Studying the chaotic dynamics of semiconductor lasers is of great importance for their
applications in random bit generation and secure communication. While considerable effort …

We report on the manipulation of extreme events (EEs) in a slave spin-polarized vertical-
cavity surface-emitting laser (spin-VCSEL) subject to chaotic optical injection from a master …

We demonstrate the successful prediction of the continuous intensity time series and
reproduction of the underlying dynamical behaviors for a chaotic semiconductor laser by …

Chaotic waveforms with Gaussian distributions are significant for laser-chaos-based
applications such as random number generation. By exploring the injection parameter …

Extreme events (EEs) are rare and unexpected events that emerge in many natural systems
and are the object of intensive studies. Here, we experimentally investigate the evolution of …

In laser self-mixing interferometry displacement measurement, noise interference has a
significant impact on the measurement results. To improve measurement accuracy, this …

Extreme events (EEs) are rare and unpredictable, as have been observed in nature. Up to
now, manipulating EEs has remained a challenge. Here, we experimentally observe the …

Extreme events (EEs) are predicted for the first time, to the best of our knowledge, in the
chaotic dynamics of a free-running spin-polarized vertical-cavity surface-emitting laser (spin …

We demonstrate for the first time that optical rogue waves (RWs) can be generated using a
chaotic semiconductor laser with energy redistribution. Chaotic dynamics are numerically …

An improved synchronization approach is proposed, designed and proved by employing
SMC technique and wavelet Hopfield neural networks. Firstly, a novel memristive celluar …