Matter, energy, space, time
Physics provides a rich framework for appreciating the universe as well as a system for explaining the phenomena within it. Physics at Roanoke offers you a close-knit community, challenging coursework and the opportunity for genuine scientific investigation. Because physics impacts discoveries in astronomy, engineering, chemistry, mathematics, geology and biology, you'll be encouraged to pursue meaningful connections across the curriculum.
Whether you're a first-year student or an upper-level minor in physics, research experiences with individual faculty mentors abound.
Graduates in physics prosper in the employment market and graduate school programs, with recent students going on to excel in engineering, computer science, law and, of course, physics.
We offer both a major and a minor in physics.
Physics at Roanoke College
Roanoke physics majors Cam Cassady '14 and Chris Valentine '15 spent the summer engaged in research at Oak Ridge National Laboratories near Knoxville, Tenn. Under the direction of ORNL scientist Matthew Blackston and Roanoke physics Professor Matt Fleenor, their summer research focused on coded-aperture imaging, an indirect technique used in astronomy, medicine and nuclear security to observe materials that emit high-energy particles.
Sample Course Offerings:
- PHYS 203: Modern Physics
- PHYS 299: Astrophysics
- PHYS 458: Optics & Spectroscopy
View all courses
“Rather than being a vague face in a sea of students, each student receives personal attention, creating an excellent classroom environment and allowing for valuable research experiences.”
Jake Bennett ’08, physics graduate and current postdoctoral researcher at Carnegie Mellon University
Students learn value of community outreach through work in schools
Members of the Society of Physics Students have been working with local elementary school students through an after-school STEM program. "We hope that getting kids excited about exploring science and math will help keep them engaged in their STEM classes," says club member senior Morgan Heckman. The opportunity to run this program has also been an educational experience for club members. "Learning how to communicate and foster excitement about STEM is a necessary skill for anyone in the STEM fields. Kids helps us find ways to do this more effectively, and their enthusiasm can be infectious."
Our grads work at great organizations
Many opportunities for independent study
Physics of Nanotechnology: Daniel Ballou synthesized Goethite nanotubes.
Physics of Galaxy Formation: David Guynn studied the influence of environment on galaxy clusters.
Physics of Material Science: Anne Kyner analyzed Mossbauer data from planet Mars.
Student’s Love for Computational Astrophysics Explored Through Summer Scholars
Austin Bane was able to spend his summer working on research with Dr. Matthew Fleenor in the field of computational astrophysics through the Summer Scholars program. "I have a passion for computer science and physics and wanted to combine the two elements into one project," Bane says. Bane created a simulation that modeled protostellar disk formation, or the transition from a shapeless cloud of dust into a disk. "It's unlikely that I would have been able to do this research without being at Roanoke College. Undergraduate research isn't easy to get at large institutions with graduate students."
Roanoke College physics majors have been valedictorian 3 times in the last 15 years.
Lambert receives Goldwater Scholarship – the preeminent undergraduate science scholarship
William "Liam" Lambert, a double major in physics and math, was awarded a prestigious Goldwater Scholarship, the preeminent undergraduate science scholarship. The 2018 Goldwater Scholars were selected based on academic merit from a field of 1,280 natural sciences, mathematics, and engineering students from over 2,000 colleges and universities nationwide. Lambert receives a membership to the American Physical Society and the organization featured his Goldwater award and covered his research.
Peering into the nano world
The Physics Group has purchased a high-resolution atomic force microscope (AFM). This instrument can produce high-resolution images of structures that are 1,000 times smaller than a human hair. Physics students and faculty use the AFM for mapping micro and nanostructures, studying surface properties of thin films, and manipulating matter at the nanoscale.