Interband excitations of an ensemble of InAs self-assembled quantum dots have been
directly observed in transmission experiments. The dots are embedded in a field-effect …

We study the effect of free carriers on photoluminescence from modulation-doped self-
assembled quantum dots. Exact diagonalization studies of up to N= 8 electrons and a single …

We study size quantization effects in InAs self-assembled quantum dots (QDs) that are
embedded in GaAs. Using capacitance, photoluminescence and photovoltage …

The emission spectrum of self-assembled InGaAs/GaAs quantum dots filled with up to 10
excitions is measured in magnetic fields up to 13 Tesla. The spectrum shows a number of …

The electronic states of a parabolic quantum dot in a magnetic field are studied with the
inclusion of the spin-orbit interaction. The analytical formulae for the ground state energy of …

The steady state and dynamic properties of semiconductor self-assembled island structures
made from III-V materials are studied by photoluminescence and time-resolved …

A simple model based on the effective-mass method and treating a quantum dot as a small
irregularity of the periodic crystal field is developed and used for the description of the …

The intraband and interband optical probes of elementary excitations in quantum dots
containing electrons or excitons are discussed. The ground state properties and charge and …

Theory of optical properties of etched and self-assembled quantum dots containing
electrons or excitons is reviewed. Optical processes such as infrared absorption …