Self-induced transmission on a free exciton resonance in a semiconductor
Physical review letters, 1998•APS
We observe coherent long-distance propagation of an optical pulse in resonance with the
free exciton at high light intensities in an optically thick semiconductor. The experiments
show pulse reshaping, pulse breakup, and a high degree of transmission. Microscopic
calculations using the semiconductor Maxwell-Bloch equations yield good agreement with
the experimental data.
free exciton at high light intensities in an optically thick semiconductor. The experiments
show pulse reshaping, pulse breakup, and a high degree of transmission. Microscopic
calculations using the semiconductor Maxwell-Bloch equations yield good agreement with
the experimental data.
Abstract
We observe coherent long-distance propagation of an optical pulse in resonance with the free exciton at high light intensities in an optically thick semiconductor. The experiments show pulse reshaping, pulse breakup, and a high degree of transmission. Microscopic calculations using the semiconductor Maxwell-Bloch equations yield good agreement with the experimental data.
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