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We present higher loop results for the gluon and ghost propagator in Landaugauge on the lattice calculated in numerical stochastic perturbation theory. Wemake predictions for the perturbative content of those propagators as functionof the lattice momenta for finite lattices. To find out their nonperturbativecontributions, the logarithmic definition of the gauge fields and thecorresponding Faddeev-Popov operator have to be implemented in the Monte Carlosimulations.

Higher-loop gluon and ghost propagators in Landau gauge from numerical stochastic perturbation theory