Physics

All of the technological achievements we rely on daily, from power generation to transportation and communication, are based on our understanding of the physical laws of nature. To maintain and improve humankind’s standard of living, it is imperative that we continue to study nature and gain a better understanding of its laws. The Department of Physics is committed to this process of creating and disseminating new knowledge, and to preserving the knowledge created by previous generations of physicists, through the principle of combining research with teaching.

Carol Paty, CAS space physicist
What's Beneath Europa's Icy Surface?

NASA's Europa Clipper spacecraft has launched and will soon be on its way to Jupiter's moon. What happens now? Join CAS space physicist Carol Paty, who helped develop key instruments aboard the craft, Nov. 14 at the Museum of Natural and Cultural History to learn more about this groundbreaking mission.

15-25
STUDENTS PER CLASS
$8.9 MIL
IN EXTERNAL RESEARCH GRANTS
14
FELLOWS OF THE AMERICAN PHYSICAL SOCIETY AMONG FACULTY

What You Can Do with a Degree in Physics

Graduates with a major in physics find employment in the various areas of physics and other physical sciences; in technological and health industries; in financial services; and in computer science, library science, education, communication, law, and medicine. Physics provides students with a foundation for employment in:

  • Electronics industries
  • Engineering firms
  • Telecommunications companies
  • Financial services
  • Health care practices
  • Research institutes and organizations
  • Federal government agencies
  • Scientific journals and book publishing
  • Colleges and universities
Nicole Wales

How Physics Catalyzes Your Career

“I genuinely love physics and the challenges it presents. Physics is literally everywhere, everything, and always working!”

—Nicole Wales, Physics, '21

Our Degree Programs

The Department of Physics offers multiple degree paths, allowing students to choose a course of study oriented toward either scientific research or a career in the applied sciences. Many students who earn a bachelor’s degree in physics continue their studies toward a graduate degree in physics or a related field of natural science or engineering.

Stephanie Majewski
Learn from Experts in the Field

Our faculty members, including one member of the National Academy of Sciences and 14 Fellows of the American Physical Society, engage in research that ranges from fundamental questions to work that spins off high-technology companies. They instill excitement about their research discoveries in our students, both in the classroom and in the research laboratory, and train students to become part of the exciting intellectual endeavor we call science.

Teacher and students with telescope
Get Real-world Experience

Physics students at all levels have the opportunity to design their own experiments and conduct authentic research. Explore the frontiers of modern physics using research-grade equipment in the Advanced Projects Lab, participate in outreach or student-driven research at Pine Mountain Observatory in central Oregon, or join one of our many research groups.

Scholarships and Funding

Physics majors can apply for undergraduate scholarships through the College of Arts and Sciences and a variety of other sources. The Department of Physics provides funding for doctoral candidates through teaching and research assistantships.

Undergraduate Scholarships
Graduate Funding

Academic Support

The Department of Physics offers extensive academic support services. Students can seek college and career assistance from advisors from Tykeson Hall or meet with our departmental advisors for help navigating their degree requirements and educational explorations. We also offer tutoring support through our drop-in help center.

Undergraduate Advising
Support for Graduate Students

Department of Physics News and Events

PHYSICS - The National Science Foundation has awarded a one-year, $1 million grant to a team led by University of Oregon researchers exploring practical applications for emerging quantum technologies and working to move discoveries beyond the lab. “Oregon has a small group of proficient researchers leading the way globally in quantum technology," said Brian Smith, a professor of physics and director of the Oregon Center for Optical, Molecular and Quantum Science.
MATHEMATICS, PHYSICS - Miles from any other humans, Katie Linnenkohl and Owen Mitchem—both undergrads majoring in physics—trudge up a darkening path toward the hemispherical structure atop Pine Mountain near Bend, where they’ll spend the night scouring the sky for signs of a world around another star. Their mission: Capture evidence of a suspected planet lurking within the constellation Cassiopeia.
In UO’s materials characterization labs, researchers are pushing the boundaries of what can be observed through a microscope. Equipped with some of the most powerful electron microscopes on the West Coast, CAMCOR is arguably the University of Oregon’s most comprehensive and cutting-edge core science facility. Funded by the Office of Research and Innovation, it was the first institute in North America to install a multi-ion source plasma-focused ion beam, which can analyze and mill materials at the nanometer level.

All news »


 

Graduate Writing Webinar: Every Semester Needs a Plan
Jan9
Graduate Writing Webinar: Every Semester Needs a Plan Jan 9
Exploring the Dolomites Information Session
Jan9
Exploring the Dolomites Information Session Jan 9
Wrestling Jerusalem: A Film Screening and Conversation with the Artist
Jan9
Wrestling Jerusalem: A Film Screening and Conversation with the Artist Jan 9 Erb Memorial Union (EMU)

All events »