Utah engineers’ self-assembly techniques enable a new type of wafer-scale chiral matter
At the nanoscale, the smallest structural differences can have a big impact.
Read MoreAt the nanoscale, the smallest structural differences can have a big impact.
Read MoreIn a study that could enhance weather forecasting, Utah researchers discover that how snowflakes move is astonishingly predictable.
Read MoreIn its second year, the U’s Refugee Debate League provides free instruction in rhetorical skills to displaced people resettling in Utah.
Read MoreIn a U study of 9,000 pregnancies, 25.9% of mothers who use pot see adverse outcomes, versus 17.4% for those who don’t use.
Read MoreCarbon dioxide has not been as high as today’s concentrations in 14 million years thanks to fossil fuel emissions now warming the planet.
Read MoreChemist Jessica Swanson works with bacteria that eat methane, a powerful greenhouse gas, out of the atmosphere.
Read MoreU geologist Gabriel Bowen explores isotopes to see what they can tell us about the world.
Read MoreWith federal funding, professor Kerry Kelly will deploy PM10 monitors at 50 schools to produce highly localized forecasts.
Read MoreU students aim for the moon in NASA competition, and nail it with their proposal for refining iron on lunar surface.
Read MoreStudy by finance professor Chong Shu finds investor engagement is more effective than divestment for reducing emissions.
Read MoreU researchers develop apps that prompt doctors to offer lifesaving screen for high-risk patients and help personalize care.
Read MoreU researchers are recruiting 200 sufferers to test non-invasive 10-week treatment.
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