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What if buildings could 鈥渃ome alive鈥� by being constructed with hybrid materials that could heal themselves rather than decay and reduce atmospheric carbon rather than contribute to it?

Physicists report they can build and control particles that behave like tiny atoms with a precision never seen before.

CU Boulder engineers are creating living hybrid building materials that exhibit both structural and biological function.

At a recent event, students shared their ideas for how the U.S. Armed Forces can keep up with an increasingly connected world鈥攆rom a strategy for resupplying ships using autonomous capsules to a device that detects GPS jamming signals.

baby直播app nail salon employees face increased health risks due to high levels of indoor airborne pollutants akin to an oil refinery or an auto garage.

A new and unique high-resolution X-ray microtomography imaging system at the College of Engineering & Applied Science will enhance research, not only in engineering but in the fields of archaeology, geology and medicine.

Researchers have discovered how magnets recover after being blasted by a laser. It turns out, they act a bit like oil and water in a jar.

Researchers show that they can trap and load lone atoms into large grids with an efficiency unmatched by current methods.

Color-changing tattoos? Nanotechnology research at CU Boulder could lead to new ways in the future to protect against skin cancer or simply increase the 鈥榳ow鈥� factor of body art.

New research from CU Boulder focuses on how light can manipulate the shape of man-made materials by emulating these amazing cephalopods.