Resonant multimeander-metasurfaces: A model system for superlenses and communication devices

We study the optical properties of single and double meander meta surfaces (MMS). A strong and resonant photonplasmon coupling in single and double structures is found. The effect can be used to mimic bulk negative index materials with a promise for lower optical losses. Based on the optical properties of the MMS structures the application fields reach from near/far field lenses to communication devices. The strong photonplasmon coupling effects pave the route for dense optical/plasmonic integration.