University of California Berkeley

Text-to-image AI models trained on original images can memorize them, generating replicas that raise an issue of copyright infringement. A new AI model has been developed that’s trained on only corrupted images, removing that particular legal headache.

While fans of Another Brick in the Wall (Part 1) may be horrified, researchers have recreated the song from brain activity. In the process, they discovered the way brains process rhythm and melody, which has huge implications for therapies.

Researchers have developed a new technique to better detect extraterrestrial radio signals by weeding out the interference caused by Earth-based devices. It’s hoped that the technique will lead to the first evidence of alien life.

Could salt, one of the oldest preservatives around, help keep carbon deep underground for thousands of years? Researchers believe it can, and that it might offer a way forward in containing a gas that's a major contributor to climate change.

Can we take shortcuts on nature’s blueprint and make more efficient synthetic proteins? A new study finds simple combos of synthetic building blocks can make for protein alternatives that work just as well as, or even better than, the real thing.

Old electronics are tricky to recycle, meaning they clog up landfills while locking valuable metals away. Now scientists have demonstrated printed circuits that can be degraded on demand, returning their materials to reusable forms.

UC Berkeley chemists say they've created a simple, and very inexpensive way to capture carbon dioxide using a polymer called melamine, that's far cheaper than metal-organic frameworks. It could capture carbon emissions from smokestacks or tailpipes.

A major challenge when it comes to preserving tissues and organs for transplantation is preventing the buildup of ice crystals that can cause critical damage, but an emerging technology may help sidestep the whole issue.

UC Berkeley engineers have created an insect robot that can scamper along quickly and turn on a dime – perhaps literally. The bot owes its fancy footwork to… well, its fancy feet, using varying voltages to alternate stickiness and make sharp turns.

Scientists have demonstrated yet another use for the ever-versatile wonder material graphene, using it as the basis for an advanced sensor that can image electrical signals from living cells and tissue in real time.

Engineers at University of California, Berkeley have demonstrated a new wireless implant that can detect oxygen levels in deep tissues, with hopes it could become a tool to track the health of transplanted organs, among other applications.

Silicon has been the material of choice for electronics for decades, but it’s beginning to bump up against efficiency limits. Now engineers at UC Berkeley have created metallic graphene nanoribbons, which can make wires for all-carbon electronics.