A study led by University of Oxford and Brookhaven National Laboratory researchers has uncovered how exposure to hydrogen ...

Sugars known as glycans form dense envelopes around cells. But they're often ignored in biological investigations because, unlike DNA, proteins and other cellular components, tools to study them are ...

The tool centers on a pig enzyme called ST3Gal1, and how scientists retrained it to bind to glycans instead of building them. This new glycan-binding enzyme, which scientists named sCore2, could help ...

Physicists have upended a foundational law of materials science by heating gold to over 19,000°C — more than 14 times its ...

Designing a catalyst is incredibly difficult—yet researchers at Tohoku University have successfully created a catalyst that ...

Greenhouse gas emissions generated by humans may have “locked in” a climate pattern responsible for long-term megadrought across the U.S. West, a new study has found. Human-induced shifts to the ...

A new organic material holds its shape under light and solvents, allowing engineers to build flexible, reliable electronics ...

Manganese-based molecular complexes exhibit efficient light interaction. They could provide innovative solar energy conversion and catalytic technologies.

Harnessing sunlight to power the future has taken a major step forward thanks to new research on nanosized oxyhalide ...

UCL researchers found that a simple salt, guanidinium thiocyanate, can make perovskite solar cells more efficient and durable—bringing the technology closer to outperforming silicon and reshaping the ...