Omniband Quantum Rydberg Sensing
ORAL
Abstract
Rydberg atoms are a unique type of quantum sensor that leverages their many atomic resonances to perform wideband electric field sensing spanning from DC to THz. We exploit this multitude of resonances and demonstrate a thermal Rydberg atom sensor which can simultaneously sense both the amplitude and phase of five RF fields at 1.7, 12, 27, 65, and 116 GHz. The capability to simultaneously measure signals spread across nearly a decade of the electromagnetic spectrum with a single device marks an important milestone for Rydberg sensors.
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Publication: Meyer et. al. "Simultaneous Multiband Demodulation Using a Rydberg Atomic Sensor," Physical Review Applied 19 014025 (2023)
Presenters
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David H Meyer
US Army Research Lab Adelphi
Authors
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David H Meyer
US Army Research Lab Adelphi
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Joshua C Hill
US Army Research Lab
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Paul Kunz
DEVCOM Army Research Laboratory South, Austin, Texas 78712 USA, DEVCOM Army Research Laboratory, US Army Research Laboratory
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Kevin C Cox
US Army Res Dev & Eng Command