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Quantum Electronics and Laser Science Conference

Amplitude-Squeezed Light by Injection-Locking of Quantum Well Lasers

Huazhen Wang, MJ Freeman, Duncan G. Steel, Ronald A. Craig, Don R. Scifres

Published May 2, 1993• 1 citation
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Amplitude-squeezed light has been generated by semiconductor quantum well lasers in numerous optical configurations, at both room and cryogenic temperatures. Various intensity noise sources associated with nonideal laser operation, in particular mode partition and polarization-dependent noise, can introduce intensity fluctuations that limit or remove amplitude squeezing. We discuss amplitude noise reduction in low-temperature free-running and injection-locking laser configurations and room-temperature injection locking and external-cavity laser configurations. Drive-current modulation with a nonclassical SNR improvement is achieved with an injection-locked laser.