Nature Communications (Oct 2022)
High-precision electron affinity of oxygen
- Moa K. Kristiansson,
- Kiattichart Chartkunchand,
- Gustav Eklund,
- Odd M. Hole,
- Emma K. Anderson,
- Nathalie de Ruette,
- Magdalena Kamińska,
- Najeeb Punnakayathil,
- José E. Navarro-Navarrete,
- Stefan Sigurdsson,
- Jon Grumer,
- Ansgar Simonsson,
- Mikael Björkhage,
- Stefan Rosén,
- Peter Reinhed,
- Mikael Blom,
- Anders Källberg,
- John D. Alexander,
- Henrik Cederquist,
- Henning Zettergren,
- Henning T. Schmidt,
- Dag Hanstorp
Affiliations
- Moa K. Kristiansson
- Department of Physics, Stockholm University
- Kiattichart Chartkunchand
- Department of Physics, Stockholm University
- Gustav Eklund
- Department of Physics, Stockholm University
- Odd M. Hole
- Department of Physics, Stockholm University
- Emma K. Anderson
- Department of Physics and Astronomy, Aarhus University
- Nathalie de Ruette
- Department of Physics, Stockholm University
- Magdalena Kamińska
- Department of Physics, Stockholm University
- Najeeb Punnakayathil
- Department of Physics, Stockholm University
- José E. Navarro-Navarrete
- Department of Physics, Stockholm University
- Stefan Sigurdsson
- Department of Physics, Stockholm University
- Jon Grumer
- Theoretical Astrophysics, Department of Physics and Astronomy, Uppsala University
- Ansgar Simonsson
- Department of Physics, Stockholm University
- Mikael Björkhage
- Department of Physics, Stockholm University
- Stefan Rosén
- Department of Physics, Stockholm University
- Peter Reinhed
- Department of Physics, Stockholm University
- Mikael Blom
- Department of Physics, Stockholm University
- Anders Källberg
- Department of Physics, Stockholm University
- John D. Alexander
- Department of Physics, Stockholm University
- Henrik Cederquist
- Department of Physics, Stockholm University
- Henning Zettergren
- Department of Physics, Stockholm University
- Henning T. Schmidt
- Department of Physics, Stockholm University
- Dag Hanstorp
- Department of Physics, University of Gothenburg
- DOI
- https://doi.org/10.1038/s41467-022-33438-y
- Journal volume & issue
-
Vol. 13,
no. 1
pp. 1 – 9
Abstract
High-precision measurements are useful to find isotopic shifts and electron correlation. Here the authors measure electron affinity and hyperfine splitting of atomic oxygen with higher precision than previous studies.
