Quarks and glue: Equations of motion

The conceot of a linearly rising potential which serves to permanently binds quarks into hadrons is parlayed into field theoretic equations of motion for quarks and their accompanying glue fields. The usual fractionally charged are assumed to be comprised of degenerate color triplets. The gulons are assumed to be the naturally accompanying octet of color gauge fields which are needed to make color an exact gauge symmetry. Fourth derivatives of the gluon fields occur in the equations of motion in order that the gluons may transit the permanently binding force. The quark-glue coupling is not minimal, but is rather assumed to have a large anomalous spin coupling term. This produces large spin-spin forces between quarks, which apparently are required to account for the large percentage mass difference between the pion and the rho.