In recent years, near‐infrared quantum dots (NIR QDs) have emerged as a promising
candidate for biological imaging owing to their strong fluorescence penetrating into …

In this paper, we present a combined optical and structural study of GaAs-hosted InAs sub-
monolayer QD (SML-QD) vertical multi-stacks. The main feature of this paper is to …

This study reports systematic structural, optical and surface studies on wurtzite CdS, ZnS
and CdS/ZnS quantum dots where the effects of size and shell thickness were analysed …

Excitonic properties of a compound semiconductor from group III-V and group II-VI materials
are studied applying external perturbations. The simultaneous effects of pressure and …

Poisson equation is solved analytically in the case of a point charge placed anywhere in a
spherical core/shell nanostructure, immersed in aqueous or organic solution or embedded …

Under a dielectric continuum approximation, by adopting the transfer matrix method,
interface optical (IO) and surface optical (SO) phonon modes, as well as the Fröhlich …

We present the theoretical consideration of the states of charge carriers in the HgS
quantizing layer of a cylindrical core/layer/shell β-CdS/β-HgS/β-CdS heterostructure in the …

We have quantitatively investigated relative effects of photo-carrier escape mechanism upon
the quenching of photoluminescence with temperature in an ensemble of embedded InAs …

Under dielectric continuum approximation, by adopting the transfer matrix method, interface
optical (IO) phonon modes and the Fröhlich electron–IO-phonon interaction Hamiltonian in a …

Along with many low-dimensional systems different semiconductor spherical core/shell/shell
(quantum dotquantum well) heterostructures have been studied intensively both …