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1 introduction
2 mechanical properties of molecules, their size and mass
3 molecules in electric and magnetic fields
4 introduction to the theory of chemical bonding
5 symmetries and symmetry operations: a first overview
6 symmetries and symmetry operations a systematic approaclt
7 the multi-electron problem in molecular physics and quantum chemistry
8 overview of molecular spectroscopy techniques
9 rotational spectroscopy
10 vibrational spectroscopy
11 the quantum-mechanical treatment of rotational and vibrational spectra
12 raman spectra
13 electronic states
14 the electronic spectra of molecules
15 further remarks on the techniques of molecular spectroscopy
16 the interaction of molecules with light: quantum-mechanical treatment
17 theoretical treatment of the raman effect and the elements of nonlinear optics
18 nuclear magnetic resonance
19 electron spin resonance
20 macromolecules, biomolecules, and supermolecules
21 experiments on and with single molecules
22 molecular electronics and other applications