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    Reversed rainbow with a nonlocal metamaterial

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    One of the intriguing potentials of metamaterials is the possibility to realize a nonlocal electromagnetic reaction, such that the effective medium response at a given point is fundamentally entangled with the macroscopic field distribution at long distances. Here, it is experimentally and numerically verified that a microwave nonlocal metamaterial formed by crossed metallic wires enables a low-loss broadband anomalous material response such that the refractive index decreases with frequency. Notably, it is shown that an electromagnetic beam refracted by our metamaterial prism creates a reversed microwave rainbow.

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    Description

    Title : Reversed rainbow with a nonlocal metamaterial
    Author(s) : Tiago A Morgado, João S. Marcos, João T. costa, Jorge R. Costa, Carlos A. Fernandes, Mário G. Silveirinha
    Abstract : One of the intriguing potentials of metamaterials is the possibility to realize a nonlocal electromagnetic reaction, such that the effective medium response at a given point is fundamentally entangled with the macroscopic field distribution at long distances. Here, it is experimentally and numerically verified that a microwave nonlocal metamaterial formed by crossed metallic wires enables a low-loss broadband anomalous material response such that the refractive index decreases with frequency. Notably, it is shown that an electromagnetic beam refracted by our metamaterial prism creates a reversed microwave rainbow.
    Keywords : Metamaterials

    Subject : Metamaterials
    Area : Electronic Engineering
    Language : English
    Year : 2014

    Affiliations Instituto de Telecomunicações, ISCTE-IUL, Lisbon, Portugal
    Journal : Applied Physics Letters
    Volume : 105
    Issue : 26
    Publisher : American Institute of Physics
    Pages : 264101
    Isbn : 0003-6951
    Doi : 10.1063/1.4905152
    Attribution Non-Commercial No Derivatives

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