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Read the latest news from the College of Natural Sciences at The University of Texas at Austin
Natural Labs: UT Field Stations Help Predict Drought Impact
UT scientists study how droughts affect local ecosystems at the Brackenridge Field Laboratory and the Stengl Lost Pines Biological Station.
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.
Tracking the Impacts of Climate Change on Food Webs in the Arctic
New research provides the latest evidence that climate change is having an impact on food webs in high-latitude ecosystems.
Promising Drug Candidate Reduces Inflammation, Chronic Pain in Mice
Ken Hsu and collaborators are working towards a non-addictive painkiller using a novel way to shut off inflammation.
Nuance Needed Regarding Weight-Gain Recommendations During Pregnancy
Patients with obesity while pregnant may receive recommendations from their doctors that need revisiting, researchers say.
New Sensors Could Detect Cancer and Other Diseases Earlier and More Precisely
Devleena Samanta led a team to develop a new kind of sensor that can be used to find unique fingerprints of cancers, infections and neurodegenerative...
UT News
UT Austin’s Top Research Stories of 2023
From a brain decoder to a supermassive black hole to a cancer drug advance, College of Natural Sciences researchers made breakthroughs this year.
Caregiving Can Be Stressful, But It Could Also Lower Risk of Depression
Becoming a caregiver to an older relative can decrease risk of depression.
New Decadal Report Maps Out U.S. Priorities in Particle Physics Research
The Particle Physics Project Prioritization Panel (P5) whose participants include a UT physicist delivered recommendations to decision makers.
Ghostlike Dusty Galaxy Reappears in James Webb Space Telescope Image
Astronomers with the COSMOS-Web collaboration have identified the object AzTECC71 as a dusty star-forming galaxy.