The diquark cluster model predicts that some narrow dibaryon resonances with negative parity are degenerate at three energy levels of approximately 2.13, 2.19, and 2.25 GeV. This prediction may be quite consistent with the experimental analysis of the missing mass spectrum in the p+3He→d+X reaction studied by Tatischeff et al., in which they found three narrow peaks at 2.121, 2.192, and 2.240 GeV. In this short article, we report our predictions for the widths of these narrow resonances calculated using the diquark cluster model as well as their precise resonating energies.  (AIP)

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