We report on the design, growth, and fabrication of InAs/InP quantum dash (QD) gain
materials and their use in lasers for optical network applications. A noise performance …

Diode optical frequency comb lasers are promising compact solutions to generate high-
speed optical pulses for applications in high spectral efficiency wavelength division …

Coherent mode-locking (CML) uses self-induced transparency (SIT) soliton formation to
achieve, in contrast to conventional schemes based on absorption saturation, the pulse …

The determination of timing jitter obtained from optical phase noise measurements is
investigated in InAs/InP quantum dash Fabry–Pérot mode-locked coherent comb lasers with …

Currently existing lasers with passive mode-locking are two-section systems including an
amplifier section and a saturable absorber section. The mechanism of generation of short …

Passively mode-locked semiconductor lasers are promising for a wide variety of chip-scale
high-speed and high-capacity applications. However, the phase noise/timing jitter of such …

We compare the timing jitter of a mode-locked InAs/InP quantum dash (QD) coherent comb
laser (CCL) with and without an external cavity self-injection feedback locking (SIFL) system …

We experimentally compare the dynamics of InAs/GaAs quantum dot lasers under optical
feedback emitting exclusively on ground states (GSs) or excited states (ESs). By varying the …

Mode-locking in a cw narrowband tunable dye laser whose cavity contains absorbing cells
with molecular iodine vapor has been studied experimentally. When the wavelength of …

Feedback-insensitive Quantum Dot (QD) comb lasers hold significant promise for integrated
dense wavelength division multiplexing photonic systems due to their ability to generate …