Scheduled classes

PHYS 481/681. Quantum Mechanics I

PHYS 481/681 is the first-semester, introductory quantum mechanics course. We begin with old quantum theory to intuitively introduce key concepts, then present the Schrödinger equation—the most fundamental and direct formulation of quantum mechanics - and apply it to solve several stationary problems with time-independent potentials. To treat general systems, we develop a rigorous formalism that distinguishes universal quantum behaviors from the specific features of individual potentials. We then apply these principles to describe simple quantum matter, such as the hydrogen atom, and to analyze its interactions with external electric and magnetic fields. Each chapter concludes with a special topic linking foundational knowledge to current research.

This hybrid course is open to senior undergraduates (PHYS 481) and junior graduate students (PHYS 681). Lectures are shared, but graduate students complete additional homework and exam problems. -- More

PHYS 482/682. Quantum Mechanics II

PHYS 482/682 is the second-semester, introductory quantum mechanics course. We begin with the fundamentals of quantum statistics, including Bose-Einstein and Fermi-Dirac statistics, and then cover three widely used approximation methods: perturbation theory, the variational method, and the WKB approximation. Building on the Schrödinger equation, we explore solutions to stationary problems, develop a rigorous formalism to distinguish universal quantum behaviors from potential-specific features, and apply these principles to systems such as the hydrogen atom. We also examine interactions between matter and external electric and magnetic fields. Each chapter concludes with a special topic that connects core principles to current research.

This hybrid course serves both senior undergraduates (PHYS 482) and junior graduate students (PHYS 682), with shared lectures but additional homework and exam problems assigned to graduate students. -- More

Non-scheduled classes

PHYS 491/777. Independent Study

Independent study of a topic in physics not specifically included in the regular course offerings. Grade depends on requirements outlined in a written contract between student and instructor agreed upon prior to beginning the course. Topics can be indentified by student and instructor together. -- More

PHYS 493. Independent Research

Laboratory or research work on a research project that demonstrates the student's ability to apply his or her knowledge of physics in practical research. A 30-minute talk on the project required. Topics can be indentified by student and instructor together. -- More