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Bulletin of the American Physical Society

State resolved investigation of F\"orster resonant energy transfer in collisions between polar molecules and Rydberg atoms

Martin Zeppenfeld, Ferdinand Jarisch

Published May 30, 2019• 0 citations
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State resolved investigation of Förster resonant energy transfer in collisions between polar molecules and Rydberg atoms

Ferdinand Jarisch, Martin Zeppenfeld

Author: Jarisch, F. et al.; Genre: Journal Article; Published online: 2018-11-30; Open Access; Title: State resolved investigation of Förster resonant energy transfer in collisions between polar molecules and Rydberg atoms

•Nov 30, 2018•13 citations

State resolved investigation of Förster resonant energy transfer in collisions between polar molecules and Rydberg atoms

F Jarisch, M Zeppenfeld

We perform a comprehensive investigation of Förster resonant energy transfer in a room-temperature thermal mixture of ammonia molecules and rubidium Rydberg atoms. Fully state-resolved measurement of the Rydberg-atom populations is achieved by combining millimeter-wave state transfer with state-selective field ionization. This allows aspects of the energy transfer process such as state dependence, ammonia pressure dependence, and dependence on the energy resonance condition to be investigated in detail. Our results pave the way for future quantum experiments combining polar molecules and Rydberg atoms.

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Resonant Collisions Between Two Rydberg Atoms

Thomas F. Gallagher, Kambiz Ali Safinya, F. Gounand +2 more

Springer series in optical sciences/SPringer series in optical sciences•Jan 1, 1981•0 citations
We perform a comprehensive investigation of Förster resonant energy transfer in a room-temperature thermal mixture of ammonia molecules and rubidium Rydberg atoms. Fully state-resolved measurement of the Rydberg-atom populations is achieved by combining millimeter-wave state transfer with state-selective field ionization. This allows aspects of the energy transfer process such as state dependence, ammonia pressure dependence, and dependence on the energy resonance condition to be investigated in detail. Our results pave the way for future quantum experiments combining polar molecules and Rydberg atoms.