Robustness in Design and Background Variations in Metamaterial/Plasmonic CloakingDepartmental Papers (ESE)
AbstractHere we discuss our recent numerical results concerning the robustness of the scattering cancellation effect produced by a plasmonic cloak with near-zero permittivity and correspondingly negative polarizability. Being based on an integral effect and on an intrinsically non-resonant phenomenon, we show how variations of the geometrical parameters of the design and changes in the background do not sensibly affect the invisibility properties of the plasmonic/metamaterial cloak. Design examples are presented and discussed in order to highlight this robustness and to provide some insights into this cloaking phenomenon, different from other cloaking techniques recently presented in the literature.
Document TypeJournal Article
Date of this Version5-17-2008
Citation InformationAndrea Alù and Nader Engheta. "Robustness in Design and Background Variations in Metamaterial/Plasmonic Cloaking" (2008)
Available at: http://works.bepress.com/nader_engheta/82/