Dibaryon states containing two different types of heavy quarks.

Abstract

In a recent series of papers we have shown that including heavy quarks in the dibaryon sector can lead to configurations stable against decay into two baryons. In this study we extend our previous work by a study of all the physical ${\mathit{Q}}^{2}$${\mathit{q}}^{4}$ [Q denotes a heavy quark and q denotes a member of the SU(3${)}_{\mathit{F}}$ triplet representation] systems in a solvable chromomagnetic model. We propose a number of new heavy states which could be stable under strong interactions.