Strong coupling of a plasmonic dark mode with photons in a photonic crystal cavity

F. Meng, Hantian Gu, M. Thomson, H. Roskos
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Abstract

We observe strong coupling between the plasmonic dark mode of electromagnetically induced transparency (EIT) metamaterials with the photons in a 1D photonic crystal cavity in the terahertz frequency range. The observed splitting depends on the strength of magnetic interaction between the plasmon bright-and dark-modes of the EIT metamaterials, demonstrating that the coupling between the dark mode and the cavity photons is mediated by the plasmonic bright mode.
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光子晶体腔中等离子体暗模与光子的强耦合
我们观察到电磁感应透明(EIT)超材料的等离子体暗模式与一维光子晶体腔中太赫兹频率范围内的光子之间的强耦合。所观察到的分裂取决于电激元超材料的等离子体亮模式和暗模式之间的磁相互作用强度,表明暗模式和腔光子之间的耦合是由等离子体亮模式介导的。
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