GRÉVY, S.; ROTARU, F.; NEGOITA, F.; BORCEA, C.; BORCEA, R.; BUTA, A.; CALINESCU, S.; PETRONE, C.; STANOIU, M.; MRAZEK, J.; LUKYANOV, S.; PENIONZHKEVICH, Y.; CACERES, L.; DE OLIVEIRA SANTOS, Francois; FORCE, C.; LEBHERTZ, D.; SORLIN, O.; STODEL, C.; THOMAS, J.C.; CHEVRIER, Rémy; DAUGAS, J. M.; GAUDEFROY, L.; DOMBRÁDI, Zs.; SOHLER, D.; NOWACKI, F.; POVES, A.; AZAIEZ, F.; STEFAN, I.; ACHOURI, N.L.; ANGÉLIQUE, J.C.; BASTIN, B.

doi:10.1063/1.4893271

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GRÉVY, S.
Centre d'Etudes Nucléaires de Bordeaux Gradignan [CENBG]

ROTARU, F.

NEGOITA, F.

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AIP Conference Proceedings, AIP Conference Proceedings, 2012-03-05, New Delhi. 2014, vol. 1609, p. 167-172

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It is well known that the nuclear shell structure changes for the most exotic nuclei. One of the consequences ofthis phenomenon is the modification of the "classical" magic numbers, as experimentally observed at N = 20 and N = 28.Nevertheless, the mechanisms responsible for such changes are still under discussion and more experimental information isneeded to better constrain the theoretical models. In these proceedings, we report on the discovery and the experimental studyby precise spectroscopy experiments of the 0+2 state in 34Si and 44S. The 34Si is located between the magic spherical 36S andthe deformed 32Mg, member of the so-called island of inversion, whereas 44S is located between the magic spherical 48Caand the deformed 42Si. Therefore, the structure of these nuclei, and in particular the phenomenon of shape coexistence, isof crucial importance to understand how the intruder configurations progressively dominate the ground state structure of themost exotic nuclei at both N = 20 and N = 28.< Réduire

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Shape coexistence at N=20 and N=28 : study of 0+2 states in $^{34}$Si and $^{44}$S

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