A blue-detuned Type-II MOT with static magnetic fields cools cesium to 17(1) μK and enables 17 cm optical transport without field changes.
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Joint quantum measurements of a driven emitter and its fluorescence field can reveal the quantum noise of the driving field relative to a coherent state in short-time experiments.
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Sub-Doppler laser cooling and optical transport of cesium with static magnetic fields
A blue-detuned Type-II MOT with static magnetic fields cools cesium to 17(1) μK and enables 17 cm optical transport without field changes.
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Quantum Sensing with Joint Emitter-Fluorescence Measurements
Joint quantum measurements of a driven emitter and its fluorescence field can reveal the quantum noise of the driving field relative to a coherent state in short-time experiments.