Clocking of a conductive object using graphene metamaterial in the Terahertz frequency range

The study of the cloaking of a conductive object in the terahertz frequency range is conducted. A coating of graphene vertical strips on a dielectric layer is adopted to reach the aim (mantle cloaking). To understand if the cloaking of the object is reached or not the Radar Cross Section is computed. Simulations have been run changing some parameters until the cloaking is reached and their results are shown and discussed.