Table of Contents

Lecture 1: Operator and Superoperator Algebra;
Lecture 2: Spin;
Lecture 3: The Quantum Description of an Isolated Spin-1/2;
Lecture 4: Irreducible Spherical Tensors;
Lecture 5: Perturbation Methods;
Lecture 6: The Spin Hamiltonian;
Lecture 7: The Radiofrequency Hamiltonian and the Rotating Frame;
Lecture 8: The Dynamics of an Isolated Spin-1/2;
Lecutre 9: The Density Operator;
Lecture 10: The Dynamics of a Single Spin-1/2 Ensemble;
Lecture 11: The Dynamics of an Ensemble of Coupled Spin-1/2 Pairs;
Lecture 12: A Relaxation Theory of Nuclear Spin States;
Workshop 1: Spin States and Operators;
Workshop 2: Spherical Tensors and Spin Hamiltonians;
Workshop 3: The Dynamics of Single Spin-1/2 Systems;
The Dynamics of an Ensemble of Spin-1/2 Pairs and Spin Relaxation