Practicable GLHUA Invisible Cloaks Absorb the Incident Wave and create Outgoing Wave Without Exceeding Light Speed Propagation and New N Dimensional Maxwell Equations
Jianhua Li, Feng Xie, Lee Xie, Ganquan Xie

TL;DR
This paper introduces practical GLHUA invisible cloaks that absorb incident waves and generate outgoing waves without exceeding light speed, along with new analytical solutions and transformations for electromagnetic cloaking.
Contribution
The paper presents novel GLHUA cloaks with analytical EM wave solutions, new transformations, and a new ND Maxwell equation, advancing practical and theoretical aspects of electromagnetic invisibility.
Findings
GLHUA cloaks absorb incident waves and produce outgoing waves.
Analytical EM wave solutions are derived for the cloaks.
New ND Maxwell equations are formulated.
Abstract
In this paper, we propose practicable GLHUA invisible cloaks, our cloak absorb the incident wave and create outgoing wave that make them to be invisible cloaks and analytical electromagnetic (EM) wave without exceeding light speed propagation. Discoveries and creations are reported. 1. New GLHUA-i,i=1,2,3 annular layer EM invisible cloak with relative refractive index large or equal to 1. 2. Analytical EM wave solution of EM wave equation with the GLHUA 1-3 cloak materials are found, In GLHUA-1 cloak, , , In GLHUA-2 cloak, ,. 3. A GLHUA expansion method and an exact analytical EM wave propagation in the GLHUA-i,i=1,2,3 cloak without…
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Taxonomy
TopicsMetamaterials and Metasurfaces Applications · Advanced Antenna and Metasurface Technologies
