The study of inclusions is of significance to the development of advanced materials for
aerospace, marine, automotive and many other applications. This is because the presence …

We report on a multiband microscopic theory of many-exciton complexes in self-assembled
quantum dots. The single particle states are obtained by three methods: single-band …

Abstract Growing an InxGa1− xN/GaN (InGaN/GaN) multi‐quantum well (MQW)
heterostructure in nanowire (NW) form is expected to overcome limitations inherent in light …

We present atomistic tight-binding theory of electronic structure and optical properties of
InAs/GaAs self-assembled quantum dots. The tight-binding model includes zincblende …

We investigate the role of stress arising between core and shell materials in colloidal
CdSe/X hetero-nanoplatelets (X= ZnS, CdS, CdTe). The resulting strain distribution is …

We report a large g factor tunability of a single hole spin in an InGaAs quantum dot via an
electric field. The magnetic field lies in the in-plane direction x, the direction required for a …

Abstract The optical exciton Aharonov-Bohm effect—ie, an oscillatory component in the
energy of optically active (bright) states—is investigated in nanorings. It is shown that a small …

We study the role of impurity scattering on the photoluminescence (PL) emission of
polarized magnetoexcitons. We consider systems where both the electron and hole are …

Quantum dots (QDs) are tiny dimensionally confined (typically semiconductor) objects where
quantum effects become obvious, for example, energy spectra become discrete (see Fig. 1) …

The role of interfaces and higher bands on the electronic structure of embedded
semiconductor quantum dots (QDs) was investigated. The term in the multiband k· p …