Generating a stable oscillating frequency is the main purpose of any oscillator. We
investigate operating points of the optically injected semiconductor laser where inherent …

In this paper we investigate the temporal and spectral properties of monolithic colliding
pulse mode-locked (CPM) quantum-well lasers. A large-signal model for the CPM laser is …

A monolithically integrated mode-locked semiconductor laser is proposed. The compound
ring cavity is composed of a colliding pulse mode-locking (ML) subcavity and a passive …

Large spectral broadening has been observed in an actively mode-locked semiconductor
laser tuned for minimum average pulsewidth. Numerical simulations show that the spectral …

We demonstrate an optically pumped passively mode-locked external-cavity semiconductor
laser generating 4.7-ps pulses at 957 nm with as much as 2.1 W of average output power …

Compact and efficient sources of high repetition rate, high peak power ultrashort optical
pulses are needed to replace the standard ultrashort optical pulse generation schemes due …

Miniature, fibre tailed and packaged, wavelength tunable actively mode locked
semiconductor lasers have been developed for use as sources of∼ 20 ps transform limited …

Semiconductor lasers with broad tunability of the pulse repetition rate in the range of MHz to
GHz are very useful for non-linear imaging techniques, especially in the bio-medical field. In …

Optical pulses of 200 fs with 165 W of peak power have been generated from an AlGaAs
semiconductor diode-laser system. These pulses represent, to our knowledge, both the …

Short optical pulses are generated by actively mode locking semiconductor lasers in an
external ring cavity with a very broad tuning range from 795 to 857 nm. The wide tunability is …