Category Science & Technology
Northeastern Wisconsin PFAS plume moves into Green Bay via groundwater
Researchers have "fingerprinted" PFAS chemicals in the waters of Green Bay, linking them to upstream to their likely source and downstream to farm fields.
Drying process could be key step in the development of life
New research could help explain crucial early steps on the path of life that led from a pool filled with simple amino acids to bacteria, redwood trees and people.
Study maps uneasy future of Wisconsin trout populations
Climate change has affected Wisconsin trout species differently: Populations of smaller, brightly colored brook trout have declined, while numbers of larger brown trout have generally increased.
UW research in 2022: From restored prairie to scorpion venom to the sewer
Here are the science stories on campus during 2022 that wowed and inspired us.
UW–Madison has long been a leader in fusion research and education
Over more than a half-century, the University of Wisconsin–Madison has become a national leader in the field, with dozens of researchers working on multiple large-scale projects across three departments and two colleges.
Folds in pUG molecules turn off genes and could provide clues about human disease
A curlicue RNA molecule dubbed a pUG can silence gene expression in roundworms, according to new findings. Researchers are using what they've learned to study human pUGs and their role in our own gene expression.
Nuclear engineering student crowned Miss America 2023
Nuclear engineering student and 2022 Miss Wisconsin Grace Stanke won the Miss America title on Dec. 15. She's using her platform to raise awareness of nuclear energy's benefits for a clean energy future.
Badger Talks brings campus expertise to expanded audience
Badger Talks connects more than 400,000 Wisconsinites to UW experts every year through in-person and digital content, including a podcast.
Earth’s orbit is more important in driving tropical Pacific climate than previously thought
Researchers found that the atmosphere and ocean pushing on each other is important in creating the climate on the tropical Pacific.
UW researchers working to improve and simplify models for how PFAS flows through the ground
Researchers found that several factors have a major influence on where and how long harmful PFAS chemicals stay locked in the ground before flowing below the water table.
New carbon nanotube-based foam promises superior protection against concussions
A a carbon nanotube foam just one atom thick absorbs specific energy 18 times better than current U.S. military combat helmets.
UW–Madison researchers key in revealing neutrinos emanating from galactic neighbor with a gigantic black hole
The astrophysical neutrinos coming from a Milky Way neighbor hold promise for future astronomical discoveries.
Marine Protected Area creates spillover benefits for tuna fishing in Hawaii
The study showed that catch rates in waters close to the protected area increased by about 54% for yellowfin tuna, about 12% for bigeye tuna and about 8% across all fish species.
Grad students work with climatologist on tool to alert communities to dangerous heat levels
In practice, the new warning system could help policymakers make decisions for how their population can stay healthy during extreme heat.
American Physical Society names four UW faculty fellows
Four University of Wisconsin–Madison professors have been elected fellows of the American Physical Society, recognizing advances in physics through original research and publication, significant and innovative applications of physics, and leadership, service and contributions to the teaching of physics.
Understanding freshwater foam may help in fight against PFAS “forever chemicals”
Research in the School of Engineering will advance our understanding of how PFAS chemicals behave in diverse aquatic conditions.
Improved understanding of early spinal cord development paves the way for new treatments
Researchers at the University of Wisconsin–Madison are developing the means to turn stem cells into a wide range of specific types of spinal cord neurons and cells in the hindbrain — the critical nexus between the spinal cord and the brain — paving the way for improved prevention and treatment of spinal cord disease.