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A universal behavior is predicted for ghost and gluon propagators in theinfrared. The universal behavior is shown to be a signature of a one-loopapproximation and emerges naturally by the massive expansion that predictsuniversal analytical functions for the inverse dressing functions that do notdepend on any parameter or color number. By a scaling of units and by adding anintegration constant, all lattice data, for different color numbers (and evenquark content for the ghosts), collapse on the same universal curves predictedby the massive expansion.

Universal scaling of gluon and ghost propagators in the infrared