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Electromagnetically Induced Transparency-Like Metamaterial Design and Tuning Its Transmission Window with Dielectric Cube Loadings

In this study metamaterial structures electromagnetically induced transparency-like metamaterial A (EIT-MM-A) and electromagnetically induced transparency-like metamaterial B (EIT-MM-B) have been designed in two different topologies which are rectangular and circular by using closed ring resonator (CRR) and electric resonator (ER) together and coplanar which show electromagnetically induced transparency-like behavior. In each topology, identical dielectric cubes have been placed on the gaps of the ER resonators and the tunability of transmission window has been investigated in simulations. For this purpose, the relative permittivity values of the dielectric cubes placed on the splits of EIT-MM-A and EIT-MM-B structures have been changed parametrically from 1 to 5 and the spectral shifts of the transmission windows have been observed. The proposed EITMM- A and EIT-MM-B structures have presented 96.8% and 94.2% transmission rates, respectively on the transmission maxima. The proposed structures are thought to be good candidates for possible sensor applications with these performances.