These methods are applied to selected problems in acoustics, heat flow, electromagnetic fields, and quantum mechanics. Introductory Quantum Mechanics. Basic theoretical concepts such as Hermitian operators, Ehrenfest's theorem, commutation relations, and uncertainty principles are developed as the course proceeds. This course provides an opportunity, on a tutorial basis, for a student to investigate a selected topic of individual interest. Topics are selected jointly by the student and tutor.
Students are limited to one independent study per semester.
The theory of equilibrium states is developed in a general way and applied to specific thermodynamic systems. The concepts of classical and quantum statistical mechanics are formulated. Ability to understand partial derivatives is expected. Classical and Modern Optics. A general course on light treated as an electromagnetic wave, including the theory and operation of common optical instruments.