Realizing Generalized Brewster Effect by Generalized Kerker Effect

A simple and universal design principle to realize the generalized Brewster effect (GBE) is proposed. Based on the generalized Kerker effect (GKE), we can realize the GBE for arbitrary polarizations, any incident angles, and any frequencies on the traditional dielectric interface by the destructive interference of various of multipoles. An adjustable metallic meta-surface has been designed to achieve this effect experimentally in the microwave band. By adjusting the suspension height of meta-surfaces above the interface, the incident angles and frequency corresponding to the GBE can be modulated easily. For the two different polarized incident waves, the GBE can be realized at the same frequency and same incident angle, which shows the validity of the GKE. This design principle opens the door for realizing tunable GBE devices that can be applied in many scenarios.

Automated summary

A design principle has been proposed to achieve the generalized Brewster effect using the generalized Kerker effect, and an adjustable metallic meta-surface has been experimentally designed in the microwave band. This principle allows for easy modulation of incident angles and frequencies, and the validation of the GKE has been shown by achieving the GBE for two different polarized incident waves at the same frequency and angle.