Machine learning enables the manufacturing of highly compressible nano-scale devices.

Machine learning enables the manufacturing of highly compressible nano-scale devices.
Metamaterials that can locally control their stiffness and shape would enable a host of new technologies.
A new photocatalyst is revolutionizing a time-old reaction, addressing how light can influence not just the kinetics of chemical reactions, but their thermodynamic equilibria.
A man on a mission; the commercialization of graphene.
Appliction of an AC current results in a self-sustaining oscillating polymer surface.
A Swiss team of researchers has developed an innovative new approach to creating flexible batteries using stretchable materials.
A new, light-weight matrix material with improved mechanical properties to make cars lighter and more efficient.
A new electrochemical reactor could be the solution to emissionless cement production.
Jonathan Coleman of TCD elucidates the trade-off between rate performance and capacity in battery electrodes, and explains how to optimise it.
A new green catalyst converts carbon dioxide and hydrogen into methanol.