The buildup dynamics from noise-seeded relaxation oscillation to harmonic mode-locking
(HML) solitons generation have been well investigated in ultrafast fiber lasers. However, the …

We systematically study the stable-, period-N-and multiple-soliton regimes in an Erbium-
doped fiber laser effectively mode-locked by nonlinear polarization rotation technique. In the …

In addition to stable pulse generation, passively mode-locked fiber lasers can easily run into
an unstable regime of multipulse mode-locking. The birth and dynamic behaviors of …

Important ongoing research on mode-locked fiber lasers aims at developing new types of
multisoliton regimes, such as soliton molecules, molecular complexes, or soliton crystals …

Ultrafast transient phenomena are the most important research field in nonlinear systems,
and the mode-locking fiber laser provides an excellent research platform for ultrafast …

Ultra-fast soliton dynamics is one of the most attractive phenomena in the mode-locked fiber
laser. However, the formation and breakup of solitons are difficult to observe, due to the …

In this paper, we experimentally investigate the onset dynamics of harmonic mode-locking
(HML) in a short-cavity all-polarization-maintaining fiber laser using time-stretch …

Ultrafast few-mode fiber lasers have received increasing attention from basic research to
practical applications due to their unique pulse performance and intriguing nonlinear …

We numerically investigate the resembling pulse regimes in mode-locked fiber lasers
through hybrid filtering implemented using super-Gaussian and sinusoidal spectral filters …

Experimental observations of spatiotemporal mode-locked multiple-soliton, including
harmonic mode locking and multiple pulses, in multimode fiber (MMF) lasers are reported …