Nuclear power is often celebrated as a low-carbon pillar of the modern energy system, but its operation leaves behind a...

Researchers in China have developed a graphene-based pressure sensor that can measure a person's blood pressure directly from a single...

A spoonful of catalyst, a flask of water and a beam of simulated sunlight: it is the simplest recipe imaginable...

A graphene-supported cobalt nitroprusside precursor delivered the most balanced performance among three transition-metal composites tested in rechargeable zinc-air batteries.

A self-supported porous MnFeCoNiCu high-entropy alloy efficiently catalyzed acidic hydrogen evolution for 100 hours after its pore network and surface...

Graphene has long been celebrated as one of the most extraordinary materials ever discovered, combining exceptional mechanical strength, electrical conductivity...

A study that attracted attention for its proposed route to stronger, more durable and potentially lower-impact concrete has been retracted...

A waste product from the mangosteen fruit could help turn graphene oxide into a more effective carbon-capture material, according to...

Trains carry people and goods at remarkable speeds, but they also send waves through the ground. These vibrations can travel...

A new flexible dielectric composite could help push next-generation capacitors and electronic devices toward higher energy storage without sacrificing the...