Table of Contents

Getting to know molecular physics; molecular symmetry; quantum mechanics in molecular physics; interatomic interaction; repulsive forces; interatomic molecular bonds; dispersive forces; the diatomic molecule; molecular spectra; pure rotation spectrum; vibration-rotation spectrum; spectra of polyatomic molecules; molecular spectroscopy; molecular spectrometry; diffraction methods; nuclear magnetic resonance; experimental NMR techniques; applications of NMR; electron paramagnetic resonance (electron spin resonance); electron-nuclear double resonance; nuclear quadrupole resonance; epilogue.