A surge in big-data and quantum-device development is pushing materials toward the atomic scale, where conventional magnetism often fails. One...

A new study could supercharge a long-studied water-treatment pathway by redesigning how single atoms bond in a catalytic scaffold. In...

Researchers at Hebrew University report a simple chemical link that could help explain how early Earth chemistry transitioned toward cell-like...

International quantum simulations are giving a rare, full-resolution view of how a hydrated proton moves through water. Led by researchers...

Subject of Research: Not applicable Article Title: Adaptive Cu Reconstruction in Heterostructure Drives High-Rate Nitrate-to-Ammonia Conversion News Publication Date: 13-Jul-2026...

High-capacity silicon anodes are among the most promising routes to boost the energy density of lithium-ion batteries. Yet their appeal...

A team of researchers in Japan has observed an ultrafast electronic drama unfolding inside a metal–organic framework (MOF) in just...

University of Missouri researchers are testing a corn-based approach to replace synthetic food dyes with a pigment package drawn from...

A routine cut can heal quickly, but deep wounds often become a battlefield: invading bacteria and a surge of reactive...

Next-generation energy devices—from fuel cells to water electrolyzers—rely on ion-exchange membranes that pass water and selected ions while blocking everything...