All-optical Switching and Slow Light in Photonic-crystal Waveguide-resonator Structures
We analyze resonant transmission in photonic-crystal waveguides coupled to nonlinear resonators. We reveal that the discrete nature of the photonic-crystal structures allows for a novel, geometry-mediated enhancement of nonlinear effects, based on the high-Q side-coupled nonlinear resonators, which can be useful for a design of all-optical slow-light photonic devices.
|Collections||ANU Research Publications|
|Source:||Proceedings of the 2006 COMMAD|
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