Phenomenological model of the Kaonic Nuclear Cluster K^-pnn in the ground state

Details Phenomenological model of the Kaonic Nuclear Cluster K^-pnn in the ground state Phenomenological model of the Kaonic Nuclear Cluster K^-pnn in the ground state

2006-12-11

arxiv.org/abs/nucl-th/0612043v1

Physics

Nuclear Physics

Nuclear Theory

10 pages, 4 figures, Latex, Invited talk at the Workshop on ``Exotic hadronic atoms, deeply bound kaonic nuclear states and an

Scientific paper

A phenomenological model, proposed for the Kaonic Nuclear Cluster (KNC) K^-pp, is applied to the theoretical analysis of the KNC K^-pnn (or S^0). The theoretical values of the binding energy and the width are equal to epsilon_(S^0) = - 197 MeV and Gamma_(S^0) = 16 MeV. They agree well with the experimental data epsilon^(exp)_(S^0) = - 194.0(+ 1.5/- 4.4) MeV and Gamma^(exp)_(S^0) < 21 MeV} (PLB 597, 263 (2004)) and the theoretical values epsilon_(S^0) = - 191 MeV and Gamma_(S^0) = 13 MeV, obtained by Akaishi and Yamazaki within the potential model approach.

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