UTK Department of Physics and Astronomy

UTK Department of Physics and Astronomy From subatomic systems to supernovae, our faculty and students unravel the mysteries of the natural world.

We enjoy both a thriving campus environment and close ties to nearby Oak Ridge National Laboratory. Our research began in the 1930s with one spectrometer and has evolved into studies of complex materials, nuclear structure, the brilliant lives and violent deaths of stars, the mysteries of subatomic particles, the burgeoning territory between biology and physics, and innovative approaches to scienc

e education. Many of our students (both graduate and undergraduate) have rolled up their sleeves and gotten down to work in our campus labs and at ORNL (including the Spallation Neutron Source), U.S. and international synchrotron and collider facilities, and the Large Hadron Collider at CERN. Our faculty comprises outstanding theorists and experimentalists, including five AAAS Fellows and 11 APS Fellows and three NSF CAREER Awardees in the past three years.

In a recent Physical Review Letters publication, Assistant Professor Haocun Yu and colleagues show how a tabletop experi...
06/01/2026

In a recent Physical Review Letters publication, Assistant Professor Haocun Yu and colleagues show how a tabletop experiment can bring together two bedrock physics theories: quantum mechanics and general relativity.
physics.utk.edu/reconciling-fundamental-physics/

Our nuclear physics faculty and students have made critical measurements of the lifetime and decay energy of tellurium-1...
05/27/2026

Our nuclear physics faculty and students have made critical measurements of the lifetime and decay energy of tellurium-104, an important step in answering a century-old question and understanding how hundreds of nuclei decay. The results are published in Nature.
https://tiny.utk.edu/alpha-decay

Congratulations to spring 2026 physics and math graduate Jack Peltier on winning a prestigious National Science Foundati...
05/19/2026

Congratulations to spring 2026 physics and math graduate Jack Peltier on winning a prestigious National Science Foundation Graduate Research Fellowship!
physics.utk.edu/jack-peltier-wins-nsf-graduate-research-fellowship/

05/18/2026

Congratulations to Elle, and to all our graduates!

From undergraduates to distinguished faculty, the Department of Physics and Astronomy has enjoyed a strong showing as th...
05/12/2026

From undergraduates to distinguished faculty, the Department of Physics and Astronomy has enjoyed a strong showing as the university bestows spring 2026 honors. At the College of Arts and Sciences annual awards ceremony the department claimed four faculty honors, including research awards at every level!
https://physics.utk.edu/excellence-across-the-board/

We had a great time celebrating another terrific year in physics at our 2026 Honors Day event! Students, faculty, staff,...
05/07/2026

We had a great time celebrating another terrific year in physics at our 2026 Honors Day event! Students, faculty, staff, friends, and family all gathered to reflect on the year’s amazing accomplishments and recognize the physics family’s outstanding achievements.
https://physics.utk.edu/physics-celebrates-honors-day-2026/

Congratulations to all our physics majors who presented their research at ASUReS—including first place winner Jullian Wa...
05/05/2026

Congratulations to all our physics majors who presented their research at ASUReS—including first place winner Jullian Watts and second place winners Jack Peltier and Dinesh Gangavarapu!

Particle exchange statistics is a fundamental characteristic of quantum matter, conventionally thought to be constrained...
04/27/2026

Particle exchange statistics is a fundamental characteristic of quantum matter, conventionally thought to be constrained to either fermionic or bosonic. Each type gives distinct phenomena. In today’s colloquium, Kaden Hazzard .Physics.Astronomy will discuss research showing other exchange statistics are possible. These “paraparticles” admit non-interacting theories and he will describe a vision using this to form the foundation of new analytic and numerical methods to provide a window into correlated matter.
https://physics.utk.edu/news-events/colloquia-series/

Address

1408 Circle Drive, 401 Nielsen Physics Building
Knoxville, TN
37996

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