Abstract
In recent work, Fresnel coefficients (FCs) were evaluated for a non-chiral/chiral interface through which a monochromatic wave was propagated. It was found that both the reflected and transmitted modes are left- and right-circularly polarized (LCP and RCP). Also, the FCs indicated anomalous characteristics, including the Brewster effect for s-polarized incident plane waves and total internal reflection (TIR) under rarer to denser propagation [1–4]. Propagation and imaging characteristics are examined for materials with dispersion and chirality, including discrete chiral components such as lenses and chiral resonators with two interfaces are applied with appropriate forward propagation to establish refraction laws. Anomalies, tunability, and new resonant applications are also explored.
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