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 …

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 problem of control for the quantum statistics of dissipative vortex optical solitons when
using the Raman scheme of spin-flip transitions in an optical fiber doped with narrow …

We have developed a theory of transient secondary emission of a single quantum dot from
the lowest energy states of electron-hole pairs. We consider a process in which laser pulses …

A theory of single-photon interband transitions involving optical phonons in semiconductor
quantum dots (QDs) has been developed. This theory assumes that the electron subsystem …

A unified approach based on the reduced-density-matrix formalism has been used to
develop a theory of intraband energy absorption of probe pulses, induced by pump pulses in …

We have developed a theory of transient resonance luminescence of a single quantum dot
from the lowest energy states of electron-hole pairs. We consider a process in which laser …

We develop a theory of time-resolved pump–probe optical spectroscopy for modelling
interband absorption by an anisotropic semiconductor nanodumbbell. By considering three …

We develop a theory of time-resolved pump–probe optical spectroscopy of intraband
absorption of a probe pulse inside an anisotropic semiconductor nanorod. The absorption is …

We propose a new type of optical spectroscopy of anisotropic semiconductor nanocrystals,
which is based on the welldeveloped stationary pump-probe technique, where the pump …