Hyperbolic metamaterials: fusing artificial structures to ...

Lee et al. eLight (2022) 2:1 metamaterials: fusing artificial structures to natural 2D materialsDasol Lee1,2 , Sunae So1 , Guangwei Hu3 , Minkyung Kim1, Trevon Badloe1, Hanlyun Cho1, Jaekyung Kim1, Hongyoon Kim1, Cheng Wei Qiu3* and Junsuk Rho1,4,5* Abstract Optical metamaterials have presented an innovative method of manipulating light. Hyperbolic metamaterials have an extremely high anisotropy with a Hyperbolic dispersion relation. They are able to support high k modes and exhibit a high density of states which produce distinctive properties that have been exploited in various applications, such as super resolution imaging, negative refraction, and enhanced emission control. Here, state of the art Hyperbolic meta materials are reviewed, starting from the fundamental principles to applications of artificially structured Hyperbolic media to suggest ways to fuse natural two dimensional Hyperbolic materials.

tive permittivity components parallel ˜∥ and perpendic - ular ˜ to the OA can be approximated as [34] where ˜ m and ˜ d are the permittivity of the metal and die - lectric materials, respectively, and f = t m t m+ d is the volume fraction of metal and dielectric with thicknesses of t m and t d, respectively. e eective permittivity can be ...

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  Urla, Perpendic ular, Perpendic

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