Department of Physics and Applied Physics
From the smallest quarks to the largest galaxies, physics provides the foundation for understanding how the world works. In the Department of Physics and Applied Physics, students explore the fundamental principles that govern nature while learning how those principles can be used to solve real-world problems.
As a purely undergraduate department, we are dedicated to providing students with a rigorous and personalized education. Our small size allows faculty to work closely with students in the classroom, laboratory, and research settings, fostering an environment where intellectual curiosity, creativity, and innovation thrive.
Within our department, our faculty and many of our students are involved in research in the following fields:
- Applied Optics
- Astrophysics
- Condensed Matter Physics (theory and experiment)
- High Energy Particle Theory
- Medical Physics
- Molecular and Nanoelectronic device modeling
- Nuclear Theory
- Polymer Physics
- Seismology
Our Applied Physics program combines the deep theoretical foundation of a traditional physics degree with coursework and experiences that emphasize practical applications in technology, instrumentation, computation, and design. Students develop strong analytical and problem-solving skills that are highly valued across a wide range of technical professions.
Importantly, while the degree is designated as Applied Physics, the curriculum remains the same as the current program and continues to provide excellent preparation for engineering careers. Graduates acquire the mathematical, scientific, computational, and laboratory skills sought by employers in engineering and technology fields, while also benefiting from the broader perspective and flexibility that a physics-based education provides. Students are well positioned to pursue careers in industry, engineering, research and development, data science, advanced manufacturing, and emerging technologies, as well as graduate study in physics, applied physics, engineering, and related disciplines.
We strive to share our enthusiasm for physics and its applications with our students, empowering them to become innovative problem-solvers who can bridge the gap between scientific discovery and technological advancement.