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Hadronic shift in pionic hydrogen

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arxiv 1406.6525 v2 pith:QBJH67R2 submitted 2014-06-25 nucl-ex physics.atom-ph

M. Hennebach , D. F. Anagnostopoulos , A. Dax , H. Fuhrmann , D. Gotta , A. Gruber , A. Hirtl , P. Indelicato
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Y.-W. Liu B. Manil V. E. Markushin A. J. Rusi el Hassani L. M. Simons M.Trassinelli J. Zmeskal
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classification nucl-exphysics.atom-ph
keywords hadronichydrogenpionicshiftapplyingbeambeenbent
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abstract

The hadronic shift in pionic hydrogen has been redetermined to be $\epsilon_{1s}=7.086\,\pm\,0.007(stat)\,\pm\,0.006(sys)$\,eV by X-ray spectroscopy of ground state transitions applying various energy calibration schemes. The experiment was performed at the high-intensity low-energy pion beam of the Paul Scherrer Institut by using the cyclotron trap and an ultimate-resolution Bragg spectrometer with bent crystals.

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  1. Hadronic atoms

    hep-ph 2024-12 unverdicted novelty 1.0 of 10

    A pedagogical survey of non-relativistic effective field theory for hadronic atoms, restating the known next-to-leading-order formulas for the pionic hydrogen energy shift and width.

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