Various striking nonlinear evolution dynamics have been observed in mode-locked fiber
lasers owing to the high peak power of the solitons. Herein, we numerically demonstrate the …

We study highly chirped analytical solutions of the cubic-quintic Ginzburg-Landau equation
with the gain saturation. Based on the analysis, we propose the analytical method of …

We demonstrate the possibility of the accurate direct laser synthesis of high-energy arbitrary
optical waveforms by the programmable driving of partial cavity dumping in a specific …

We propose the new, to the best of our knowledge, distributed mathematical model of
dissipative soliton evolution in ultra-long fiber lasers. The model is based on a modified …

Featured Application An online measurement method with a measurement cell to estimate
internal parameters (small-signal gain coefficient, internal optical losses, the saturation …

We propose the mathematical model of quasi-distributed gain in fiber laser systems with
cavity dumping. Particularly, we consider in detail the case of a small number of periodic …

Simple mathematical models have been unable to predict the conditions leading to
instabilities in a tunable ring laser. Here we propose a nonlinear iterative map model for …

A new nonlinear model is proposed for tuneable lasers. Using the generalized nonlinear
Schrödinger equation as a starting point, expressions for the transformations undergone by …

Волоконные лазеры широко используют активные усиливающие среды с целью
получения устойчивой импульсной генерации. В данной работе была предложена …

Fiber lasers intensively use the active medium to compensate for the cavity losses in order to
achieve stable pulse generation. Here we propose the experimental scheme to measure the …