List of participating projects (2000-2002)

	A. Arnold, A. Jüngel Uni des Saarlandes, Uni Konstanz Numerics and asymptotics of microscopic and macroscopic equations for quantum systems
	T. Blesgen, S. Luckhaus Uni Leipzig Phase transition in crystals
	F. Bornemann TU München Analysis and numerical treatment of the interaction of three scales in generic energy crossings in quantum--classical molecular dynamics
	C. Carstensen Uni Kiel Efficient approximation of measure--valued solutions in non--convex minimisation problems
	M. Dellnitz Uni Paderborn The efficient identification of macroscopic dynamics
	A. DeSimone MPI Leipzig Soft Ferromagnetic Films
	W. Dreyer, J. Sprekels WIAS Berlin Multi--scale modelling of thermomechanical bodies
	B. Fiedler FU Berlin Quantitative Homogenization and Averaging
	J. Fuhrmann, H.-C. Kaiser, G. Schmidt WIAS Envelope function approximation of electronic states in semiconductor nanostructures
	H. Garcke, B. Nestler Uni Bonn, RWTH Aachen Analysis, modelling and simulation of multi-scale multi-phase solidification processes in alloy systems
	H. Garcke, B. Niethammer, M. Rumpf Uni Bonn Multiple scales in phase separating systems with elastic misfit
	W. Hackbusch MPI Leipzig Composite finite elements for the approximation of partial differential equations with jumping coefficients
	R.H.W. Hoppe, H. Sieber Uni Augsburg, Uni Erlangen Structural Optimization of Biomorphic Cellular Silicon Carbide Ceramics with Microstructures by Homogenization Modeling
	W. Jäger Uni Heidelberg Scaling limits and modelling of flows and transport in branch networks
	H.-J. Flad, W. Hackbusch, D. Kolb MPI Leipzig, MPI Leipzig, Uni Kassel Approximation of many--particle wavefunctions on sparse grids
	M. Kunze, H. Spohn Uni Essen, TU München Adiabatic limits in particle-field interactions
	C. Lubich Uni Tübingen Numerical algorithms for problems with multiple time scales
	J. M. Melenk, C. Schwab MPI Leipzig, ETH Zürich Two-scale regularity theory of homogenization problems and two-scale finite element method convergence theory
	A. Mielke Uni Stuttgart Derivation and analysis of evolution equations for Young measures
	I. Müller TU Berlin Thermodynamic aspects of load-induced martensitic transformations in shape-memory alloys
	B. Niethammer, F. Otto Uni Bonn Homogenization of dilute particle dispersions
	C. Schütte FU Berlin From multiple scales to effective dynamics: an approach using transfer operators and essential degrees of freedom
	A. Stevens MPI Leipzig Propagation phenomena in heterogeneous media
	A. Mielke Uni Stuttgart Coordination program of Priority Program 1095 Analysis, Modelling and Simulation of Multi--Scale Problems