Titlebook: Semiconductor Lasers; Stability, Instabili Junji Ohtsubo Book 20133rd edition Springer-Verlag Berlin Heidelberg 2013 laser controls.nonline

exostosis

催眠药

Chaos in Laser Systems,wever, whether an actual laser shows instability or not depends on the scales of the time constants involved in the rate equations. We present the classifications of lasers from the stability and instability points of view.

ELUC

Theory of Optical Feedback in Semiconductor Lasers,by optical feedback in semiconductor lasers and present the conditions for stability and instability of the laser operations. Various kinds of optical feedback schemes, not only plane optical mirror feedback but also configurations for other optical feedback are introduced.

AMEND

Dynamics of Semiconductor Lasers with Optoelectronic Feedback and Modulation,ield but to the carrier density. Therefore, different dynamics from those observed in the preceding chapters are observed. We demonstrate the typical features of irregular pulsating oscillations in this system.

结构

盟军

Chaos Control and Applications,oosing the essence of the chaos control, several modified chaos control methods applicable to real experimental systems are proposed. The applications of chaos control to chaotic semiconductor lasers are treated in this chapter.

手段

Stabilization of Semiconductor Lasers, injection, and optoelectronic feedback. We show some examples of laser stabilizations by external controls. Some examples of extra structures installed inside and outside of the active layers of semiconductor lasers are also presented.

fatty-streak

GRAVE

Physical Random Number Generations and Photonic Integrated Circuits for Chaotic Generators,ons of high quality random bit sequences are studied. For the implementation of optical communications and random number generations, photonic integrated circuits as chaotic generators are also presented.

Cursory

Introduction,perating conditions. Though other lasers are stable as far as they are oscillated at solitary conditions, they are also easily destabilized by external perturbations and show chaotic dynamics. This chapter gives a brief review of the history of laser chaos, especially in semiconductor lasers, which