Models for Passively Mode-Locked Fiber Lasers

In this paper we demonstrated the generation of high average power (185 mW) andhigh energy (21 nJ) picosecond pulsesin thenet normal dispersion cavity based on

Misfit parameter to a sinc shape at the output of the laser (red circles) and peak nonlinear phase shift (blue squares) versus filter bandwidth B for a flat-top spectral pulse

The aim of this paper is to fully characterize the mode- locking regime of the laser, not only versus the orientation of the phase plates, but also against the pump power and the

Liu, Mechanism of multisoliton formation and soliton energy quantization in passively mode-locked fiber laser,

In summary, we have reported an intricate soliton state in a figure-of-eight double-clad mode- locked fiber laser strongly pumped in such a way that a very large number of

In summary, we have obtained in the figure-of-eight double-clad fiber laser a variety of soliton patterns and states that were previously observed in double-clad fiber lasers

The scaling-up of the optical power delivered by fiber lasers has allowed the realization of passively mode-locked fiber lasers with still increasing pulse energy

Reconsidering the experimental observations, which show a small modulation in the optical spectrum together with several peaks in the autocorrelation trace, suggests that there are