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Compact Slow-Wave Structures with Maximally-Flat Group Delays Based on Circular Arrays of Microring Resonators

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Abstract

Cyclical propagation of light in circular arrays of microring resonators is exploited to realize efficient slow-wave structures with large group-delay enhancements. Devices with maximally-flat group-delay responses are designed for applications in dispersionless optical delay elements.

© 2008 Optical Society of America

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