Program Overview

Introduction to Physics Programs

The study of physics is fundamental to understanding the physical world, from the smallest particles to the vast expanse of the universe. Physics concepts are essential to engineering, chemistry, geology, and the life sciences, and are crucial to the development of technology that shapes our lives.

Bachelor of Science in Physics

The Bachelor of Science (BSc) degree in physics is an in-depth study of the physical sciences. It develops a strong foundation in many areas of physics and math, and offers opportunities for breadth courses in the sciences and beyond. The BSc provides the rigorous training needed for students intending to pursue graduate work in physics or engineering.

Bachelor of Arts in Physics

The Bachelor of Arts (BA) degree in physics gives students a solid grounding in physics while allowing them to study and even double major in another field of their choice, from mathematics to philosophy and anything in between. The BA may be a good fit for students who desire to pursue climate science, science journalism, the history or philosophy of science, patent law, economics, business, pre-medical studies, or K-12 science education.

Bachelor of Science in Biological Physics

The Bachelor of Science (BSc) in Biological Physics is an innovative, interdisciplinary program that combines physics, mathematics, and biology. This major is perfect for students who are interested in applying strategies from the physical sciences and applied math to complex problems in biology.

Minor in Physics

In addition to the Bachelor's degrees, a minor in physics is also offered to complement a major in another field. With only six (4-credit) courses required for the minor, it is easy to add a minor to many majors, including computer science, economics, or mathematics.

Opportunities for Undergraduate Research

Students pursuing any of the physics degrees, including the minor, are strongly encouraged to conduct research to complement their coursework. Research opportunities allow students to apply the tools developed in the classroom to real problems in the field. The physics department boasts several laboratories outfitted with the latest technologies and state-of-the-art equipment, and students can work side-by-side with faculty and graduate students on research projects.

Research Areas

Research groups in the physics department focus on a variety of topics, including:

• Microfluids
• Condensed matter
• Particle physics
• String theory
• The early universe
• Other topics

Senior Thesis

Many academic or paid-research positions throughout a student's time at the university can result in a capstone or senior thesis. Recent senior theses have surveyed high-redshift quasars, new approaches to theoretical questions in physics, and thermal fluctuations, by students who have gone on to do excellent work in physics, applied engineering, and teaching.

Why Choose This Program?

The highly ranked physics program at the university has an international reputation for excellence in research. The program's commitment to fostering close faculty-student interaction means that students have direct access to physicists who are changing the world through research, and contribute to their research as they work side-by-side. The university's location near a major hub of physics research and home to some of the world's best universities exposes students to a steady stream of distinguished speakers and important colloquia. The undergraduate program in physics prepares students for more in-depth study in the field or for an exciting career in the public or private sector, in areas such as sustainable energy or nanotechnology.