Abstract
In this paper, we report a bi-gyrotropic superlens exhibiting a giant transverse magneto-optical Kerr effect (TMOKE) in a wide-range of incident angles. Such a medium responds to both s-polarized (TE) and p-polarized (TM) light. We found that the wide-angle giant TMOKE occurs for both TE and TM waves when the loss (the essential parameter for existence of TMOKE) is only present on the permittivity or in the permeability, while the gyration parameter is due to the other one. In order to discuss the underlying physics of this effect, we also present the electric and magnetic field distributions inside the bi-gyrotropic superlens for the angles of incidence when the TMOKE reaches extreme values.
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