Angular Dependence of Fluorescence Emission from Quantum Dots inside a Photonic Crystal
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Publication date
2008
Authors
Baert, K.
Kolaric, B.
Libaers, W.
Vallée, R.A.L.
Di Vece, M.
Lievens, P.
Clays, K.
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Abstract
The fluorescence of emitters embedded in a photonic crystal is known to be inhibited by the presence of an incomplete photonic band gap or pseudogap acting in their emission range. Here, we present a study of the angular dependence of the fluorescence emission of emitters embedded in a photonic crystal. Our results clearly show an angular dependence of the fluorescence emission, which is caused by the presence of an incomplete 3D band gap.
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Baert, K, Kolaric, B, Libaers, W, Vallée, R A L, Di Vece, M, Lievens, P & Clays, K 2008, 'Angular Dependence of Fluorescence Emission from Quantum Dots inside a Photonic Crystal', Journal of Nanotechnology, vol. 2008, 974072, pp. 974072/1-974072/4. https://doi.org/10.1155/2008/974072