Undergraduate Programs

Why Study Physics?

Physics students learn how the laws of nature can be used to explain the many phenomena of our world. Most students are excited to find that elementary principles, many of which are learned in introductory physics courses, may be used to solve seemingly complex problems. This ability to apply the simple principles that underlie complex problems will serve students well in the interests and careers they pursue after graduation.


Tear showing presentation

Major in Physics

Our students gain a strong foundation in the basics of physics while developing analytical and problem-solving skills essential in any career. A solid grounding in the liberal arts, which includes written and oral communication skills, is an asset sought by most employers.


Halle Foster

Develop Problem-Solving Skills

“I’m sincerely grateful for the guidance and support provided at UO throughout my academic journey. The UO physics department fosters an inclusive environment facilitated by dedicated educators committed to supporting and challenging their students. Apart from gaining valuable experience in a research lab, they equipped me with creative problem-solving skills and prepared me for the UO Knight Campus Master’s Program. Thanks to these experiences I attained an exciting, great-paying job in the high-tech industry, which is a testament to the practical and impactful education obtainable at UO. I'm incredibly grateful for these opportunities and excited to see what comes next.”

—Halle Foster, physics major, '23


Teacher instructing student

Get Real-World Experience

Physics majors can develop their skills through a variety of experiential learning opportunities, from designing their own experiments in the Advanced Projects Lab to joining one of our physics research groups.


Advising and Academic Support

Schedule an appointment with an advisor and get your questions answered. 

Departmental Advising and Support

Scholarships and Awards

Explore ways to fund your studies in the Department of Physics.

Scholarships and Awards


Events

Organic/Inorganic/Materials Seminar Series - Third Year Talks
Feb21
Organic/Inorganic/Materials Seminar Series - Third Year Talks Feb 21 Willamette Hall
POTUS or, Behind Every Great Dumbass Are Seven Women Trying to Keep Him Alive
Feb21
POTUS or, Behind Every Great Dumbass Are Seven Women Trying to Keep Him Alive Feb 21 Miller Theatre Complex
POTUS or, Behind Every Great Dumbass Are Seven Women Trying to Keep Him Alive
Feb22
POTUS or, Behind Every Great Dumbass Are Seven Women Trying to Keep Him Alive Feb 22 Miller Theatre Complex
University Theatre Presents: "The Long Game for Women in Politics" Panel Discussion
Feb22
University Theatre Presents: "The Long Game for Women in Politics" Panel Discussion Feb 22 Miller Theatre Complex
POTUS or, Behind Every Great Dumbass Are Seven Women Trying to Keep Him Alive
Feb23
POTUS or, Behind Every Great Dumbass Are Seven Women Trying to Keep Him Alive Feb 23 Miller Theatre Complex
Physical Chemistry Seminar Series - What’s spin got to do with it? Using organic semiconductors to manipulate spin for novel high-efficiency electronics   
Feb24
Physical Chemistry Seminar Series - What’s spin got to do with it? Using organic semiconductors to manipulate spin for novel high-efficiency electronics    Feb 24 Willie and Donald Tykeson Hall
Chinook Justice: A Survivance Journey—Native American and Indigenous Studies Research Colloquium
Feb24
Chinook Justice: A Survivance Journey—Native American and Indigenous Studies Research Colloquium Feb 24 Many Nations Longhouse
Composition Writing Lab Drop-In Hours
Feb24
Composition Writing Lab Drop-In Hours Feb 24 Willie and Donald Tykeson Hall
Department of History Coffee Hour
Feb25
Department of History Coffee Hour Feb 25 McKenzie Hall
Disruption vs. Stability: Impacts on People and Policy Under a New Republican Majority
Feb25
Disruption vs. Stability: Impacts on People and Policy Under a New Republican Majority Feb 25 Ford Alumni Center