Quantum dots (QDs) are semiconducting nanocrystals that exhibit size-and composition-
dependent optical and electronic properties. Recently, Cu-based II–VI ternary Cu x Cd1–x S …

The theory of excitonic quasimolecules (biexcitons)(formed of spatially separated electrons
and holes) in a nanosystem that consists of semiconductor quantum dots synthesized in a …

The chapter includes results of study of metal matrix composites with tron radiation (BESSY
II, Berlin) for identification of non-agglomerated nanodiamonds. Composites were produced …

Recent advances of solid-state technology made it possible to produce a
nanoheterostructures (NHS), where acting as lattice points are spherical dielectric or …

Knowing excitonic and biexcitonic properties of low-dimensional semiconductors systems is
extremely important for the discovery of new physical effects and for the development of …

In review, deals with the theory of exciton Quasimolecules in a Nano heterostructures. It has
been found that the formation of a exciton Quasimolecules in a Nano heterostructures made …

It is shown that in the potential energy of an exciton of spatially separated electrons and
holes (hole moves in the amount of quantum dots (QDs), and the electron is localized on a …

The theory of excitonic quasimolecules (formed of spatially separated electrons and holes)
in nanosystems that consist of semiconductor quantum dots synthesized in a borosilicate …