Symplectic structure and monopole strength in 12C

preprint2011arXivOpen access

Abstract

The relation between the monopole transition strength and existence of cluster structure in the excited states is discussed based on an algebraic cluster model. The structure of 12^{12}C is studied with a 3αα model, and the wave function for the relative motions between αα clusters are described by the symplectic algebra Sp(2,R)zSp(2,R)_z, which corresponds to the linear combinations of SU(3)SU(3) states with different multiplicities. Introducing Sp(2,R)zSp(2,R)_z algebra works well for reducing the number of the basis states, and it is also shown that states connected by the strong monopole transition are classified by a quantum number ΛΛ of the Sp(2,R)zSp(2,R)_z algebra.

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