AI 中文总结
本文综述光子、等离激元及混合微腔系统的相关文献，涵盖其基础物理与多类应用，比较两类系统的应用输出，助力理解二者的效应及应用价值。
AI 中文摘要
光子微腔具有高能量密度和低模式体积，因应用广泛而备受关注；随后发展的等离激元纳米腔虽存在高吸收特性，仍开辟了诸多应用。过去二十年，光子-等离激元混合微腔被广泛研究。本文分别综述了光子系统、等离激元系统及混合系统的相关文献，涵盖基础物理，以及腔量子电动力学、激光、传感、非线性光学、拉曼光谱等应用，讨论并比较了光子系统与混合系统在各应用中的输出。本综述将为深入理解光学微腔与等离激元的效应及其应用提供全面认识。
英文摘要
Photonic microcavities offer high energy density and low mode volume and attract special attention due to wide range of applications. Subsequent developments in the area of plasmonic nanocavities have also opened up applications despite their high absorptive properties. In the last two decades, photonic-plasmonic hybrid microcavities have been investigated extensively. In this article, we have conducted a review of the literature on photonic and plasmonic systems individually as well as in hybrid systems. Along with the underlying physics, applications such as cavity quantum electrodynamics, lasing, sensing, nonlinear optics and Raman spectroscopy have been reviewed. The outputs of the systems for each applications have been discussed and compared for photonic and hybrid systems. This review will provide a thorough understanding of the effects of optical cavities and plasmonics and their applications.
Journal refAdvances In Nanotechnology. (Advances in Nanotechnology Advances In Nanotechnology.(Numbered Series), 29) Nova Science Publishers (2023)
