Timing-jitter measurements in optically generated subpicosecond pulses by a quantum-
dash passively mode-locked semiconductor laser as a function of the bias current are …

We report excellent noise performance of an external-cavity actively mode-locked laser
based on quantum-dot gain medium. Optical pulse trains with less than 7.5 fs residual timing …

Bandwidth-limited pulses (16 ps duration, Δ t Δ ν= 0.36) are obtained from an actively mode-
locked GaAlAs CW diode laser. Replacing the 380 MHz sinewave modulation by …

The buildup of pulses in a passively mode‐locked monolithic semiconductor laser is
investigated experimentally and theoretically. A simple model, based on competition …

We report the generation of optical pulse trains with 8.5 fs timing jitter (10 Hz to 10 MHz) from
a mode-locked semiconductor laser, with a slab coupled optical waveguide amplifier used …

We present work on design of monolithic mode-locked semiconductor lasers with focus on
the gain medium. The use of highly inverted quantum wells in a low-loss waveguide enables …

We report on the generation of stable passively mode-locked pulses at 1.55-mum
wavelength from high-power electrically pumped, large transverse mode semiconductor …

The authors show that using a phaselocked loop, stable optical pulses can be generated
from a monolithic, passively modelocked semiconductor laser. A phase noise of− 100 …

High-power picosecond pulses with very low timing jitter have been produced by monolithic
passively mode-locked quantum-dot lasers. 17 GHz trains of 1.3 ps near-Gaussian pulses …

We report femtosecond pulses from a passive C-band two-section AlGaInAs/InP mode-
locked laser with a monolithically integrated passive waveguide made by quantum well …