intradopant
transition energy (NIDTE) of GaAs quantum dot (QD) have been minutely explored. The QD …

The first-order relativistic effects such as relativistic correction to the kinetic energy, spin-orbit
interaction and one-and two-body Darwin terms for the ground and excited states of …

We report the results of the normalized transition energies between 1s and 1p states in a
spherical quantum dot with radius R at temperatures T= 0 and T= 300K. Using the …

We have theoretically modeled the “giant” colloidal core–shell quantum dot with strain
adapting alloyed interfacial layer between core and shell materials for optoelectronic …

Absorption cross section of triple barrier double quantum well structure is analytically
computed with Pöschl-Teller potential geometry considering the intraband transition from …

In this study, we investigate the effect of magnetic field on energy states at the quantum dot
and the quantum anti-dot Based on the finite difference method numerical calculations show …