Exceptional Points in an Specialty Microcavity: Interplay between State-Conversion and Cavity Control Parameters

TL;DR

This paper investigates how exceptional points in a gain-loss assisted microcavity influence state conversion and cavity control, achieving high efficiency with minimal asymmetry during state switching.

Contribution

It introduces an analysis of the interplay between asymmetric state conversion and cavity parameters around exceptional points in microcavities.

Findings

Maximum conversion efficiency with minimal asymmetry achieved

Coupled states occupy least area during switching

Interplay between state conversion and cavity parameters analyzed

Abstract

Exploiting scattering-matrix in a gain-loss assisted optical-microcavity, interplay between asymmetric-state-conversion and cavity-control parameters around exceptional points is analyzed; where occupying a least area by coupled states during switching, maximum conversion-efficiency with minimal asymmetry is achieved.