Genetic algorithm synthesis of planar zero index metamaterials for the infrared with application to electromagnetic cloaking

A planar metamaterial structure using a single Ag FSS screen sandwiched between layers of polyimide was proposed that is straightforward to fabricate. This structure was optimized by a GA to have a low/zero index of refraction with high transmission in the far-IR. Measured dielectric and metallic pr...

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Main Authors: Bossard, J.A., Yan Tang, Werner, D.H., Mayer, T.S.
Format: Conference Proceeding
Language:English
Subjects:
Biological cells
Dielectric substrates
Electromagnetic radiation
Frequency selective surfaces
Genetic algorithms
Magnetic materials
Magnetic separation
Metamaterials
Radio frequency
Refractive index
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creator Bossard, J.A.
Yan Tang
Werner, D.H.
Mayer, T.S.
description A planar metamaterial structure using a single Ag FSS screen sandwiched between layers of polyimide was proposed that is straightforward to fabricate. This structure was optimized by a GA to have a low/zero index of refraction with high transmission in the far-IR. Measured dielectric and metallic properties incorporation into the model provide confidence that the PMM predictions are accurate. Fabrication constraints in the GA ensured that the design result can be fabricated. Experimental efforts are currently underway to characterize this design for the predicted ZIM properties.
doi_str_mv 10.1109/APS.2007.4396807
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subjects Biological cells
Dielectric substrates
Electromagnetic radiation
Frequency selective surfaces
Genetic algorithms
Magnetic materials
Magnetic separation
Metamaterials
Radio frequency
Refractive index
title Genetic algorithm synthesis of planar zero index metamaterials for the infrared with application to electromagnetic cloaking
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