NANOSYSTEMS: PHYSICS, CHEMISTRY, MATHEMATICS, 2012, 3 (1), P. 34–41
BOUND STATES IN BIREFRINGENT CRYSTALS DOPED WITH TWO-LEVEL ATOMS
Mikhail Belonenko – Volgograd institute of business Volgograd, Russia, professor, doctor of physical and mathematical sciences, firstname.lastname@example.org
Alexey Sasov – Volgograd institute of business Volgograd, Russia, docent, candidate of physical and mathematical sciences
Alexey Alpatov – Volgograd institute of business Volgograd, Russia, docent, candidate of physical and mathematical sciences, email@example.com
The dynamics of the interaction of electromagnetic pulses in a medium with impurity two level atoms. Using the kinetic equation for the mean values of pseudospin operators, and decay in the random phase approximation. A numerical study of the conditions of formation of bound states of optical pulses and shows the evolution of the system for different
parameters of the problem. The analogy between the results obtained and the well-known soliton modes.
Keywords: bound states, birefringence, impurity, two-level systems.
UDC 535.5, 539.219.1