The work, part of larger $2 million effort, will employ AI and other tools to develop eco-friendly membranes for use in medicine, agriculture, industry and other fields.

Cosmic dust—the tiny particles that help form stars, planets and the chemical building blocks of life—might be much spongier ...

EF Polymer has achieved cumulative global sales of 500 tons, upcycling more than 5,000 tons of agricultural residues into ...

This study reveals a novel use of lignin for eliminating azo dyes from wastewater, showcasing a scalable and eco-friendly ...

The materials were pulled from the lab shelf because they combine to form a thin and stable layer with microscopic channels.

Polychlorinated biphenyls, or PCBs, a class of fire-resistant industrial chemicals, were widely used in electrical ...

In September 2025, China's solid-state battery sector reached a significant milestone. The MIIT initiated a mid-term review of a 6-billion-yuan special project, while eight government departments ...

The team applied THOR AI to validate the new method using molecular dynamics simulations of copper, illustrated here in relation to its ...

Stanford researchers have created NeuroString, an implantable electronic fibre that can monitor and stimulate nerves and muscles with unprecedented precision, potentially transforming research and ...

Angel Martí, chair of Rice University's Department of Chemistry, is leading efforts to highlight chemistry's role in ...

Researchers have introduced a molecular switch that could control when drugs are active or inactive in the body.