UC Riverside

Researchers have developed a new way to weld ceramics together at room temperature, using ultrafast laser pulses.

Researchers at the University of California, Riverside have found a way to use viruses to build gold nanobeads, which can then be used to purify water and could eventually help cut the cost and time required to produce electronic components.

You don’t want to be staring down the barrel of the mantis shrimp's immensely-powerful club. Now researchers have discovered the mechanism behind just how the creature wields this weapon without permanently damaging itself, and the design strategy could inspire a new class of super-tough materials.

Ultrasound is already utilized to treat brain disorders such as Alzheimer’s and Parkinson’s diseases. Unfortunately, however, the density of the skull absorbs or reflects much of the ultrasound. A solution may be on the way, in the form of what's being called a "window to the brain."

After a decade of study, an international team of scientists has finally unraveled the genome of barley, an achievement that could not only lead to tastier beer and whiskey, but a better understanding of other staple food crops.

Ask a smartphone user how to improve them, and it's a safe bet that longer battery life would top the list. Batteries with silicon anodes could help boost that, and now a team has shown that these batteries can be environmentally friendly too, sourced from glass bottles headed for the scrap heap.

Taking inspiration from nature, engineers at the UC Riverside have found a way to cut the fuel consumption of many PHEVs by over 30 percent, just by changing the way the split between combustion engine and battery power is handled.

Self-healing is an increasingly common ability in the world of new materials. Now, researchers have developed a stretchy, transparent material that can not only repair itself, but act as an ionic conductor, opening the possibility for self-healing artificial muscles.

​​Earlier this year, scientists made news by embedding a transparent window into the head of a fruit fly​ to watch its thoughts. But researchers elsewhere have been working on developing a transparent window to the human brain since 2013. Now two new studies have bolstered the concept's feasibility.

Researchers have found a better way to crunch the data that GPS-enabled devices use to determine their location. The result could provide a level of accuracy down to the centimeter that's needed in things like autonomous vehicles and other precision tech.

A new study from the University of California, Riverside (UCR) has found that some 3D printed materials are toxic. The tests were conducted on fish embryos, and the results could lead to a rethink of regulations surrounding 3D printed materials.