University of Michigan chemists have developed an iron-based catalyst guided by secondary-sphere hydrogen bonds that reduces stubborn nitrate to nitric...

A new review reveals how Type-I and Type-II band alignments in MoS2 heterojunctions dictate charge separation, radical generation, and the...

Researchers at Shanghai University have developed one-pot aluminum phosphate solid acid catalysts whose tunable Lewis-Brønsted acid balance converts fragile citral...

Researchers converted waste refinery catalyst into a cheap manganese oxide catalyst that removes more than 95 percent of formaldehyde from...

A fully open-source life cycle assessment workflow reproduces the climate footprint of vitrified bauxite residue within five percent of a...

A five-day competency-based training workshop in Port Blair significantly boosted the chemistry knowledge, assessment skills, and teaching confidence of 23...

A new review explains how phosphate ester electrolytes, once unsuitable for lithium batteries, are enabling intrinsically flame-retardant and long-lasting sodium...

A multimodal proteomics study shows that ATP-competitive kinase inhibitors displace autoinhibitory domains, driving unexpected non-catalytic functions relevant to drug development.

A new review shows that magnetically recoverable nanocatalysts combining iron oxide cores with palladium, copper, zinc, gold, or metal-free active...

A comprehensive review finds that the traditional Indian medicinal herb Leucas aspera contains roughly sixty bioactive compounds with antimicrobial, antidiabetic,...