An intense terahertz laser field is shown to actively manipulate the electronic states, as well
as the linear and nonlinear optical absorption coefficients, of the laterally-coupled quantum …

The evolution of eigenstates and related optical absorption (sum of linear and nonlinear
contributions) of a singly ionized double donor (D 2+) confined in InAs/GaAs (quantum-well …

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 …

The nonlinear optical rectification of a quantum dot molecule immersed in a uniform
magnetic field was investigated using the Born–Markov master equation in the Lindblad …

We study systems of two and three electrons confined to circular rings. The electrons are
considered spinless, and we assume that one electron occupies a single ring. We use the …

A systematic study of the thermal properties of an artificial molecule formed by a single
electron embedded in two laterally coupled quantum rings under external probes: magnetic …

We theoretically investigate the properties of an electron energy spectrum in a double GaAs-
Al0. 3Ga0. 7As quantum ring by using the effective mass and adiabatic approximations …

In the current work, we study the intense laser pulse influences on the behaviors of the first
excitonic transition in a core/shell quantum dot submitted to an electric field. Therefore, the …

In this work, we analyze and compare the optical properties of spherical A: CdSe–ZnS–
CdSe and B: ZnS-CdSe-ZnS core–shell–shell quantum dots (CSQDs). Under the framework …