A new method uses gold nanoparticles to convert hydrogen sulfide into high-demand hydrogen gas and sulfur in a single step.

A new plastic-like material can go from being soft and stretchy to hard and rigid with just a catalyst and some light.

A new catalyst turns carbon dioxide into useful fuels and chemicals really efficiently . It could pave way for large-scale CO2 recycling, researchers say.

Adding a graphene "wrap" to an exisitng "trap and zap" strategy does a better job and destroying antibiotic-resistant bacteria in wastewater treatment.

If ships could create their own fuel from seawater, they could remain in continuous operation. Researchers say a catalyst could make it a reality.

Forever chemicals may have met their match in a new, surprising catalyst. "This wasn't supposed to work, and it did."

A lab-based "intelligent microsystem" employs machine learning for modeling chemical reactions, researchers report.

A new method could tackle the antibiotic-resistant genes of superbug bacteria with a "trap and zap" method. It could keep resistance from spreading.

Understanding why platinum is the best catalyst for splitting water could lead to cheaper ways to make hydrogen fuel.

New research could solve a hurdle in the creation of bulletproof vests and make the process more environmentally friendly.