Titlebook: Quantum Dot Lasers on Silicon; Nonlinear Properties Bozhang Dong Book 2023 The Editor(s) (if applicable) and The Author(s), under exclusive

敵意

Hiatal-Hernia

heterogeneous

,Quantum-Dot Distributed Feedback Laser with?Large Optical Mismatch,(OWD), which means the mismatch between the Bragg wavelength and the optical gain peak. A positive OWD at room temperature aims at developing a high-temperature tolerant QD laser for uncooled photonic integrated circuits (PIC). Experimental investigations including the continuous-wave behaviors, the

滔滔不絕地說(shuō)

Quantum-Dot Optical Frequency Comb,h WDM architecture. In 2005, John L. Hall and Theodor W. Hansch were awarded half of the Nobel prize owing to their contributions to the development of optical frequency comb technique. In this chapter, the dynamics of QD-based OFC are investigated by both theoretical analysis and experiments. This

ATRIA

,Four-Wave Mixing Dynamics in?Epitaxial Quantum-Dot Laser on?Silicon,ch a mechanism can be classified by degenerate FWM and nondegenerate FWM. As a consequence of FWM, two new photons are generated, which are named as signal and idler. After several decades of development, FWM provides a reliable solution for optical wavelength converter, self-mode-locking and quantu

被告

Ointment

AXIS

,Quantum-Dot Distributed Feedback Laser with?Large Optical Mismatch, .-factor measurements, the noise properties, the modulation dynamics and laser dynamics subject to external optical feedback (EOF) are performed to give a complete picture of the influence of OWD on the laser performance.

BAIT

,Four-Wave Mixing Dynamics in?Epitaxial Quantum-Dot Laser on?Silicon,m states of light generation. In this chapter, investigations of the FWM mechanism in epitaxial QD lasers on silicon are performed. Both theoretical analysis and experimental results demonstrate that QD laser is a promising source for both classical and quantum photonic integrated circuits.

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Introduction, introduced with the view to propose novel solutions for photonic integration to realize isolator-free transmitters, optical frequency comb, all-optical wavelength converters, self-mode-locked source, and squeezed light generator. Finally, the overall organization of the manuscript will be detailed at the end of this introduction chapter.