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Lectures 1 and 2:<br> The Hamiltonian approach to classical mechanics and the analysis of lattice vibrations |
Lecture 3:<br> Principles and Language of QM: Representing states, physical quantities, and time evolution |
Lecture 4:<br> Quantum Mechanical Systems and Measurements |
Lecture 5:<br> Symmetries, conserved quantities, and the labeling of states |
Lecture 6:<br> The Hydrogen Atom Labeling states |
Lecture 7:<br> Waves in periodic potentials |
Magnetic Properties<p></p> |
Optical Properties<p></p> |
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