Semiconductor nanoparticles (NPs) are a class of nanoscopic materials with highly tunable
optical and electronic properties. The electronic density of states of these NPs depends …

We theoretically study how reflection asymmetry affects the neutral exciton diamagnetic
coefficient in self-assembled InGaAs/GaAs semiconductor wobbled quantum rings. The …

In this paper a theoretical study was made of the conditional averages of the magnetization
and magnetic susceptibility of dispersive ensembles of nano-objects with a very complex …

The magnetic-field dependence of the hole states in a nanocup, which is composed of a ring
(the nanocup rim) that surrounds a disk (the nanocup bottom), is obtained within the …

Temperature plays an incredibly important role in determining what values a quantum
mechanical property of a chemical system can assume. The mechanism by which …

The theoretical study of the reflection asymmetry impact on the electron and hole
localizations in self-assembled InGaAs/GaAs semiconductor lateral quantum dot molecules …

The coupling effects on the optical absorption spectrum of semiconductor quantum dots are
studied by using the standard model with valence and conduction band levels coupled to …

A general theoretical description of the physical response of dispersive ensembles of
semiconductor nano-sized objects of complex geometries, material compositions, and …

In this paper we theoretically study the effect of size dispersion on the averaged magnetic
susceptibility of ensembles of asymmetrical InGaAs/GaAs quantum rings. Using our …