Fiber-optic communication systems are nowadays facing serious challenges due to the fast
growing demand on capacity from various new applications and services. It is now well …

The concept of random lasers exploiting multiple scattering of photons in an amplifying
disordered medium in order to generate coherent light without a traditional laser resonator …

The concept of random lasers making use of multiple scattering in amplifying disordered
media to generate coherent light has attracted a great deal of attention in recent years. Here …

Current optical fibre transmission systems rely on modulation, coding and multiplexing
techniques that were originally developed for linear communication channels. However …

We scrutinize the concept of integrable nonlinear communication channels, resurrecting and
extending the idea of eigenvalue communications in a novel context of nonsoliton coherent …

Random fiber laser (RFL) utilizing stimulated Raman scattering and distributed random
Rayleigh backscattering in fiber as optical gain and feedback mechanisms, respectively, has …

In this study, the authors present an experimental and theoretical description of the use of
first order Raman amplification to improve the performance of a Phase-sensitive optical time …

We present a detailed analytical self-consistent theory based on wave kinetic equations that
describes generation spectrum and output power of a Raman fiber laser (RFL). It is shown …

We demonstrate lasing based on a random distributed feedback due to the Raman amplified
Rayleigh backscattering in different types of cavities with and without conventional point …

Modern high-power lasers exhibit a rich diversity of nonlinear dynamics, often featuring
nontrivial co-existence of linear dispersive waves and coherent structures. While the …