Linear and nonlinear optical properties in colloidal CdSe/CdS core/shell quantum dots with
different sizes have been theoretically investigated in the framework of effective mass …

Image sensing has entered a new era with advancements in quantum mechanics. The
infrared (IR) absorbers are the heart of this new era of image sensing. Within the IR spectra …

The linear and non-linear optical absorption coefficients of a D 2+ artificial molecule
confined in GaAs nano-scaled rings under a threading magnetic field were calculated. The …

In this study, the effects of anisotropy and quantum dot size on energy levels and nonlinear
optical rectification of a D 2+ molecular complex confined to a two-dimensional quantum dot …

We present a systematic study of the optical absorption coefficient (OAC) and refractive
index change (RIC) for a symmetric semiconductor nanostructure. We derived the OAC and …

In this paper, we study theoretically the electron and spectral properties of Ge 1− x Sn x
systems, including alloys, cubic-and spherical quantum dots. The single-particle electron …

The nonlinearity of semiconductor quantum dots under the condition of low light levels has
many important applications. In this study, linear absorption, self-Kerr nonlinearity, fifth-order …

In this work, the influence of an external electric field on the electronic structure and
intersubband transitions of a singly ionized double-donor system in a GaAs quantum ring …

In this work, the electronic structure and intersubband transitions of a singly ionized double-
donor system in a GaAs quantum ring defined by a Gaussian-type potentials are …

The electro-optical properties, ie, the optical response in the presence of a static electric field
of a D 2+ molecular complex (two charge centers interacting with a conduction band …