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What do movie sets and biomaterial environments have in common? According to Varsha Rao, a fifth-year PhD student in the Anseth Lab who placed first in the Three Minute Thesis (3MT) competition on Feb. 16, they both need "directors" to call the shots.

A research team led by CU Boulder has designed a new kind of synthetic 鈥渟kin鈥� as slippery as the scales of a snake. The research, published recently in the American Chemical Society journal Applied Materials & Interfaces, addresses an under-appreciated problem in engineering: Friction.

While solar panels have traditionally used silicon-based cells, researchers are increasingly looking to perovskite-based solar cells to create panels that are more efficient, less expensive to produce and can be manufactured at the scale needed to power the world.

Where do bodily tissues get their strength? New CU Boulder research provides important new clues to this long-standing mystery, identifying how specialized proteins called cadherins join forces to make cells stick鈥攁nd stay stuck鈥攖ogether.

The study, published this week in the journal Science Advances, suggests that persistent differences in parenting roles are the key reason that men tend to publish more research papers than women.

Matteo Mazzotti is the first author on two new studies that measure the dynamic response of the human skull, potentially providing a new and non-invasive way to monitor the cranial bone and brain.

Lynch's research focuses on biomechanics, 3D tissue engineering, and cancer. Her project is titled 鈥淒ysfunctional Osteocyte Mechanoresponse in Tumor-induced Bone Disease.鈥�

Energy grid experts Kyri Baker, assistant professor in Civil, Environmental and Architectural Engineering, and Bri-Mathias Hodge, associate professor in Electrical, Computer & Energy Engineering鈥攂oth Fellows of the Renewable and Sustainable Energy Institute (RASEI)鈥攁nswered some questions for CU Boulder Today.

Zhai is a corresponding author on a November paper that explores the effectiveness of social distancing and ventilation in preventing COVID-19 transmission indoors.

An interdisciplinary team of researchers in the college are working to develop materials to enable the next generation of computing. If successful, the boundary between materials and computers may disappear altogether in the near future.