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Dispersion engineering in silicon photonic wires using thin Si3N4 conformal dielectric coating

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Abstract

We investigate numerically dispersion engineering in silicon photonic wires using conformal Si3N4 coatings. We analyze the impact of coating thickness upon the group-velocity-dispersion and effective waveguide nonlinearity, and show broadband four-wave-mixing gain in engineered waveguides.

© 2008 Optical Society of America

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