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 …

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 report the experimental observation of the transformation process from a stationary
soliton to a pulsating soliton in a mode-locked fiber laser. The detailed soliton dynamics …

We report on the first observation, to the best of our knowledge, of soliton explosions in an
ultrafast fiber laser mode-locked by nonlinear polarization evolution. The soliton explosion is …

We experimentally studied the transition dynamics between consecutive multi-pulsing
states, specifically the build-up and annihilation of soliton pulses between a double pulsing …

In this paper, we demonstrated a series of short-living mode-locking (ML) states (each
lasting a few to a hundred microseconds) that happened before a fiber laser reached a …

State-of-the-art ultrafast mid-IR fiber lasers deliver optical solitons with durations of several
hundred femtoseconds. The Er-or Ho-doped fluoride gain fibers generally used in these …

Rapid progress in multi-state pulse generation spreads a new concept of multiplexed fiber
laser. The investigations of laser designing and nonlinear soliton dynamics accelerate the …

We demonstrate the coexisting dynamics of loosely bound solitons and noise-like pulses
(NLPs) in a passively mode-locked fiber laser with net-normal dispersion. The total pulse …

Various dissipative soliton solutions exist in the parameter space of mode-locked fiber
lasers, including both coherent and incoherent pulses. Novel ultrafast laser designs can …