This paper reviews experimental investigations of the route to chaos of a semiconductor
laser subjected to optical feedback from a distant reflector. When the laser is biased close to …

We propose and experimentally demonstrate a novel multi-channel chaos generation
scheme, which can simultaneously produce multiple chaotic signals with wideband …

A large number of studies have been carried out to understand the nonlinear dynamics of
nanolasers, yet there is a lack of comprehensive consideration on the optimization of chaotic …

An external-cavity semiconductor laser (ECSL) outputs high-dimensional chaos, which has
potential for various applications, but the unwanted time-delay signature (TDS) might …

Optical feedback in a semiconductor laser was recently used for photonic microwave square-
wave generation by invoking quasiperiodicity for repeated switching between a stable stage …

The statistical properties of chaotic signals generated from semiconductor lasers are
important in different applications such as secure communications and random bit …

Intermittent dynamics switching on the route to chaos in a discrete-mode laser with long time-
delayed feedback is experimentally and numerically studied by analyzing the time series …

We report on the global dynamics of a free-running vertical-cavity surface-emitting laser
(VCSEL) with misalignment between the linear phase and amplitude anisotropies due to the …

Chaotic dynamics of semiconductor lasers under optical feedback are useful for random bit
generation (RBG). By exploring on an ultra-long feedback loop, a single-mode laser in a …

We demonstrate a nanometric sensor based on feedback interferometry in a distributed
feedback (DFB) laser by using a measurement of either the optical frequency or laser …