基于互补金属氧化物半导体（CMOS）兼容技术的硅光子器件在超大规模单片光电集成，高速调制和切换以及高效的片外光耦合方面表现出诱人的性能。 本文介绍了我们小组中在快速硅光调制，对波长不敏感的光切换和有效的光耦合技术方面的最新进展。 已经开发出几种具有不同结构的CMOS兼容硅光耦合器，其最高耦合效率为65％。 实验上实现了具有亚纳秒级开关时间的宽带硅基光开关。 具有新型PN结的硅调制器的速度高达50 Gb s（-1）。

通过高频等离子体增强化学气相沉积（HF PECVD）在低温下沉积氢化非晶硅氮化物膜（SiNx：H）。 主要工作是研究等离子体频率和等离子体功率密度在确定薄膜特性（尤其是应力）中的作用。 通过傅立叶变换红外光谱（FTIR）获得有关膜中化学键的信息。 SiNx：H膜中的应力由衬底曲率测量确定。 结果表明，等离子体频率在控制SiNx：H薄膜的应力中起着重要作用。 对于以40.68MHz的等离子体频率生长的氮化硅层，观察到初始拉伸应力在400MPa-700MPa的范围内。 氮化硅膜的固有应力的测量结果表明，该应力量足够用于应变硅光子学中的膜应用。

Photonics-based radar with a photonic de-chirp receiver has the advantages of broadband operation and real-time signal processing, but it suffers from interference from image frequencies and other undesired frequency-mixing components, due to single-channel real-valued photonic frequency mixing. In this paper, we propose a photonics-based radar with a photonic frequency-doubling transmitter and a balanced in-phase and quadrature (I/Q) de-chirp receiver. This radar transmits broadband linearly fr

Topological photonics has been opening exciting opportunities in recent optics research. In this feature issue, we present a collection of papers outlining state-of-the-art and application perspectives for this thriving field of research.

Silicon photonics design: from devices to systems by Chrostowski, Lukas Hochberg, Michael From design and simulation through to testing and fabrication, this hands-on introduction to silicon photonics engineering equips students with everything they need to begin creating foundry-ready designs.

Fundamentals of Photonics.pdf教材 字迹清晰，有索引方便检索查阅。 欢迎下载

Fundamentals of Photonics 2nd ed - B. Saleh, M. Teich

现代通信光电子学第6版(Amnon Yariv)，英文原本哦，Yariv的经典之作

微波光子基础英文版 可复制，非扫描版 共489页，详细介绍了微波光子学的基础知识

Silicon Photonics Design - from devices to systems, 得此书者,得硅基光子天下! Silicon Photonics Design - from devices to systems, 得此书者,得硅基光子天下!