Thanks to its highly symmetrical structure, combined with optimized geometric parameters and material selection, the proposed tunable carbon-based terahertz absorber could lead to substantial advances and new applications in THz technology. (IMAGE)

SPIE--International Society for Optics and Photonics

Thanks to its highly symmetrical structure, combined with optimized geometric parameters and material selection, the proposed tunable carbon-based terahertz absorber could lead to substantial advances and new applications in THz technology.

Caption

Thanks to its highly symmetrical structure, combined with optimized geometric parameters and material selection, the proposed tunable carbon-based terahertz absorber could lead to substantial advances and new applications in THz technology. 

Credit

Nie, He, and Cao, doi 10.1117/1.APN.3.1.016007.

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