We review recent progress on Bose–Einstein condensation (BEC) of semiconductor
excitons. The first part deals with theory, the second part with experiments. This Review is …

We explore attractive dipolar interaction in indirect excitons (IXs). For one layer of IXs in a
single pair of coupled quantum wells (CQWs), the out-of-plane IX electric dipoles lead to …

We present a calculation of exciton states in semiconductor coupled quantum wells in the
presence of electric and magneticfields applied perpendicular to the QW plane. The exciton …

With atomic systems, optically programmed trapping potentials have led to remarkable
progress in quantum optics and quantum information science. Programmable trapping …

We present the direct measurements of magnetoexciton transport. Excitons give the
opportunity to realize the high magnetic-field regime for composite bosons with magnetic …

We report on the two-beam study of indirect excitons in the inner ring in the exciton emission
pattern. One laser beam generates the inner ring and a second weaker beam is positioned …

We present spatially and spectrally resolved photoluminescence measurements of indirect
excitons in high magnetic fields. Long indirect exciton lifetimes give the opportunity to …

It is shown that the homogeneous state of the spatially separated electrons and holes in
coupled quantum wells (CQW) is instable if the layer charge density is smaller than the …

Semiconductors have proven themselves to be an excellent platform for both the
development of new technologies and the study of fundamental physics. Various …

We investigate an ensemble of excitons in a coupled quantum well excited via an applied
laser field. Using an effective disordered quantum Ising model, we perform a numerical …