Symmetries in quantum mechanics : from angular momentum to supersymmetry

Introduction Symmetry in quantum mechanics Rotations in three-dimensional space Angular momentum operators and eigenstates Addition of angular momenta Representations of the rotation group The Jordan-Schwinger construction and representations Irreducible tensors and tensor operators Peculiarities of two-dimensional rotations: anyons, fractional spin and statistics A brief glance at relativistic problems Supersymmetry in quantum mechanics and particle physics Appendices Index