News: Physics
Read the latest news from the College of Natural Sciences at The University of Texas at Austin
UT News
What Can A Total Solar Eclipse Teach Us About Our Universe?
Astrophysicists and astronomers at UT Austin have used these rare phenomena to help answer fundamental questions about our universe.

Top Prize Image in Visualizing Science Contest Captures Research Tied to the Sun
Ph.D. student Maile Marriott’s submission illustrates the complexities of the “space weather” generated by our sun.

UT News
Semiconductor Master’s Program Will Offer Hands-on Experience in Rapidly Growing Industry
The new program will help fill the demand for semiconductor scientists and engineers and give students a chance to lead in a booming industry.

UT News
Surviving a Volcanic Supereruption May Have Facilitated Human Dispersal Out of Africa
Graduate students Jessica Valdes and Keenan Riordan were on a team that found humans may have dispersed during arid times along “blue highways.”

UT News
The Sun’s Corona: A Boiling Pot On An Ice Cube
Jarrod Bianco and Maile Marriott, two graduate students working with physicist Anna Tenerani, talk heliophysics.

New Quantum Sensing Center Aims to Transform Disease Diagnostics and Prevention
Mark Raizen is part of a new effort focused on translating discoveries from the physics lab to the clinic.

MacDonald Announced as Winner of Inaugural Hill Prize in Physical Sciences
Allan MacDonald of The University of Texas at Austin received the award for research with high-impact potential.

Excavation of Colossal Caverns for Neutrino Experiment Completed
The caverns in Lead, South Dakota, will house the gigantic particle detectors of the Deep Underground Neutrino Experiment.

Researchers Discover New Ways to Excite Spin Waves with Extreme Infrared Light
New ultrafast method for controlling magnetic materials might enable next-generation information processing technologies.

UT Austin Physicists Receive Keck Foundation Boost for Quantum Materials Research
Edoardo Baldini leads a team developing a new approach to stabilize useful quantum properties of atomically thin materials for far longer and at higher temperatures.
