Journal Article Stochastic estimation of nuclear level density in the nuclear shell model: An application to parity-dependent level density in 58Ni

Shimizu, Noritaka  ,  Utsuno, Yutaka  ,  Futamura, Yasunori  ,  Sakurai, Tetsuya  ,  Mizusaki, Takahiro  ,  Otsuka, Takaharu

753pp.13 - 17 , 2016-02 , Elsevier B.V.
ISSN:0370-2693
NCID:AA00774026
Description
We introduce a novel method to obtain level densities in large-scale shell-model calculations. Our method is a stochastic estimation of eigenvalue count based on a shifted Krylov-subspace method, which enables us to obtain level densities of huge Hamiltonian matrices. This framework leads to a successful description of both low-lying spectroscopy and the experimentally observed equilibration of Jπ=2+Jπ=2+ and 2−2− states in 58Ni in a unified manner.
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