Contents:

• Introduction:
• Principles of Neutron Scattering (P Böni et al.)
• Materials Science:
• Neutron Imaging (E H Lehmann)
• Neutron Tomography (B Schillinger)
• Neutron Powder Diffraction and New Materials (A W Hewat)
• Texture, Strain and Precipitates (M Grosse)
• Scattering Between Bragg Peaks (B Schönfeld)
• Optically Active Materials (R A Rupp)
• Soft Condensed Matter and Biology:
• Introduction to Soft Matter Systems (M Monkenbusch)
• SANS of Polymer Networks Under Deformation (W Pyckhout-Hintzen et al.)
• Dynamics of Polymer Systems (A Arbe)
• Biomolecular Dynamics by Neutron Scattering (H D Middendorf)
• Spin Contrast Variation for Macromolecular Research (O Zimmer)
• Surfaces and Interfaces:
• Neutron Reflectometry: Technique and Applications (D Clemens)
• Nanocrystalline Materials: Dominance of Interfaces and Mesoscopic Correlations (W Wagner et al.)
• Rare-Earth Compounds:
• Magnetic Ordering Phenomena in Rare-Earth Compounds (L Keller)
• Crystal-Field Phenomena in Rare-Earth Compounds (A Mirmelstein)
• Magnetic Excitations:
• Spin Excitations in Localized and Itinerant Magnets (B Roessli & P Böni)
• Triplet Excitations in a Family of S=1/2 Unconventional Antiferromagnets (N Cavadini et al.)
• Superconductivity and Superfluidity:
• Spin Dynamics in Cuprates and Its Relation to Superconductivity (Ph Bourges)
• Using Neutrons and Muons to Probe the Vortex Lattice in Type II Superconductors (S L Lee)
• Magnetic and Electronic Excitations in High-Temperature Superconductors (J Mesot)
• Superfluid ⁴Helium — A Very Novel Material (M A Adams)
• Summary:
• Summary of the School (W E Fischer)