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Fiber-coupled waveguides for strong resonant interactions with single semiconductor quantum dots

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Abstract

We investigate fiber-coupled waveguides engineered for efficient interaction with single semiconductor quantum dots, with calculated fluorescence collection > 70 % and ≈ 15 dB transmission contrast upon resonant excitation. Characterization of passive waveguides and preliminary photoluminescence measurements are presented.

© 2010 Optical Society of America

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