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We present a detailed study of a filtering method based upon Diracquasi-zero-modes in the adjoint representation. The procedure induces nodistortions on configurations which are solutions of the euclidean classicalequations of motion. On the other hand, it is very effective in reducing theshort-wavelength stochastic noise present in Monte Carlo generatedconfigurations. After testing the performance of the method in varioussituations, we apply it successfully to study the effect of Monte Carlodynamics on topological structures like instantons.

Ultraviolet filtering of lattice configurations and applications to Monte Carlo dynamics