Abstract

We review the two and three-body baryonic BB decays with the dibaryon (BBˉ′{\bf B\bar B'}) as the final states. Accordingly, we summarize the experimental data of the branching fractions, angular asymmetries, and CPCP asymmetries. Using the WW-boson annihilation (exchange) mechanism, the branching fractions of B→BBˉ′B\to {\bf B \bf \bar B'} are shown to be interpretable. In the approach of perturbative QCD counting rules, we study the three-body decay channels. In particular, we review the CPCP asymmetries of B→BBˉ′MB\to {\bf B\bar B'}M, which are promising to be measured by the LHCb and Belle~II experiments. Finally, we remark the theoretical challenges in interpreting B(B−→ppˉρ−){\cal B}(B^-\to p\bar pρ^-) and B(B−→ppˉμ−νˉμ){\cal B}(B^-\to p\bar pμ^-\bar ν_μ).

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