A unique variability of modern fiber and integrated optics as well as the development of
physics of complex nonlinear optical phenomena and nanophotonics have contributed to …

Fibre lasers are distinct in that their optical train is decoupled from the environment,
especially in the all-fibre format. The attractive side of this decoupling is the simplicity of …

All-fibre mode-locked lasers represent a special class of lasers producing short radiation
pulses and featuring maintenance-free operation, high wall-plug efficiency, and fairly high …

Mode‐locked fibre lasers (MLFL) are widely used in an extensive application field, including
material processing, spectroscopy, two‐photon microscopy, ophthalmology, and may other …

Fiber lasers offer several clear advantages over solid-state systems: compact de-sign,
thermal management, minimal alignment, spatial beam quality and low cost. Consequently …

This book provides a comprehensive review of the latest research on the science,
technology, and applications of mode-locked fiber lasers generating pulse trains with the …

We demonstrate a great variability of single-pulse (with only one pulse/wave-packet
traveling along the cavity) generation regimes in fiber lasers passively mode-locked by non …

The interaction of light pulses in passively mode-locked fiber lasers operating has been
studied. The numerical simulation has been used to demonstrate that a narrow-band …

We identify the spectral gain filtering as a mechanism of multiple pulse formation in a fiber
laser passively mode-locked through nonlinear polarization rotation operating in the normal …

We show experimentally and numerically new transient lasing regime between stable single-
pulse generation and noise-like generation. We characterize qualitatively all three regimes …