UCLA

Lightning is a major trigger for wildfires, like the record-breaking blazes that devastated Australia and California this year. But what if we could redirect lightning to strike safely? Graphene particles trapped in a tractor beam could do just that.

Scar tissue is an effective short-term solution to quickly patch up wounded skin, but it’s not so great long-term. A new hydrogel helps by triggering a regenerative immune response, so skin heals healthier and stronger without scarring.

By putting a new spin on decades-old thermoelectric technology, scientists at the University of California, Los Angeles (UCLA) have developed a tiny microscopic cooling device they describe as the "world’s smallest refrigerator."

New research has identified a dramatic change to the nature and purpose of sleep in babies, occurring around the age of two. The discovery suggests sleep initially aides brain building and neurodevelopment before rapidly switching to a reparative role.

A team of material scientists from the University of California, Los Angeles is reporting a major advance in the area of reflective coatings for buildings, producing a new kind of super white paint that reflects almost all incoming radiation from Sun.

We've covered a number of motion-tracking gloves designed to translate sign language into audible speech, and a team of bioengineers at UCLA has just come out with another design that's more compact and lightweight than any we've seen previously.

Scientists at UCLA have developed a new type of double-sided, disposable film that can measure key chemicals in sweat, converting those chemical signals into electrical signals so the data can be displayed on a smartwatch.

Stem cells are powerful tools that could one day unlock new frontiers in regenerative medicine. Now, a new study has shown that a certain type of stem cell can be delivered into injured tissues with dissolvable microneedles, to heal wounds.

Promising new research from the University of California, Los Angeles (UCLA), suggests an old schizophrenia drug could significantly enhance the efficacy of radiation treatment for one of the deadliest forms of brain cancer.

Scientists working with microfluids as part of biotechnology research often rely on large, clunky machines to manage the samples, but this tinkering could one day be handled by tiny robots that make the process far more efficient.

Back in 2015, we heard about a skin patch that had been used to treat diabetes in mice. It's now come a step closer to use on humans, as it's been successfully trialed on diabetic pigs.

Research led by UCLA has uncovered a new process that may help explain how Type 2 diabetes develops. In tests on live mice and human cells, the team found a new mechanism that triggers pancreatic cells to begin overproducing insulin.