To fulfill the demands of high-speed photonic applications, researchers, and engineers have
been working to improve the modulation bandwidth (MBW) of semiconductor lasers. We …

Influences of line-width enhancement factor (α-Factor), combined optical phase (COP), and
gain saturation (GS) on the onset of chaos (route to chaos (RTC)) of the short external cavity …

This paper introduces comprehensive large-signal analyses of modulation dynamics and
noise of a chaotic semiconductor laser. The chaos is induced by operating the laser under …

We design a hybrid integrated chaotic semiconductor laser with short-cavity optical
feedback. It can be assembled in a commercial butterfly shell with just three micro-lenses …

We demonstrate numerical analysis of the dynamics and noise of semiconductor laser (SL)
with optical feedback (OFB) and nonlinear gain (NLG). The simulations are based on an …

We model and investigate the dynamics and modulation performance of semiconductor
laser integrated with two short external cavities facing the front and back facets with the aim …

We report on achieving tuned single mode operation of a multimode semiconductor laser by
coupling it to a very-short external cavity with selective feedback. We show that the induced …

We characterize the intensity noise associated with the ultra-high frequency direct
modulation of semiconductor lasers under strong optical feedback over a millimeter-wave …

At present, chaotic laser generation systems are mostly built by semiconductor lasers
combined with a variety of external discrete optical elements. The system has some …

We theoretically model the dynamics of semiconductor lasers subject to the double-reflector
feedback. The proposed model is a new modification of the time-delay rate equations of …