Emphasis is on problem-solving. A study of matter in its solid state. Topics include crystal structure, electrical conduction in metals and semiconductors, dielectrics, magnetic materials, and superconductivity. Includes applications to solid-state devices. The Schrodinger formulation of quantum theory is developed with its constructs of wave packets, differential operators, and eigenvalue equations.
Special emphasis is given to the quantum theory of measurement.
Applications include various one-dimensional problems, central potentials and angular momenta. The transitions to the matrix formulation of quantum theory is developed. Enrollment and attendance is required each semester during the sophmore, junior, and senior years. Freshman majors and students who minor in physics are also encouraged to attend. The seminar meets once every other week.