Colorado’s job growth continued in the third quarter 2022, propelled by growth in labor force participation and elevated demand for workers, according to a new report released Tuesday by CU Boulder and Colorado Secretary of State Jena Griswold.
This molecular link within iodine’s atmospheric interactions can be added to global atmospheric and climate models to help scientists better understand its environmental impacts.
In the dream clinic of the future, patients struggling with mental illness might—in addition to sharing their feelings with a therapist—have their brains scanned to pinpoint regions that may be misfiring.
CU Boulder researcher Michele Moses talks about the future of affirmative action in higher education and how arguments around college admissions point to deeper divisions in U.S. society.
CU Boulder's Casey Fiesler weighs in on why Elon Musk's purchase of Twitter has raised alarm bells among some of the platform's users, and if there's anywhere for them to go.
In a new study, a team of engineers from CU Boulder created 3D scans of honeybee swarms using a CT machine. Their images reveal a surprisingly complex system of organization.
Mathematicians at CU Boulder are exploring the statistics behind how cells move, and their results could one day help scientists develop new drugs to help people heal faster from wounds.
A newly discovered material structured like a honeycomb can transform from an electrical insulator, like rubber, into an electrical conductor, like metal, in a matter of seconds. Now, researchers at CU Boulder think they can explain why.
Arteriviruses, which are already common in African monkeys and known to cause fatal outbreaks, appear to have learned how to access human cells, replicate and evade human immune systems—a warning sign these could become next in a long line of viruses to jump from nonhuman primates to people, new laboratory research shows.
CU Boulder geologist Lisa Mayhew serves on the science team for NASA’s Perseverance rover, an intrepid machine that has crossed over nearly 8 miles of the surface of Mars—and is helping to recreate the forces that shaped this planet into what it looks like today.
