Ultrafast Raman fiber laser has been proved to be an effective method to obtain ultrafast
optical pulses at special wavelength. Yet, compared with conventional rare-earth doped …

We provide a perspective review over the recent development of short-pulsed Raman fiber
lasers (RFLs), which can provide laser emissions with flexible wavelengths for a variety of …

Ultrafast Raman fiber lasers are wavelength‐agile light sources for various scientific and
medical applications. Pulse pumping is an efficient way to generate a high power ultrafast …

This work analyses application particulars of noise-like pulses used as pulsed pump
radiation for lasers (including Raman lasers) and amplifiers. The absence of a phase …

A dual Tm 3+-doped silica microsphere-tapered optical fiber (TDSM-TOF) structure was
proposed to excite 2 μm whispering gallery mode (WGM) laser generation and amplification …

The performance of Raman fiber laser and amplifier largely depends on the temporal
stability of the pump sources. Here the relative intensity noise of three different sources are …

This paper discusses a unified theoretical approach to model the spectral and temporal
properties of various quasi-continuous-wave (quasi-CW) fiber lasers. The unified spectral …

We present experimental and simulation results on the dissipative soliton energy
quantization effect in the negative dispersion regime of an all-fiber Er-doped ring laser. A …

We comprehensively study the effects of temporal and spectral optimization on single-mode
Raman fiber amplifiers. Amplified spontaneous emission sources and ytterbium-doped fiber …

Abstract From Er 3+/Tm 3+ co-doped tellurite glass microspheres, simultaneous laser
oscillation at 1.9 μm, and green and red fluorescence emissions with three photons …