Chaotic laser is considered as a novel signal source and extensively applied in the areas of
secure communication, random number generation, optical sensing. This review article …

Self-chaotic dual-mode and tri-mode microcavity lasers have been recently proposed and
demonstrated for high-speed random number generation. Here, we report the characteristics …

Chaotic laser generated by semiconductor lasers has been attached great importance in
areas of secure communication, random number generation, and optical sensing. This …

Modulation characteristics enhancement by mutual injection locking of monolithically
integrated distributed feedback (DFB) lasers is studied. Locking bistability in mutually …

A monolithically integrated two-section laser is presented for wideband and frequency-
tunable photonic microwave generation. The laser consists of two back-to-back DFB …

Photonic generation of linearly chirped microwave waveforms (LCMWs) using a monolithic
integrated three-section laser is experimentally demonstrated in this work. All three sections …

A monolithic optical injection-locked (MOIL) DFB laser with large stable injection locking
range is experimentally demonstrated using the side-mode injection locking technique. The …

Modulation bandwidth enhancement of directly modulated semiconductor lasers (DMLs) has
attracted broad interest to accommodate the tremendously growing demand for network …

Silicon-based optical chaos has many advantages, such as compatibility with
complementary metal oxide semiconductor (CMOS) integration processes, ultra-small size …

Recent advances in monolithically integrated multi‐section semiconductor lasers (MI‐
MSSLs) have propelled microwave photonic (MWP) technologies to new potentials with a …