A wide variety of laser applications, that often require radiation with specific characteristics,
and relative flexibility of laser configurations offer a prospect of designing systems with the …

We examine spectral properties of radiation in the pulsed fiber lasers using the
semiconductor optical amplifier (SOA) as the gain medium. The complex light dynamics that …

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 …

A novel practical method for electronic triggering of essentially different pulsed regimes in
fiber cavity lasers is introduced. The method relies on electronic control of complementary …

We present theoretically an AM mode-locked laser that can generate various kinds of optical
pulses. By employing a non-perturbative master equation in the frequency domain, we show …

In this work, we discovered the possibility of greatly relaxing requirements to the speed and
dynamic range of pump power variation and, thus, of reducing synchronous pumping of …

The path-averaged model is applied to described soliton characteristics in the anomalous
cavity dispersion fiber laser with semiconductor optical amplifier. It is shown that, by off …

A novel, programmable, mode-locked fiber laser design is presented and numerically
demonstrated. The laser programmability is enabled by an intracavity optical phase-only …

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 …

Reported is an experimental study of a new approach to laser synthesis of arbitrary optical
waveforms with nanosecond resolution. This approach relies on combination of a fast …