The effects of optical feedback in multilongitudinal mode semiconductor lasers are studied
through computer simulations. Two separate regimes are found based on the length of the …

We describe controlling chaos in a laser diode with an external cavity through a sinusoidal
modulation to the injection current. The modulation is optimized by analytically determining …

Feedback-induced chaos and intensity noise enhancement in a laser diode with external
optical feedback are studied by computer simulations. The enhancement of relative intensity …

The usefulness of semiconductor lasers can be greatly limited when the laser is subjected to
uncontrolled optical feedback (OFB). In particular, the laser intensity noise can be severely …

At typical read powers, laser intensity fluctuations can be the dominant source of noise in the
read channel of an optical drive. Even with the isolation present in most write-once optical …

In this paper we describe some of the effects of external optical feedback (OFB) on
semiconductor lasers by simulation of the stochastic rate equations. Particular attention is …

The previous chapter has discussed the design of various semiconductor laser structures.
The usefulness of a specific structure depends on its performance characteristics and how …

Molecular beam epitaxy (MBE) plays an important role in the mass production of AlGaAs
laser diodes which have been widely used in a variety of opto-electronic applications. This …

The wavelength of semiconductor lasers generally increases with increased output power
due to changes in laser gain with current and temperature. Time-resolved studies of the …

A GaAs defferential oscillator IC with on-chip LC resonator has been developed for
suppressing the relative intensity noise (RIN) of a laser diode. The relationship between the …