Introduction to neutron scattering (mathematical description in terms of correlation functions) and applications to basic problems of solid state physics: static and dynamics of condensed matter, magnetic structures as well as magnetic excitations, polarized neutrons.

The lecture, based on the basic tools seen during the autumn semester, concentrates on a few particular examples: phase transitions, selected structure problems, magnetism, dynamical neutron scattering. A few examples from the most recent literature are as well discussed.

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