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Department of Physics & Astronomy

Department of Physics & Astronomy

Physics & Astronomy

Learn About the Department

Explore Our Research

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FRIB Apparatus
A physics student work at CERN

Welcome!

Physics and Astronomy at the University of Tennessee, Knoxville, is where fascination meets function. We explore the deep questions of the universe and provide the scientific foundation for discovery that yields the technologies in your pocket, and those of tomorrow.

Our department is driven by an engaged faculty pursuing fundamental research and eager to develop the next generation of scientists.

Our physicists helped put our state on the periodic table, study multi-messenger astronomy and explosive stellar events, and search for new physics at CERN. They describe the properties of nuclei and neutrons and test the limits of superconductivity with new models and novel materials. They merge physics and biology at the cellular level with lab-on-a-chip devices. They’re building an interdisciplinary approach to lead transformative research on quantum materials and devices, information science, and artificial intelligence.

Our students have a breadth of research opportunities on campus, at nearby Oak Ridge National Laboratory, and at facilities all over the world to set them on the path to promising careers.

Learn More About What Sets Us Apart

Department News

  • A photo of Dien Nguyen
    How Spin Shapes the WorldJanuary 15, 2026
  • An etched translucent sign in green reading cosmicrayn, seeing the unseen
    Cosmic Collaboration: Students Join Forces to Bring the Invisible to LifeDecember 16, 2025
  • A graphic showing the evolution of chromosome separation in E. coli.
    UT’s Biophysics Group Investigates How Chromosomes SeparateDecember 16, 2025
See All News
See Our Media Mentions

Colloquium Schedule

2026 Physics Town Hall

January 26, 2026

Host: Department of Physics and Astronomy

Abstract

The first colloquium of spring 2026 will be a Town Hall to discuss the department’s achievements and goals, followed by a Q&A with faculty, staff, and students.

The MOLLER Experiment: High Energy Physics at Low Energies

February 2, 2026

Speaker: Jim Napolitano, Temple University

Host: Nadia Fomin

Abstract

Nature violates parity symmetry. Discovered almost 70 years ago, this phenomenon implies that the universe is “left handed.” Although we have a very successful theory, the Standard Model of Particle Physics, which agrees with scores of experimental tests, it includes parity violation in an ad hoc way. There are hints that the Standard Model should break down at very high energies, restoring parity symmetry. There are viable conjectures for how that might come about, and much of High Energy Physics tries to reach the energy scales where this breakdown might occur.

This talk describes a different approach, trading very high energy interactions for extremely precise measurements at lower energies. The MOLLER experiment at Jefferson Lab will measure parity violation in electron-electron scattering for which the Standard Model makes a precise prediction. Disagreement between experiment and theory at this level would indicate “new physics” at energies beyond the reach of current high energy collider facilities. After introducing the key concepts, I will describe the challenges of making this ultra precise measurement and the timeline for executing the experiment.

Francis Halzen, University of Wisconsin-Madison

February 9, 2026

Speaker: Francis Halzen

Host: Sherwood Richers

Abstract

TBA

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AAAS, The American Association for the Advancement of Science, Logo
APS, American Physical Society, logo

Our faculty includes 4 fellows of the American Association for the Advancement of Science and 10 fellows of the American Physical Society.

Departmental Honors

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Physics & Astronomy

College of Arts and Sciences

401 Nielsen Physics Building
1408 Circle Drive
Knoxville TN 37996-1200
Phone: 865-974-3342
Email: physics@utk.edu

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The University of Tennessee, Knoxville
Knoxville, Tennessee 37996
865-974-1000

The flagship campus of the University of Tennessee System and partner in the Tennessee Transfer Pathway.

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