Low-lying S-wave and P-wave Dibaryons in a Nodal Structure Analysis

Details Low-lying S-wave and P-wave Dibaryons in a Nodal Structure Analysis Low-lying S-wave and P-wave Dibaryons in a Nodal Structure Analysis

2002-12-17

arxiv.org/abs/nucl-th/0212069v3

Phys. Rev. C 67 (2003), 055207

Physics

Nuclear Physics

Nuclear Theory

29 pages, 2 figures

Scientific paper

10.1103/PhysRevC.67.055207

The dibaryon states as six-quark clusters of exotic QCD states are investigated in this paper. With the inherent nodal surface structure analysis, the wave functions of the six-quark clusters (in another word, the dibaryons) are classified. The contribution of the hidden color channels are discussed. The quantum numbers of the low-lying dibaryon states are obtained. The States $[\Omega\Omega]_{(0,0^{+})}$, $[\Omega\Omega]_{(0,2^{-})}$, $[\Xi^{*}\Omega]_{(1/2,0^{+})}$, $[\Sigma^{*}\Sigma^{*}]_{(0,4^{-})}$ and the hidden color channel states with the same quantum numbers are proposed to be the candidates of dibaryons, which may be observed in experiments.

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