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There's no one in the world quite like you. CU Boulder researchers are working to develop novel biomaterials perfectly tailored to each person's needs.

New research highlights a previously underexplored consequence: a wake effect from upwind wind farms that can reduce the energy production of their downwind neighbors.

New biomechanics research uncovers how Nike's Vaporfly 4% shoe helps athletes topple world records and eye the two-hour marathon.

Researchers are exploring a new form of biostasis that could entirely eliminate the need for cooling, potentially revolutionizing combat medicine, organ donation, vaccines and more.

Engineers are designing new sensors for a U.S. Department of Veterans Affairs project to create prosthetic limbs with a sense of touch.

Two CubeSats designed by the Laboratory for Atmospheric and Space Physics (LASP) will launch later this month to investigate the physics of the sun and its impact on life on Earth.

Daniel Szafir's work may pave the way for fleets of automated assistants that will one day help people carry out a range of tasks—from fighting wildfires to building craft projects in the home.

Colorado leaders met with CU Boulder researchers recently to discuss ways to use the arts to address social and economic issues across the state.

A new brain imaging study has revealed the more pain people expect, the stronger their brain responds to pain, which may explain why chronic pain persists long after damaged tissue has healed.

A CIRES-led study uncovers a surprisingly strong connection between climate and U.S. crime rates.