This research aims to apply K-Factorization to Maxwell's equations and derive insights into waveguide modes and phased array behaviors.
Applied K-Factorization to derive waveguide mode structure and phased array behavior from Maxwell's equations.
Analyzed the Chu antenna limit as it relates to shape-scale separation.
Examined barrier universality on the Eckert manifold in the context of electromagnetic systems.
Identified distinct waveguide modes produced via K-Factorization.
Showed how phased arrays reveal behavior consistent with shape-scale separation.
Discussed the implications of the Chu limit in the context of electromagnetic theory.
Abstract
Applies K-Factorization to Maxwell's equations, deriving waveguide mode structure, phased array behavior, and the Chu antenna limit as manifestations of shape-scale separation on the Eckert manifold.