Ultrashort Pulse Generation By Intracavity Spectral Shaping And Phase Compensation Of External-Cavity Modelocked Semiconductor Lasers
Intracavity spectral shaping and external chirp compensation techniques were employed to generate nearly transform-limited optical pulses with a temporal duration of 250 fs from an external-cavity modelocked semiconductor laser. It was also demonstrated that intracavity spectral shaping techniques can be used for artificially tailoring the chirp of the output pulses.
IEEE Journal of Quantum Electronics
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Gee, S.; Alphonse, Gerard A.; and Connolly, John C., "Ultrashort Pulse Generation By Intracavity Spectral Shaping And Phase Compensation Of External-Cavity Modelocked Semiconductor Lasers" (2000). Scopus Export 2000s. 789.