Using machine learning to see how living brains learn
New study shows that as neural networks learn, they adopt patterns of activity similar to real-life neuron firing patterns in a part of the brain that’s important for learning.
Read MoreNew study shows that as neural networks learn, they adopt patterns of activity similar to real-life neuron firing patterns in a part of the brain that’s important for learning.
Read MoreA collaboration with five other universities will place assistive robots in everyday human environments.
Read MoreIf you missed the Aug. 24 Academic Senate meeting or need a refresher, keep reading for the highlights from the meeting. Meetings are open to the public and held on Zoom.
Read MoreFinalists compete for the XPRIZE Healthspan $101 million prize. The University of Utah-based Utah Data Coordinating Center will determine whether the science delivers results.
Read MoreU research team discovers new compound that prevents OA-associated changes and promotes cell health.
Read MoreU’s Wilkes Center produces an interactive tool exploring the past and future of Utah data centers.
Read MoreThe University of Utah’s new AI factory will expand access to advanced computing for researchers, students and industry across Utah
Read MoreUsing machine learning, U researchers found that repeated exposure to combinations of common air pollutants in early pregnancy was associated with nearly three-times greater odds of early preterm birth.
Read MoreThe mixer helped introduce industry partners to the people, programs and facilities that make the University of Utah a strong collaborator for innovation-driven companies.
Read MoreU of U Health study compared health records of 10,000 veterans and found those serving in roles with blast exposure are more prone to anger.
Read MoreThe program will be the first of its kind in Utah and will begin accepting applicants for the fall 2026 semester.
Read MoreUsing principles of superposition and entanglement, researchers develop an AI framework to tailor patients’ cancer treatment to their entire molecular background.
Read More