Four cross-disciplinary faculty at UC San Diego believe the answer is yes.

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.

The looks created for the film helped define a generation and solidified fashion as a key character in the story.

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

As U.S. patent for UC Riverside's game-changing citrus variety expires, growers can now plant this tasty, virtually seedless mandarin royalty-free.

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

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.

In a world where artificial intelligence, climate change, epidemics and more compete for our concern, the need for people who can weigh the technical and humanistic sides of an argument is crucial. A new UC Merced major addresses this need.

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?

Researchers are developing functional, patient-specific livers using 3D bioprinting and stem cell technology to eliminate the need for donor organs.