Novel GLHUA Electromagnetic Invisible Double Layer Cloak With Relative Parameters Not Less Than 1 and GL No Scattering Inversion,radial R in the sphere coordinate can be negative in a negative space world
Jianhua Li, Feng Xie, Lee Xie, Ganquan Xie

TL;DR
This paper introduces a novel electromagnetic double-layer invisibility cloak with parameters not less than 1, utilizing GILD and GL no scattering modeling, achieving complete invisibility and wave zero field at the boundary, including in negative space.
Contribution
The paper presents a new GLHUA electromagnetic cloak design with relative parameters ≥ 1, incorporating negative space concepts and full wave solutions, advancing invisibility technology.
Findings
The GLHUA cloak achieves complete invisibility with zero wave field at the boundary.
Wave phase velocity in the cloak is less than light speed and approaches zero at the boundary.
Exact EM wave solutions in negative space are derived, demonstrating the cloak's effectiveness.
Abstract
Using GILD and GL no scattering modeling and inversion, we find a class of the nonzero solution of the zero scattering nonlinear inversion equation and use it to create our GLHUA cloak with relative EM parameter not less than 1 for each layer with any thickness. major new ingredients are: (1) In the outer layer, R1 < r < R2, the relative radial electric permittivity and radial magnetic permeability equal to 1; the relative angular electric permittivity and magnetic permeability are equal to 0.5((H/C)^(Alpha)+(C/H)^(Alpha)),C=R2-R1, H= r-R1; (2) In the inner layer cloak R0 < r < R1 , the relative radial electric permittivity and radial magnetic permeability equal to 1; the relative angular electric permittivity and magnetic permeability are equal to 0.5((H/C)(R0/r))^(Alpha)+((C/H)(r/R0))^(Alpha)),C=R1-R0, H= R1-r; (3) The phase velocity of wave in GLHUA cloak is less than light speed and…
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Taxonomy
TopicsMetamaterials and Metasurfaces Applications · Advanced Antenna and Metasurface Technologies · Electromagnetic Scattering and Analysis
