CU Boulder conferred more than 9,700 degrees on May 11 during a damp yet joyous commencement ceremony at Folsom Field in front of an estimated 22,000 family members and friends.
Black bears are common in Colorado, including in the Boulder foothills and, on rare occasions, campus. With winter approaching, they are out filling up on calories before hitting their dens for hibernation.
Whether you are seeking to unwind, reflect or self-improve this summer, the University Libraries have a number of reading options to occupy those hot summer days.
Chancellor Philip DiStefano announced a national search for an associate vice chancellor of Native American affairs, a newly created position that will work with CU Boulder and tribal communities across Colorado to collaboratively address related issues.
A national search is underway for the university’s next associate vice chancellor for enrollment management. The university’s goal is to have a final candidate on board by September.
Advances in gene-editing have made it possible to banish hereditary diseases, eradicate pests and create new life forms, but should we go there? Jennifer Doudna along with two other Nobel laureates will join a panel of world leaders for a free public forum.
Let the journey of your lifetime begin when you go on a trip with Roaming Buffs. Connect with fellow adventurous alumni, meet tour operators and learn more about their unique offerings.
New Â鶹ÊÓƵ research shows the number of farms globally will shrink in half as the size of the average existing farms doubles by the end of the 21st century, posing significant risks to the world’s food systems.
For three years at the height of the COVID-19 pandemic, CU Boulder students enrolled in "Experimental Physics I" spent an estimated 56,000 hours analyzing the behavior of hundreds of solar flares. Their results could help astrophysicists understand how the sun's corona reaches temperatures of millions of degrees Fahrenheit.
New research led by Sascha Kempf of the Laboratory for Atmospheric and Space Physics (LASP) at CU Boulder finds that Saturn's rings are no more than 400 million years old. That's much younger than Saturn itself, which formed around 4.5 billion years ago.
