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Nanophotonics: Fabrications and Application of Nanoscale Optics to Novel Photonic Devices

机译:纳米光子学:纳米光学器件的制造及其在新型光子器件中的应用

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摘要

Nanophotonics is a generic technology that can overcome the deadlock of conventional photonics, in which the size is limited by diffraction limits of light. Based on interdisciplinary studies including condensed-matter physics, optical science, and quantum field theory, nanoscale materials and optical energy transfer at nanoscale have been extensively studied. The recent development on nanoscale optics opens up new concept of nanoscale optical theory, as an example dressed photon theory, and a variety of new phenomena have been investigated.The results of the basic research have been applied to numerous applications, including nanometersized photonic devices, nanoscale fabrication techniques, and highly efficient energy conversion.Here, wehave inviteda few papers that address the above topics.
机译:纳米光子学是一种通用技术,可以克服传统光子学的僵局,在传统的光子学中,其大小受光的衍射极限限制。基于凝聚态物理学,光学科学和量子场论等跨学科研究,对纳米级材料和纳米级的光能转移进行了广泛的研究。纳米光学的最新发展开辟了纳米光学理论的新概念,例如穿戴光子理论,并研究了各种新现象。基础研究的结果已应用于许多应用,包括纳米级光子器件,纳米级制造技术和高效的能量转换。在这里,我们邀请了一些涉及上述主题的论文。

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