Abstract
In the heavy nucleus 208Pb the 3- yrast and 4+ yrast states (Ex = 2615 and 4324 keV) are described by a rotating tetrahedron and eight more states at 4 < Ex < 8 MeV by rotating and vibrating tetrahedrons. The stiffness in three vibration modes is hundred times higher than for corresponding states in 16O by comparing the excitation energies from the prediction by the algebraic cluster model [Nucl. Phys. A 957 (2017) 154] and the splitting of a 2± doublet predicted to be degenerate.
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