Controlled sulfidation enhances supercapacitor electrode performance
A carefully controlled chemical transformation has produced a supercapacitor electrode that combines the advantages of metal oxides and metal sulfides,...
Felix P. reports on chemistry and catalysis, tracking chemical synthesis, reaction mechanisms, analytical advances, sustainable chemistry, and catalytic materials.
A carefully controlled chemical transformation has produced a supercapacitor electrode that combines the advantages of metal oxides and metal sulfides,...
Long before a sunspot darkens the Sun’s visible surface, the magnetic forces that create it may already be leaving a...
Glasses are often celebrated for their strength, stability and resistance to deformation. Yet the very features that make a glass...
A new catalyst design could help clean up one of the most stubborn sources of industrial air pollution: nitrogen oxides...
Light can now be made to rotate in a chosen direction without designing entirely new chiral molecules, according to researchers...
A New Chemical Shortcut Could Make One of Nature’s Most Powerful Hydrogen Enzymes Easier to Build Hydrogen-producing enzymes known as...
UNIVERSITY PARK, Pa. — Artificial intelligence could dramatically accelerate the search for technologies that transform carbon dioxide into useful fuels,...
Carbon dioxide is often described as a waste product, but researchers are developing increasingly practical ways to turn it into...
A tiny marine worm with no mouth, gut, or anus has helped overturn a long-standing assumption about how animals obtain...
On-chip lasers are moving from laboratory demonstrations toward technologies that could reshape coherent communications, advanced displays, precision sensing, imaging and...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine