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In this paper, a unique metamaterial (MM) design incorporating both electromagnetically induced transparency (EIT) effect and polarization conversion is proposed. It consists of a cut‐wire as a bright resonator and a side coupled split‐ring resonator (SRR) as a dark resonator, on the one hand, the dark resonator can be excited by the bright resonator via the magnetic near‐field coupling, thereby contributing...
In article number 2000528, Ji Zhou, Tian Yang, and Xiao‐Ming Liu propose a unique electromagnetically induced polarization conversion metamaterial. Due to the low‐loss properties of EIT, transmission is greatly enhanced. This metamaterial design strategy provides an alternative way to overcome the loss problem of metamaterials and has great potential for slow‐light, low‐loss, and multi‐functional...
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