  Several realistic phenomenological nucleon-nucleon interaction models are
employed to investigate the possibility of bound deuteron-like states of such
heavy flavor hyperons and nucleons, for which the interaction between the light
flavor quark components is expected to be the most significant interaction. The
results indicate that deuteron-like bound states are likely to form between
nucleons and the $\Xi_c^{'}$ and $\Xi_{cc}$ charm hyperons as well as between
$\Xi$ hyperons and double-charm hyperons. Bound states between two $\Sigma_c$
hyperons are also likely. In the case of beauty hyperons the corresponding
states are likely to be deeply bound.
