Appendix 5. Description of spin wavefunctions by Pauli Spin Matrices. 2. Principles of quantum mechanics -- 3. Perturbation of stationary states by electromagnetic radiation -- 4. The harmonic oscillator, a model system for the vibrations of diatomic molecules -- 5. Vibrational infrared and raman spectroscopy of polyatomic molecules -- 6. Rotation of molecules and rotational spectroscopy -- 7. Atomic structure: the hydrogen atom -- 8. Nuclear magntic resonance (NMR) spectroscopy -- 9. Atomic structure: multi-electron systems -- 10. Electronic states and spectroscopy of polyatomic molecules -- 11. Group theory and symmetry -- Appendix 1. Constants and conversion factors -- Appendix 2. Approximative methods: catiation and perturbation theory -- Appendix 3. Nonlinear spectroscopic techniques -- Appendix 4. Fourier transform (FT) methodology -- Appendix 5. Description of spin wavefunctions by Pauli Spin Matrices.
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