Single-cavity, dual-comb lasers are those specially designed mode-locked lasers that can
emit more than one, asynchronous ultrashort pulse trains with stable repetition frequency …

We demonstrate a compact tunable and switchable dual-wavelength fiber laser based on
the Lyot filtering effect and the spontaneous radiation peaks of gain fiber. By introducing a …

As a carrier of the information transmission based on the optical signal, the laser
communication is a communication mode by using the laser to transmit information. It is also …

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 proposed a bidirectional high-repetition-rate (HRR) ultrafast fiber ring laser based on the
dissipative four-wave-mixing (DFWM) mode-locked technique. By employing a segment of …

We experimentally demonstrate a thulium–holmium co-doped hybrid mode-locked fiber
laser, which can operate in two modes. One is the switch between stretched pulse and …

Nonreciprocity of traditional filters severely limits their tunability. To tap alternatives, here we
propose hybrid wavelength manipulation with enhanced ambient-thermal-drift adaptability in …

We numerically and experimentally demonstrate the generation of broad bandwidth mode-
locked dual-wavelength pulses with diverse-pattern from a dispersion managed erbium …

Featured Application This work proposes a dual-ring integrated mode-locked laser to
generate a tri-comb for the multi-heterodyne detection technique in the field of laser ranging …

Modern solitons fiber lasers systems sought for imaging, micromachining, metrology,
spectroscopy, and sensing applications, require multifunctional light sources with fully …