Abstract

Transverse effects in optical systems have been intensively studied in last years/1,2/. But it is rather difficult to analyze resonator diffraction effects and especially to take into account the influence of space inhomogeneities on laser generation in the framework of standard approach. However one can solve this problems in a mathematically sound way using the self-adjoint extension theory. The extension theory technique provides almost analytically describing of different physical processes (see /3,4/ for details and examples). This technique was used in /5/ for chaotic behavior studies of quantum systems.

© 1992 Optical Society of America