Only one student rocketry team has successfully passed the internationally-accepted boundary of space, the 100km Karman line. The CU Boulder Sounding Rocket Lab will join that league soon—they know it won't be easy, but they're ready for the challenge.
Irrigated agriculture is the planet's largest consumer of freshwater, producing more than 40% of food worldwide. Yet the exact amounts of water being used in irrigation remains largely unknown. Finding answers would provide insight into the global water balance.
JILA's Ana Maria Rey and Thomas Bilitewski are looking at compressed potassium and rubidium gases to predict the quantum interactions between the molecules within this gas—a large advancement forward within the field of quantum physics.
Heat waves, which are projected to become more frequent and intense as the century progresses, could cause as much as 10 times more crop damage than is now projected, a team of researchers led by CU Boulder has found.
CU Boulder was the first site to roll out a federally-funded study led by the COVID-19 Prevention Network at the Fred Hutchinson Cancer Research Center in Seattle. Study leaders vaccinated 11 of the roughly 700 CU Boulder student volunteers who will ultimately participate.
The media tends to render Asian Americans as either a “perpetual foreigner” or “model minority”—both stereotypes that have been levied in tandem against immigrants from Asia since the 1830s. Associate Professor Angie Chuang shares on The Conversation.
Think of it as a testament to a honeybee's love for its queen: Bees build what looks like a telecommunications network to pass messages, in the form of pheromones, from their queen to other members of a colony.
Jewish families will gather for Passover this year in circumstances that will, like the celebration itself, reflect on dark times while holding out for better to come. Assistant Professor Samuel L. Boyd shares on The Conversation.
Follow Jun Ye, director of the CUbit Quantum Initiative, from his childhood in China to helping realize the vast potential of quantum science and technology at CU Boulder.
Black holes are impossible to observe directly. But researchers like Jason Dexter are probing the hot and violent regions of space that circle these mysterious objects.
