Images

Carbon Dots Emerge as a Powerful Weapon Against Superbugs and Biofilms

Recycling PFAS Waste Into Silver Fluoride for Cleaner Chemistry

Corn Starch Electrolyte Boosted Tenfold with Plasticizer and Graphene Oxide

Caged Nickel Catalyst Turns Greenhouse Gases Into Syngas and Refuses to

Engineered Porous Carbon Traps Cancer-Causing Benzene From Air and

MXenes Emerge as Frontier Nanomaterials Powering Supercapacitors and Clean

Spirocycle Turns Sulfur Into a Multicentred Catalyst Through Through-Space

Engineered Bacterial Teams Turn Sunlight and CO2 Into 1-Butanol

Atomic Swap in Two-Dimensional Nitrides Unlocks Five New Water-Splitting

Flower-Powered Carbon Doped With Manganese Boosts Supercapacitors and Solar

Microbes Turn Renewable Electricity and CO2 Into Valuable Chemicals

Discarded Lithium-Ion Batteries Brought Back to Life With Thermochemical

New Carbon-Borate Nanocomposites Strip Toxic Dye from Water

Recycled Battery Cathode Material Pulls Toxic Blue Dye from Water Without

Chemists Deploy Palladium to Switch Off and On a Key Amino Acid in Living

The Slow Drain: Tiny Electronic Currents Threaten Solid-State Battery

Halogen Chemistry Lifts Sulfur Batteries to a Higher Voltage

Paper bags and cardboard boxes normally headed for the trash were carbonized into anodes f

Blow-Spun PVDF–Clay Nanofiber Membranes Strip Lead and Copper From Water

Unlocking the Microscopic Origins of Dendrite Formation in Solid-State Batteries

Chemists forge chiral piperidine mimics in a single asymmetric leap

Raman Spectral Overtones Reveal NiO2, Not NiOOH, on Nickel Anodes

Ten-Second Flash Reaction Turns Toxic Fluorine Waste Into Valuable

How a Tiny Hidden Layer Could Improve Lithium-Ion Batteries