TOPOLOGY WITHOUT COOLING - INSTANTONS AND MONOPOLES NEAR TO DECONFINEMENT

In an attempt to describe the change of topological structure of pure SU(2) gauge theory near deconfinement a renormalization group inspired method is tested. Instead of cooling, blocking and subsequent inverse blocking is applied to Monte Carlo configurations to capture topologi cal features at a well-defined scale. We check that this procedure lar gely conserves long range physics like string tension. UV fluctuations and lattice artefacts are removed which otherwise spoil topological c harge density and Abelian monopole currents. We report the behaviour o f topological susceptibility and monopole current densities across the deconfinement transition and relate the two faces of topology to each other. First results of a cluster analysis are described.