Abstract
Silicon photonics, enhanced by III-V semiconductors based optical functions, is one of the most promising technologies to achieve large-scale photonic integration taking advantage of the best of both materials. In this work, we study III-V/SOI hybrid structures that combine photonic crystal nanolasers with photonic wires. This approach is particularly interesting as it enables the achievement of compact devices (footprint as small as 5µm2) with low power activation and ultrafast response.
© 2011 Optical Society of America
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