Mode-locking techniques have played a pivotal role in developing and advancing laser
technology. Stable fiber-cavity configurations can generate trains of pulses spanning from …

Abstract Mid‐infrared (IR) supercontinuum (SC) lasers are important in applications such as
pollution detection, stand‐off detection, and non‐destructive testing. The performance in …

Ultrafast fiber oscillators based on loop mirror saturable absorbers often suffer from a
problematic self-starting mode-locking operation. It is usually necessary to provide an …

Ultrafast all-fiber Yb-doped fiber oscillators are usually associated with all-normal-dispersion
cavities, which operate in a dissipative soliton regime, quintessential for pulsed operation at …

We present the advantages of supercontinuum generation in chiral, therefore circularly
birefringent, all-normal dispersion fibers. Due to the absence of nonlinear power transfer …

Optical rogue waves in fiber systems always arise from soliton fission and supercontinuum
generation, which are of great help to understand natural extreme events as well as to …

The coherent Raman pulse generation based on the noise-like-pulse (NLP) pumped Raman
amplification is numerically investigated in the cases with weak and strong walk-off effects …

The pulse-energy fluctuations of noise-like pulses (NLPs) are investigated by numerical
simulations for modeling the all-normal dispersion Yb-doped fiber lasers. The intracavity …

Extra-cavity synchronous intensity modulation is a straightforward and effective approach to
suppress the full-bandwidth relative intensity noise (RIN) for noise-like pulse (NLP) fiber …

The generation of light in a laser system is constrained by the gain medium, limiting the
available wavelengths. We demonstrate in-fiber generation of ultrafast pulses between∼ …