Day 1:
1. Basics: spins polarization, pulsed NMR, precession, FID signal and sensitivity, relaxation times (KS)
2. Technical details: function of a pulsed NMR spectrometer (GH)>
3. Data acquisition and processing: Fourier trans-formation, phases and offsets, sampling issues (GH)
What are groups, where do they naturally appear? How do we mathematically model symmetry and what does it have to do with groups? Motivation, examples from own research environment?definitions and notation, examples, tasks, practicing mathematical reasoning, the symmetry group of the regular n-corner, examples from own research.