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Two-particle separation energy trends in the superdeformed well

: Wilson, A.N.; Korichi, A.; Siem, S.; Astier, A.; Bazzacco, D.; Bednarczyk, P.; Bergström, M.H.; Chmel, S.; Cullen, D.M.; Davidson, P.M.; Görgen, A.; Hannachi, F.; Hübel, H.; Kintz, N.; Lauritsen, T.; Lopez-Martens, A.; Lunardi, S.; Naguleswaran, S.; Nyako, B.M.; Rejmund, M.; Schönwasser, G.; Schück, C.; Sharpey-Schafer, J.F.; Timar, J.; Wadsworth, R.; Libert, J.


Physical review letters 104 (2010), No.16, Art. 162501, 4 pp.
ISSN: 0031-9007
ISSN: 1079-7114
Journal Article
Fraunhofer INT ()

A measurement of the energy and spin of superdeformed states in 190Hg, obtained through the observation of transitions directly linking superdeformed and normal states, expands the number of isotopes in which binding energies at superdeformation are known. Comparison with neighbouring nuclei shows that two-proton separation energies are higher in the superdeformed state than in the normal state, despite the lower Coulomb barrier and lower total binding energy. This unexpected result provides a critical test for nuclear models.