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Within the shell-model framework the low-lying states energies, E2 and M1 transitions of chains of nuclei 52 ≤  Z  ≤ 60 with 82 ≤  N  ≤ 88 are investigated. We use the N3LOP effective interaction derived from Effective Field Theory Potentials and phenomenologically constrained. We noticed clear collective features in  N  = 86 and 88 isotones, with signature of triaxial γ-bands.

First signs of collectivity in N = 86 and 88 isotones above 132Sn

First signs of collectivity in N = 86 and 88 isotones above ¹³²Sn