Nonlinear Interactions in Acousto-optic Diffusive Semiconductor Plasma - Ghosh, Sanjay K.;Nimje, Nilesh
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The basic concepts leading to some of the hot carrier driven steady-state and transient second and third-order nonlinear optical processes such as parametric interaction, amplitude modulation demodulation, frequency modulation and stimulated Brillouin scattering in diffusive semiconductors and their applications to parametric oscillator, amplifier and phenomena like optical communication and phase conjugation in presence of magnetostatic field is discussed in detail. These nonlinear processes in diffusive semiconductors are described with emphasis on the physical reason for their occurrence.

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Produktbeschreibung
The basic concepts leading to some of the hot carrier driven steady-state and transient second and third-order nonlinear optical processes such as parametric interaction, amplitude modulation demodulation, frequency modulation and stimulated Brillouin scattering in diffusive semiconductors and their applications to parametric oscillator, amplifier and phenomena like optical communication and phase conjugation in presence of magnetostatic field is discussed in detail. These nonlinear processes in diffusive semiconductors are described with emphasis on the physical reason for their occurrence.
Autorenporträt
¿Sanjay K. Ghosh, Ph.D.: Professor and Head at Vikram University, working on nonlinear optics and semiconductor plasma, teaching PG classes for last 32 years, 145 research papers and 3 books in his credit, supervised 18 Ph.Ds. and 17 M.Phil. theses.¿Nilesh Nimje, Ph.D.: 6 research papers published in internationally reputed journals.