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The TEAMUP consortium, which brings together researchers from academic, industrial and federal laboratories, seeks to identify and solve the factors that cause advanced perovskite materials to be unstable, paving the way for the integration into existing and future solar cells, boosting the efficiency of harvesting renewable solar energy.

In taking its technology from the lab to the streets, Solid Power is changing how electric vehicles run with less expensive, more efficient and safer battery technology.

A student worker restored historic ice flow charts in the University Libraries collection, saving irreplaceable data that is part of the climate record while making progress toward her own goal of a career in art conservation and restoration.

The National Institute of Standards and Technology has made a $94.5 million cooperative agreement to continue successful NIST-CU Â鶹¹ÙÍø collaboration.

As early as 2030, engineers and robots from Earth could begin construction on an astronomical observatory that would expand over 77 square miles of the moon’s surface—almost entirely using materials mined from the moon itself.

Heidi Shyu—the United States Department of Defense under secretary—visited campus on April 17 and got a first-hand look at the future of CU Â鶹¹ÙÍø’s trailblazing research in quantum, aerospace, hypersonics and more.

A group of senior NASA leaders visited the CU Â鶹¹ÙÍø campus where they met with CU President Todd Saliman and other university officials, and toured the Laboratory for Atmospheric and Space Physics.

A Conference on World Affairs panel April 14 on a rights-based approach to addressing climate change vacillated between optimism at momentum around potential solutions and the grim truth that emissions keep rising and the Earth—and all of humanity—face dire consequences.

Generative artificial intelligence is designed to produce the unforeseen, but that doesn’t mean developers can’t predict the types of social consequences it may cause. CU expert Casey Fiesler shares on The Conversation.

Mechanical engineering student Ellen Rumley was part of a robotics club in high school, but she could never get over the clunkiness of rigid, metal machines. Now, she's designing soft robotic actuators that work like animal muscles. They're also completely biodegradable.