Physics & Astronomy

From subatomic particles to galactic superclusters, join us to learn about the foundational principles governing the behavior of many-body systems and develop investigative skills that will help unlock new knowledge. Develop mathematical modeling, research, and analytical skills that are valuable not only in physics and astronomy, but drive discovery everywhere.

Contact

Bennett Hall, Room 120

Orono, ME 04469

P

207.581.1016

F

207.581.3410

Bennett Hall, Room 120

Orono, ME 04469

P

207.581.1016

F

207.581.3410

About

Our department has a vibrant faculty who teach using state-of-the-art pedagogical methods and materials developed from research on the learning and teaching of physics. They conduct world-class research in nanomaterials, biophysics, physics education, and astrophysics and have earned awards at UMaine and across the world for scholarship, teaching, and service. They have been cited in Nobel Prize lectures or Nobel scientific background literature; they are Fellows of the American Physical Society and the American Association for the Advancement of Science; They include a Humboldt Awardee and a Fulbright Scholar. Members of our faculty have collectively earned all of the major awards from the College of Liberal Arts and Sciences (CLAS): Outstanding Research and Creative Achievement Award, Outstanding Teaching and Advising Award, Service and Outreach Award, and Outstanding Lecturer Award.

From introductory mechanics to quantum mechanics, students actively participate in learning through innovative teaching, peer instruction,and benefit from extensive undergraduate research opportunities starting in the first two years. The department is large enough to accommodate a diverse range of classes but small enough to be a supportive and interactive community, where the faculty know all the majors and graduate students. Our students run a Society of Physics Students chapter and an Astronomy Club.

The Versant Power Astronomy Center, including the Maynard Jordan Planetarium, are housed in the department and provide professional development opportunities for astronomy graduate students and undergraduates, who design and present shows and run public observing nights.

Undergraduate Studies

The Department offers undergraduate degrees in physics (B.A. and B.S.) and engineering physics (B.S.), as well as minors in physics and astronomy. Our faculty cover a wide variety of research areas at the interface between physics and other disciplines, and have a long tradition of including undergraduates in research, during the academic year, for summer programs, and for senior projects and capstones. You just have to ask. 

Learning Center

Physics Learning Center: Calculus-based courses: PHY 121, PHY 122
Physics Learning Center Schedule Fall 25
124 Bennett Hall
Physics Help Room: Algebra-based courses: PHY 107, PHY 111
Physics Help Room Schedule Fall 25
116 Bennett Hall

Graduate Studies

Welcome to the Graduate Program of the Department of Physics and Astronomy. We offer Doctorate (Ph.D.) and Masters (M.S.) degrees along with the Master of Engineering (M.E.) degree in Engineering Physics. Please see Academic Programs for more details on each degree.

Research

Our research specializations focus on the boundaries of physics as a discipline, including experimental, computational, and/or theoretical biophysics, nanomaterials and nanomagnetism, physics education, and astrophysics. Multidisciplinary research projects have involved chemistry, engineering, earth sciences, mathematics, and others.

Materials science and engineering at the nanoscale: nanomaterials and nanomagnetism, artificial spin ice, thin films, and high temperature sensors; combining physics, engineering, and chemistry.  Faculty are affiliated with the Frontier Institute For Research in Sensor Technologies (FIRST).

The study of biological systems theoretically and experimentally with a variety of methods combining physical optics, chemistry, and mathematics: super-resolution microscopy (FPALM) to investigate viral spike proteins, antimicrobial agents and more at the nanostructural level; molecular machines (motors, ratchets, pumps). Faculty are affiliated with the Graduate School of Biomedical Science and Engineering (GSBSE).

Applying methodologies and theoretical frameworks from education research and cognitive science to the learning and teaching of physics: interpreting and supporting student reasoning in physics using dual-process theories of reasoning (DPToR) to design instructional interventions; student mathematical modelling and reasoning in physics. Faculty are affiliated with the Maine Center for Research in STEM Education (RiSE Center). Astrophysics and astronomy Exoplanet simulation and detection. Galactic collisions.

Resources

Department Chair

John R. Thompson

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207.581.1016

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umphysicschair@maine.edu