Randomness is far from a disturbing disorder in nature. Rather, it underlies many processes
and functions. Randomness can be used to improve the efficacy of development and of …

Mankind has long been fascinated by emergence in complex systems. With the rapidly
accumulating big data in almost every branch of science, engineering, and society, a golden …

Recently, a large negative longitudinal (parallel to the magnetic field) magnetoresistance
was observed in Weyl and Dirac semimetals. It is believed to be related to the chiral …

We evaluate the (ɛ, τ) entropy of chaotic laser outputs generated by an optically injected
semiconductor laser for physical random number generation. The vertical resolution ɛ and …

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

Chaotic dynamics with spectral broadening is experimentally obtained by selective
excitation of residual side modes in a distributed-feedback (DFB) laser. For the single-mode …

Chaotic emission of a semiconductor laser is investigated through propagation over a fiber
for achieving broadening of the bandwidth and suppression of the time-delay signature …

This study investigates high-entropy chaos generation using a semiconductor laser subject
to intensity-modulated optical injection for certified physical random number generation …

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

This study analyzes entropy of broadband chaos excited in a semiconductor laser subject to
intensity-modulated optical injection for random number generation with guaranteed …