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The values of renormalized Polyakov loops in the three lowest representationsof SU(3) were measured numerically on the lattice. We find that in magnitude,condensates respect the large-N property of factorization. In several ways, thedeconfining phase transition for N=3 appears to be like that in the N=infinitymatrix model of Gross and Witten. Surprisingly, we find that the values of therenormalized triplet loop are described by an SU(3) matrix model, with aneffective action dominated by the triplet loop. Future numerical simulationswith a larger number of colors should be able to show whether or not thedeconfining phase transition is close to the Gross-Witten point.Comment: 9 pages, 3 figures, Combined contribution to proceedings of Strong  and Electroweak Matter 2004 (SEWM 2004), Helsinki, Finland, 16-19 June 200

RENORMALIZED POLYAKOV LOOPS, MATRIX MODELS AND THE GROSS-WITTEN POINT