Deeply bound pionic atoms on -unstable nuclei
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Cited by (14)
Quantum Chemistry and Spectroscopy of Pionic Atomic Systems With Accounting for Relativistic, Radiative, and Strong Interaction Effects
2019, Advances in Quantum ChemistryCitation Excerpt :It is worth to note that one of the most sensitive tests for the chiral symmetry breaking scenario in the modern nuclear physics is also provided by investigation of the exotic hadronic atomic systems. All said explains intense theoretical and experimental works on the exotic atomic systems in special projects at meson factories in different laboratories (Berkley, Virginia (USA), CERN and PSI (Switzerland), RIKEN (KEK, Japan), DAFNE (Italy) etc.).1–60 For example, the hadronic ground state shift ε1s and width Γ1s in pionic deuterium were measured with high precision at the pion factory of the Paul Scherrer Institut (PSI), Switzerland (PSI-Experiment R-06.03).
Deeply bound pionic states in heavy nuclei
2012, Physics ReportsMesic atoms and mesic nuclei
2004, Nuclear Physics AFormation of deeply bound pionic atoms in the (d,<sup>3</sup>He) reaction
2003, Nuclear Physics AMesic atoms and mesic nuclei
2008, Modern Physics Letters ARelativistic Quantum Chemistry and Spectroscopy of Some Kaonic Atoms: Hyperfine and Strong Interaction Effects
2021, Progress in Theoretical Chemistry and Physics
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