A basic understanding of theoretical concepts (approximations) underlying most commonly used spectroscopies.
Quantum mechanical foundations. Interaction matter - radiation. Transition probabilities and selection rules. Basic concepts and implications of symmetry. Examples: Photoelectron spectroscopy angle integrated (XPS) and angle resolved (UPS) band mapping, "experimental" band-structure. calculation and interpretation of spectra. Auger and X-ray emission (absorption) Tunnelling spectroscopy Infrared and Raman spectroscopy (adsorbates) Energy loss spectroscopy (adsorbates)
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