Abstract
The vacuum state of gluonic quantum chromodynamics on the lattice is determined up to fifth order in a 1/N c expansion (N c=number of colours). The vacuum expectation value of the gluon field squaredF aμvF a μv is deduced. The quark-antiquark and gluon-gluon potential is calculated in the same limit up to the 1/N c 3 order.
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