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 MoreTeamed with the Utah Division of Outdoor Recreation, the U’s Tabitha Benney is conducting a statewide life jacket behavior survey and developing a messaging campaign to promote proper use.
Read MoreStudy led by William A. Smith examines how anti-Black misogyny contributes to “racial battle fatigue” across the life course.
Read MoreA faint signal emitted during photosynthesis may reveal physiological stress well before tree mortality appears in aerial surveys, potentially giving forest managers more time to prepare before mortality becomes widespread
Read MoreA collaboration with five other universities will place assistive robots in everyday human environments.
Read MoreStudy identifies potential therapeutic target that could give patients more time to make difficult lifestyle changes.
Read MoreUndergraduate Nathan Murthy’s research paper visualizes eagle flight tracks along the East Asia-East Africa Flyway.
Read MoreU geoscientists precisely measure the size and movement of Timpanogos rock glacier, one of 836 in Utah.
Read MoreRain falling through wildfire smoke can deliver unusually large bursts of nitrogen, phosphorus and potassium to ecosystems, and may be an increasingly significant—and largely overlooked—ecological consequence of fire.
Read MoreMost Americans mistakenly believe it’s always best to take full course.
Read MoreU research team discovers new compound that prevents OA-associated changes and promotes cell health.
Read MoreSurvey of 1,500 U.S. adults examines gap between Americans’ widely shared value of dignity and their perceptions of how people treat one another.
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