In a harmonically mode-locked laser multiple optical pulses propagate inside the laser
cavity. The noise in different pulses inside the laser cavity is in general correlated …

A quantum theory for the noise of optical pulses in actively mode-locked lasers is presented.
In the presence of phase modulation and/or group velocity dispersion, the linear operator …

To the knowledge of the authors, the first amplitude moduation (AM) and phase modulation
(PM) noise measurements out to Nyquist frequency offsets for an external cavity …

We report, what is to our knowledge, the lowest-noise pulsetrain produced to date with an
actively mode-locked external-cavity semiconductor diode laser. Operating characteristics at …

Passively mode-locked (PML) semiconductor lasers are compact photonic sources
delivering a train of picosecond short optical pulses for optical clock distribution, high bit-rate …

We report residual phase-noise measurements of both actively mode-locked fiber and
semiconductor lasers using sinusoidal mode-locking frequencies between 500 MHz and 5 …

Summary from only given. We show the major influence that the laser resonator has on the
phase noise, and hence timing jitter, and for similar cavity Q show the connection of the …

In this paper, we discuss pulse dynamics in harmonically mode-locked semiconductor lasers
and present the conditions necessary for stability. In a laser mode-locked at the N th …

Modelocked semiconductor and fiber lasers have been shown to operate with very low
noise levels making them suitable as sources of sampling pulses for applications in analog …

This research project was aimed at generating a train of ultralow noise optical pulses from a
semiconductor diode laser for applications in optical sampling. Typical optical sampling …