The optically excited system of electronic excitations in semiconductor nanostructures is
analyzed theoretically. A many-body theory based on an equation-of-motion approach for …

This invaluable textbook presents the basic elements needed to understand and research
into semiconductor physics. It deals with elementary excitations in bulk and low-dimensional …

We present a review of optical properties of semiconductors capable of supporting excitons,
that is, electron–hole pairs that form states bound by their mutual screened Coulomb …

Optical spectroscopy of resonant reflection has been used for both experimental and
theoretical studies of the exciton-light interaction in wide, high-quality quantum-well …

In the recent literature, aspects of exciton-radiation interaction in multilayers have been
discussed from the viewpoint of microscopic nonlocal optical response. This renewed …

We propose schemes for calculation of optical functions of a semiconductor with Rydberg
excitons for a wide interval of dimensions. We have started with a zero-dimensional structure …

We theoretically study the optical properties of a gas of ultracold, coherently dressed three-
level atoms in a Mott insulator phase of an optical lattice. The vacuum state, the band …

A theory for the reflection of light by molecular crystals is described, which reproduces the
minimum within the reflection band that is observed experimentally. The minimum in …

We have studied the magneto-Stark effect of exciton states with large wave vectors,
significantly exceeding the wave vector of light. This magneto-Stark effect can be called …

The occurrence of non‐Lorentzian lineshapes is analyzed for a variety of nanooptical
semiconductor systems such as quantum wells and quantum dots. Their origin is traced …