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Quantum Electronics

Bistable transmission by a Fabry—Perot interferometer filled by a medium characterised by active and reactive nonlinearities

Sergey M. Zakharov

Published Jan 31, 1994• 2 citations
Publisher

Abstract

A phenomenological approach and the third-order nonlinear optical susceptibility are used in an analysis of the transmission of coherent light through a Fabry—Perot interferometer filled by a medium with active and reactive nonlinearities. The mean-field approximation is used to demonstrate analytically the feasibility of optical bistability. The conditions for appearance of this bistability are discussed.

DOI
10.1070/qe1994v024n01abeh000019

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A phenomenological approach and the third-order nonlinear optical susceptibility are used in an analysis of the transmission of coherent light through a Fabry—Perot interferometer filled by a medium with active and reactive nonlinearities. The mean-field approximation is used to demonstrate analytically the feasibility of optical bistability. The conditions for appearance of this bistability are discussed.
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We present a model calculation of optical bistability and polarisation evolution in optically birefringent media based on the interaction of three waves.Second-order optical nonlinearity (described by the third rank susceptibility tensor) is assumed to be dominant.A bistable light transmission is analysed in terms of standard Fabry-Perot model of feedback, and is a direct consequence of the results obtained for a semi-infinite medium.A second effect considered in the paper is evolution of polarisation state of the waves involved in these processes.We derived a closed formula for intensity-dependent refractive index, which corresponds to that used in the case of third-order nonlinear media.As a result, we calculated both intensity • and Stokes parameters of transmitted light.