- Conference date: 13-19 July 2003
- Location: Crete (Greece)
A new method for calculating the low‐lying states of light nuclei is proposed: Antisymmetrized Molecular Dynamics (AMD) — Superposition of Selected Snapshots (AMD triple‐S). In addition to the cluster features of the core nucleus, the properties of the wave of valence nucleons are well expressed in terms of a superposition of selected AMD wave functions. For 6He, the binding energy and the halo nature are reproduced using effective interactions determined from a phase‐shift analysis. For the deformed core cases, in 12Be, the newly observed J = 0 state at 2.24 MeV is analyzed to be the second 0+ state.
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