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 …

We use a many-body, atomistic empirical pseudopotential approach to predict the multi-
exciton emission spectrum of a lens-shaped InAs/GaAs self-assembled quantum dot. We …

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 review our recent work on multiexciton complexes in InAs self-assembled quantum dots
using a combination of effective mass, k⋅ p⁠, and atomistic sp 3 s∗ d 5 tight-binding …

We perform a detailed theoretical study of the characteristic internal electronic structure of
various multiexcitons (N h, N e), where N h is number of holes and N e is the number of …

Biexciton states in realistic quantum dots are investigated theoretically. The few‐particle
interactions are shown to depend sensitively on the structural, ie geometrical and chemical …

A theoretical study is presented for excitons in coupled self-assembled InGaAs quantum
dots. We have proposed a model of an isolated single quantum dot based on the …

Exciton and biexciton states in realistic quantum dots are investigated theoretically. The few‐
particle interactions are shown to depend sensitively on the structural properties of the dots …

Exciton-biexciton coherent coupling effects are examined in semiconductor quantum dots.
The exciton absorption spectrum is measured with the microphotoluminescence excitation …

Multiexciton complexes in In x Ga 1− x A s/G a A s quantum dots in the weak-confinement
regime have been investigated by photoluminescence spectroscopy at T= 2 K. The lateral …