Water is the most abundant, but also strangest liquid - for example, it has its maximum density at 4 °C. Researchers around Yuki Nagata and Mischa Bonn at the MPI for Polymer Research have now studied ...

Water molecules on the surface of an electrode flip just before they give up electrons to form oxygen – a feat of nanoscale gymnastics that explains why the reaction takes more energy than it ...

French sci-fi author Jules Verne predicted about 150 years ago that water would become the fuel of the future. Today, ...

Green hydrogen from water splitting has emerged as a critical energy vector with the potential to spearhead the global ...

This initiative aims to recycle contaminated water, reduce reliance on potable water and address environmental concerns ...

A British team has won first place in the Aqualunar Challenge for developing a system that purifies water extracted from ...

Heavy water, scientifically known as deuterium oxide (D₂O), is a water variant where the typical hydrogen atoms are replaced ...

A researcher demonstrates samples of titanium dioxide before (L) and after reformation, for directly splitting water with ...

A startup backed by Sandia National Laboratories thinks it's found a cool new way to keep the world's supercomputers and ...

The garden- and compost-dwelling worm is helping researchers such as Baugh and Leuthner uncover new insights into the health ...

The molecules, while not a direct sign of life, still signal the existence of complex chemistry on the Red Planet.

Rhinos that flourished across much of North America 12 million years ago gathered in huge herds, according to a new study by ...