Rice University

A new method “recharges” battery waste material to release lithium. It eliminates the need for harsh chemicals and energy-intensive smelting, offering a valuable path for green energy transition.

Tensions always run high between sports fans of rival teams on game day. But a new study shows that the rise of legalized sports betting in the US is turning those tensions into something far darker.

Industrial pipes carrying water or chemicals invariably get gunked up as deposits accumulate on their internal surfaces. Researchers in Texas have found that lining pipes with lab-grown diamond film can prevent buildup like nothing else.

If you've ever wondered why we are here, then you can thank Jupiter for part of the answer. A new study from Rice University suggests that if it weren't for the gas giant, the Earth would have spiraled into the Sun during its formation.

Aluminum production creates a toxic byproduct known as red mud. In an effort to cut down on this waste, researchers have figured out a way to send electric pulses through the mud to purify it and allow it to be reused instead of discarded.

A team of researchers at Rice University has developed a haptic feedback vest and camera system for a blind dog known as Kunde. The vest helps guide the dog through daily obstacles and the hope is that it will soon do the same for other pups.

Brain-computer interfaces may allow paralyzed people to perform basic tasks, but there's more to life than eating and typing. That's where a new BCI comes in, as it has allowed a man to fly a virtual drone just by thinking of moving his fingers.

Lithium-ion batteries power everything from our vape pens to electric cars, but they have one glaring issue: they rely on lots of hard-to-harvest lithium. A new reactor from Rice University is set to make the whole process easier and safer.

Lithium is a finite resource, and the more we lock inside rechargeable batteries, the less we have to use. A new speedy method to free the element from such sources could be a game changer in terms of the material's availability.

If scuba divers use inflatable BCDs (buoyancy control devices), why don't underwater robots? Well, an experimental new one does, and the technology is said to be much more energy-efficient than traditional methods of moving up and down in the water.

Scientists have developed a new "ink" that allows objects to be 3D-printed out of wood. The material could reduce the amount of wood that gets wasted in the manufacturing of various products, plus it could utilize existing wood waste.

Scientists have demonstrated an intriguing new technique to treat cancer – “molecular jackhammers” that latch onto cancer cells, then vibrate vigorously to kill them when activated by infrared light.