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Couplonics Of Cyclic Ternary Systems: From Coupled Periodic Waveguides To Discrete Photonic Crystals

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Author(s): Yann G. Boucher

Journal: Advanced Electromagnetics
ISSN 2119-0275

Volume: 2;
Issue: 1;
Start page: 55;
Date: 2013;
Original page

Keywords: Couplonics | Photonic crystals | Waveguides

ABSTRACT
In the context of coupled periodic waveguides, "couplonics" refers to the rigorous equivalence between continuous wave coupling and localized interactions. We extend it here to a cyclic ternary system, looked upon as the simplest discrete photonic crystal with actual periodic boundary conditions. A linear decomposition on a supermode basis enables one to reduce the original sixwave problem to three independent two-wave distributed Bragg reflectors (or 1D PC).
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