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The mobility edge is extracted from a non-perturbative analysis of F.Wegner's real matrix ensemble (RME), $N$-orbital model of electrons with brokentime-reversal invariance moving in random potential. The replicon fluctuationsaround the zero-dimensional (0D), single metallic grain saddlepoint, are shownto destabilize diffusive regime beyond the low energy limit yielding a precisecriteria of localization in terms of a single scaling parameter.

Non-perturbative Solution of the Unitary, $N$-Orbital Anderson Model