… on dynamic gain behavior of quantum-dot (QD) semiconductor optical amplifiers (SOAs) [1],
[… amplifiers. This situation has already triggered the development of various optical amplifiers …

… progress in quantum dot (QD) … semiconductor optical amplifiers (QD-SOAs) have very
promising features that could provide breakthrough improvement of SOA performance in optical …

… Quantum-dot semiconductor optical amplifiers SOA’s have opened a new frontier in the
field of semiconductor optical devices for high-capacity and flexible optical data transmission. …

… This paper provides a theory and simulation of traveling-type semiconductor optical
amplifiers (SOAs) with self-assembled quantum dots in their active region. We calculated their …

… a theory and simulation of quantum-dot semiconductor optical amplifiers (SOAs) for high-bit-rate
optical signal processing. The theory includes spatial isolation of quantum dots, carrier …

… model of a quantum dot semiconductor optical amplifier that takes … Quantum dot (QD)
semiconductor optical amplifiers (SOAs) … with SOAs based on bulk or quantum well materials. As a …

… each quantum dot is spatially isolated, so that each quantum dot exchange carriers with the
wetting layer. The “slow” carrier relaxation among the discrete energy states inside the dots …

… in QD semiconductor optical amplifiers (SOAs) if we bias the devices into gain regime. Both
slow and fast light will be useful for controlling optical signals in the optical domain without …

… We show for quantum dot (QD) semiconductor optical amplifiers (SOAs) operating in the
regime where the gain is maximized, that gain saturation due to carrier depletion can be …

… with quantum dot … a quantum-dot based SOA-MZI XOR optical logic gate. Using a simplified
dynamic model, the rate equations for carrier density in a QD semiconductor optical amplifier …