STUDY OF DIBARYON STATES CONTAINING 3 DIFFERENT TYPES OF QUARKS

Previously we have shown, in a simple chromomagnetic model, that inclu ding heavy quarks in the dibaryon sector can lead to favorable configu rations for stability against decay into two baryons. In this study we investigate a reduced set of favorable candidates that have emerged f rom our previous works. We use a non-relativistic quark model with qua rks interacting through a QCD-inspired potential, which has been teste d previously in meson and baryon spectroscopy. A variational procedure is performed using a great number of Gaussian functions containing al l the possibilities for colour, isospin, and spin components.