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Using Quantum Monte Carlo we compute thermodynamics and spectra for theorbitally degenerate Hubbard model in infinite spatial dimensions. Withincreasing orbital degeneracy we find in the one-particle spectra: broaderHubbard bands (consistent with increased kinetic energy), a narrowing Mott gap,and increasing quasi-particle spectral weight. In opposition, Hund's ruleexchange coupling decreases the critical on-site Coulomb energy for the Motttransition. The metallic regime resistivity for two-fold degeneracy isquadratic-in-temperature at low temperatures.Comment: 4 pages, 4 figures, to be published in PR

Multiorbital Hubbard model in infinite dimensions: Quantum Monte Carlo calculation