CORDIS Project
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This project focuses on creating a single atom detector using fluorescence photons to identify the position of individual atoms in low-density clouds. It employs advanced imaging techniques in a controlled environment with cold atoms, aiming to explore quantum behaviors and matter wave properties.
This proposal concerns the implementation of a single atom detector based on the detection of fluorescence photons scattered by atoms when crossing a thin sheet of light during time of flight.
Using an EMCCD camera to record the fluorescence signal such system will be used to resolve the position of single atoms for sufficiently low dense clouds.
The experimental environment will be the atom chip, a technology which allows the trapping of cold atoms near a surface.
After a full characterization…
TECHNISCHE UNIVERSITAET WIEN
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