Researchers create a robust system using short charging data and chemical models to extend battery life and enhance safety in electric vehicles.

Self-propelled particles form tight clusters in dense colonies of dividing cells due to forces created entirely by the growing environment itself.

Researchers use a quantum computer to study how light changes real molecules for applications in medicine and energy.

Researchers use special chemical methods to repair molybdenum disulfide at low heat, boosting chip speed and cutting power use.

NASA’s Curiosity rover detects complex carbon compounds in a rock sample, hinting at advanced chemistry on the Red Planet.

Bioengineers and synthetic biologists have found a new way to design enzymes on a computer and predict how these enzymes will work.

Scientists have used a scanning tunnelling microscope (STM) to control the behavior of atoms in chemical reactions.

Researchers discover a stable three-dimensional substance that could enable graphene-like performance in large-scale green computing without fragility issues.

This method combines physics rules with artificial intelligence to find key properties of materials using very little data, helping speed up research in fields like engineering and energy.

New research shows that tiny atomic arrangements in metal mixtures can improve strength and other qualities, opening doors for better designs in planes, electronics, and power plants.