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Narrow-band filtering of light is widely used in optical spectroscopy. Atomicfilters, which rely on the Faraday effect, allow for GHz-wide transmissionspectra, which are intrinsically matched to an atomic transition. We present anexperimental realization and a theoretical study of a Faraday anomalousdispersion optical filter (FADOF) based on cesium and its D$_1$-line-transition($6^2S_{1/2}\rightarrow6^2P_{1/2}$) around 894nm. We also present the prospectsand visions for combining this filter with the single photon emission of asingle quantum dot (QD), which matches with the atomic transition.

Faraday Filtering on the Cs-D$_1$-Line for Quantum Hybrid Systems