Extremely high-repetition-rate (over 100 GHz) optical pulse generation is possible with
mode-locked semiconductor laser diodes (MLLDs) where the saturable absorber (SA) …

The generation of high peak power femtosecond pulses from an all semiconductor laser
system is demonstrated. The system is based on a passively modelocked two-section laser …

Fiber-coupled semiconductor lasers have been studied when pumped by high-power short
electrical pulses of 5 ns width and leading front duration below 1 ns. In this pumping regime …

We have experimentally studied the mode-locking dynamics of a polarization-maintaining
figure-of-eight laser which has a semiconductor optical amplifier as gain medium. Self …

Development of a source of single-frequency, gigabit-rate optical pulses which is compatible
with integrated optics would be a promising step toward the next generation of optical fiber …

Volume 42, number 4 OPTICS COMMUNICATIONS 15 July 1982 HIGHLY EFFICIENT
WIDELY TUNABLE SUBPICOSECOND DOUBLE MODE-LOCKED LASER Za Page 1 …

Demonstrates the 5.0 nm wavelength conversion of a modelocked optical pulse train by
cavity-enhanced high nondegenerate four-wave mixing in a 1.53 mu m injection-locked bulk …

Ultraviolet optical pulses were generated by actively mode locking an external cavity InGaN
laser at a wavelength of 409 nm with a temporal pulse duration of 30 ps. The average power …

A compact semiconductor mode-locked laser (MLL) is presented that demonstrates strong
passive Q-switched mode-locking over a wide range of drive conditions. The Q-switched …

The authors report the first demonstration of an optically pumped passively modelocked
surface-emitting semiconductor laser operating in the 1.5 μm region. The modelocked laser …