Analysis of dynamics and intensity noise of semiconductor lasers under strong optical feedback
S Abdulrhmann, M Ahmed, T Okamoto… - CONFERENCE …, 2003 - books.google.com
CONFERENCE SERIES-INSTITUTE OF PHYSICS, 2003•books.google.com
We report on a new theoretical approach to investigate dynamics and intensity noise of
Semiconductor lasers subjected to strong optical feedback. The influence of intrinsic
fluctuations in the intensity and optical phase of the lasing field on the laser dynamics were
taken into account. The laser operates in pulsation under strong feedback, and the
associated intensity noise attains levels as low as the quantum noise at high injection levels.
Semiconductor lasers subjected to strong optical feedback. The influence of intrinsic
fluctuations in the intensity and optical phase of the lasing field on the laser dynamics were
taken into account. The laser operates in pulsation under strong feedback, and the
associated intensity noise attains levels as low as the quantum noise at high injection levels.
Abstract
We report on a new theoretical approach to investigate dynamics and intensity noise of Semiconductor lasers subjected to strong optical feedback. The influence of intrinsic fluctuations in the intensity and optical phase of the lasing field on the laser dynamics were taken into account. The laser operates in pulsation under strong feedback, and the associated intensity noise attains levels as low as the quantum noise at high injection levels.
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