Summary

This publication presents work on Rydberg atom dark evolution sensing (RADES), demonstrating the achievement of 10nV/cm/√Hz sensitivity at 10GHz. The research utilized time-separated field procedures to establish new sensitivity standards for Rydberg atom electrometry.

Key Contributions

  • Demonstrated Rydberg atom dark evolution sensing (RADES) achieving unprecedented electric field sensitivity
  • Decoupled sensitivity gains from laser linewidths by exploiting coherence time of cesium rydberg states
  • Technique applies to thermal atomic vapors
  • Demonstrated 3 microsecond long Rabi precession in the microwave field

This publication is based on research conducted in the Rydberg Atom Dark Evolution Sensing (RADES) project.

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