Physics is the most fundamental of the sciences. Discoveries in physics have had a major impact on all science and engineering fields. Quantum mechanics, for example, has transformed chemistry and is now extending our understanding of biology.

Developments in condensed matter physics, such as the transistor and the invention of the laser, have become the foundation of electronics and communications. Finally, more recently, physics has contributed to the field of biology by providing a vital framework for predictive modeling and new instrumentation.

A physics curriculum provides the knowledge of fundamental science needed for a deep understanding of these ideas. A degree in physics opens a rich diversity of options to the graduating student. Approximately one-half of physics graduates go on to graduate school. Those not attending a graduate program enter employment in physics or such related fields as electronics, computers, engineering, and teaching.  See our page on recent graduates for examples. Our department has developed learning goals for all students who take our courses.