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We study the chain of Cadmium isotopes from N = 50−82 magic numbers with modern beyond mean-field methods with the Gogny D1S interaction. In a previous publication [1] we showed that experimental excitation energies and reduced transition probabilities of the first 2+ states are qualitatively well described in the whole chain assuming axial symmetry. Moreover, the anomalous behavior of the 2+ energies close to N = 82 is well reproduced without assuming any shell quenching. Here we justify the axial approximation by analyzing the potential energy surfaces in the triaxial plane and summarize the main results obtained in [1].

Study of neutron rich Cadmium isotopes and the possible N=82 shell quenching