A group of scientists has developed special CO2-derived carbon nanotubes that can generate sustained plasma almost instantly ...

Researchers from Tokyo Metropolitan University have elucidated how hydrogen and carbon monoxide is adsorbed into solids ...

The ability to probe the smallest building blocks of matter has long fascinated scientists, fueling advancements in medicine, ...

Using a chemical reaction inspired by rocket fuel ignition, Cornell researchers have engineered a nanoporous carbon with the highest surface area ever reported, a breakthrough that is already ...

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Italy's Phlegraean Fields is a hotspot of volcanic activity—an ever-shifting landscape pocketed with acidic hot springs. This ...

Gas transport through a metal cluster-containing crystalline solid. Hydrogen and carbon monoxide travel at different speeds due to their molecular size relative to the size of nanoscale tunnels in the ...

AI-designed concrete could soon allow for self-healing roads that can repair cracks and prevent potholes completely.

How did PFAS – known as ‘forever chemicals’ – manage to infiltrate global water sources so extensively before anyone realised ...

A surprising discovery reveals that carbon nanotubes made from CO2 spontaneously create intense, stable plasma in ordinary ...

Ubiquitin is an intracellular signalling molecule that is conjugated to various ... the UBD and conformational changes following binding. Structures of ubiquitin–UBD complexes have revealed ...

Carbon fiber market growth is propelled by extraordinary strength-to-weight ratio, versatility across industries, and sustainable transportation.< ...