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Excitation of thin metallic disks and patch antennas by quantum emitters for single photon sources

机译:用于单光子源的量子发射器激励薄金属盘和贴片天线

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摘要

Plasmonic structures can be advantageous for single photon sources due notably to their large Purcell factor over a relatively large frequency range. Here, we compare thin disks and optical patch antenna configurations. We analyze the physics involved in the modification of the Purcell factor, and discuss how the structures can be seen as plasmonic cavities. We also discuss briefly the implications for single photon sources.
机译:等离子结构对于单光子源可能是有利的,特别是由于它们在相对较大的频率范围内具有较大的赛尔因子。在这里,我们比较了薄盘和光学贴片天线的配置。我们分析了参与珀塞尔系数修改的物理学原理,并讨论了如何将结构视为等离子腔。我们还将简要讨论单个光子源的含义。

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