A new study discovers that early pregnancy in mice reduces buildup of ‘confused’ cells that could lead to breast cancer later in life.

The first vertically integrated producer of mass timber in California transforms waste wood from our forests into construction-ready building panels.

Chris Benner’s research takes clues from prior technological transitions to understand what workplace changes are possible with AI beyond job replacement or increased productivity.

Restoring a single heart protein shows promise for improving multiple forms of arrhythmogenic cardiomyopathy.

Silicon chips operate in F-band spectrum, enabling ultrafast data transmission.

The commitment from the Weill Family Foundation, led by UC Presidential Medal awardees Joan and Sanford I. Weill, will modernize facilities and advance animal and human health.

New research anticipates hijacking against AI systems in order to create defenses for a more secure future.

By targeting proteins used to splice genes, UC San Diego researchers have unlocked a new approach to treating triple-negative breast cancer, the most aggressive and difficult-to-treat subtype of the disease.

Matteo M. Garbelotto-Benzon and his service dog, S’Abba, are poised to show the life-altering abilities of assistance dogs as they prepare to carry the Olympic torch on its journey to Milan to open the 2026 Winter Games.

Even as they’re pushing the boundaries of research and discovery with AI, UC scientists are asking the right questions about the transformation this technology brings.

UC Riverside chemical engineering researchers have completed construction of a pilot biomass processing facility that transforms forestry and agricultural waste into pulp that can be made into new products.

How will AI disrupt the labor market? What will deepfake videos mean for our understanding of truth? Are we in a bubble, and if so, will the bubble burst?