We show that electron–hole correlation can be used to tune interband and intraband optical
transition rates in semiconductor nanostructures with at least one weakly confined direction …

Controlling the strength of enantioselective interaction of chiral inorganic nanoparticles with
circularly polarized light is an intrinsically interesting subject of contemporary …

The ability to induce optical activity in nanoparticles and dynamically control its strength is of
great practical importance due to potential applications in various areas, including …

Optical methods, which allow the determination of the dominant channels of energy and
phase relaxation, are the most universal techniques for the investigation of semiconductor …

Nonspherical semiconductor nanocrystals (NCs) may exhibit strongly anisotropic
photoluminescence due to the intraband transitions, whose matrix elements depend …

The coherent coupling of quantum dots is a sensitive indicator of the energy and phase
relaxation processes taking place in the nanostructure components. We formulate a theory …

In recent years there have been active developments of spectroscopic methods for analysis
of light absorption by individual nanocrystals. Here we provide a solid theoretical …

A theoretical investigation of electronic properties of self-assembled InAs/InP quantum dots
(QDs) is presented, utilizing a novel two-step modeling approach derived from a double …

We have developed a theory of a transient intraband light absorption by semiconductor
quantum dots. This absorption plays an important role in the two-pulse pump-probe method …

The influence of an ultrathin GaP (or GaAs) sublayer on the nonradiative intraband
relaxation in InAs/InGaAsP/InP quantum dots (QDs) is investigated. It is found that, based on …