Nonlinear Optical Phenomena in Semiconductors and Semiconductor Microstructures
Format:
HardbackDescription
Table of Contents
Introduction - historical review and recent progress; basic concepts of semiconductor optics (bulk materials); two-dimensional semiconductor structures (quantum wells); one-dimensional semiconductor structures, (quantum wires); zero-dimensional semiconductor structures (quantum dots); excitonic optical stark effect; propagation of ultra-short electromagnetic pulses; low-intensity exciton-biexciton optical Stark effect; influence of polariton effects on biexciton state; four-wave mixing in semiconductor structures; quantum beats in semiconductor spectroscopy; phonon-mediated exciton optical Stark effect; optical solitons in semiconductors; optical bistability (OB); collective quasi-stationary electronic phases and their influences on optical properties of semiconductors; photoexcited E-H plasma in semiconductors; semiconductor lasers.
- Postgraduate, Research & Scholarly
- Professional & Vocational
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