How artificial mucus illuminates tumor formation
Highlighted at American Chemical Society conference, U engineering professor Jessica Kramer explores cancer biology via mucus developed at her “snot lab.”
Read MoreHighlighted at American Chemical Society conference, U engineering professor Jessica Kramer explores cancer biology via mucus developed at her “snot lab.”
Read MoreWorm expert Michael Verner compares the Dune sandworms to their earthly counterparts. In a short video, he touches on their size, teeth, hunting methods and reveals the biggest worm in existence.
Read MoreNew research shows the pyroelectrochemical cell, or PEC, developed by U engineers, harnesses changes in ambient temperature to self-charge, demonstrating its potential for ‘Internet of Things’ applications.
Read MoreUtah biologists find tiny nematodes in its reef-like microbialites.
Read MoreCharles Bruce Musgrave has accepted an offer to serve as dean starting July 1, 2024.
Read MoreThe Natural History Museum of Utah’s 2024 lecture series is themed The Science of Intelligence. Speakers will explore how intelligence manifests in plants, humans, animals, and machines.
Read MoreResearchers identified environmental factors that explain why reports of Unidentified Anomalous Phenomena are more common in certain regions of the country, which will help determine objects that are a legitimate threat.
Read MoreReporting from Argentina expedition, NHMU paleontologist Randy Irmis describes using zircon crystals to pinpoint age of sediments crucial for understanding Triassic fossils in the Southern Hemisphere.
Read MoreBlack carbon is one of the most hazardous air pollutants. Standard sensors are expensive and burdensome, resulting in sparse monitoring coverage.
Read MoreThe award recognized the study for its breadth of scientific methods and authorship and for the leadership of Indigenous scientists and knowledge keepers.
Read MoreSalt crusts began forming long after Lake Bonneville disappeared, according to new U research that relied on pollen to date playa in western Utah.
Read MoreThe discovery is the first step towards creating effective organic semiconductors, which use significantly less water and energy, and produce far less waste than their inorganic counterparts.
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