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Cavity Solitons in One-dimensional Semiconductor Amplifiers: Experiment and Theory Agree

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Abstract

We report on experimental evidence of cavity solitons in driven diode lasers below threshold. We show for the first time in semiconductors that one-peaked structures, generated in arbitrary locations, are spatially uncorrelated, as required for solitons. A microscopic model shows excellent agreement with experimental results.

© 2001 Optical Society of America

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