2022
DOI: 10.1364/oe.472709
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Light shift suppression with pulsed light detection in magnetic-state-selected cesium beam clocks

Abstract: Light detection is widely used in atomic clocks. The simple detecting structure induces the light shift which influences the clock’s long-term stability. We introduce a new method to suppress light shift by using pulsed light instead of continuous light to detect atomic states. Under a suitable pulsed sequence, the part of the atoms which do not simultaneously interact with light and microwave field are detected. We demonstrate the validity of our approach in a magnetic-state-selected cesium beam clock. Using … Show more

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