UC Riverside
-
Existing processors in PCs, smartphones and other devices can be supercharged for enormous power and efficiency gains, according to UC Riverside. With no changes to hardware, this new approach to the software squeezes extra juice out of your system.
-
A simple, cheap pretreatment promises to radically cut the price of sustainable aviation fuel (SAF) made from waste wood biomass – potentially making it cost-competitive with fossil-based jet fuel, while cutting down emissions by up to 80%.
-
Candy sprinkles may make desserts more interesting, but a scientist has developed what could be a much more valuable use for them. His CandyCode system might one day be utilized to confirm that supposedly authentic pills aren't actually counterfeits.
-
In an initiative that could lead to carbon-free – and possibly cheaper – space launches, scientists at the UC Riverside are experimenting with ammonia borane as a substitute to conventional carbon-based chemical rocket fuels.
-
Even when they're allowed to roam, chickens are still susceptible to infestations of blood-sucking mites. It now turns out that a backpack-like device could let farmers know when those mites are biting, so treatment could begin as soon as possible.
-
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.
-
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.
-
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.