Southampton electrochemist is leading a major new research project to explore innovative and cost-effective ways of using advanced electroplating to deposit and shape technologically important materials at the nanoscale.
A grant of over 拢6million from the will be shared by the Universities of Southampton, Nottingham and Warwick, providing funding for a multidisciplinary team of postdoctoral researchers and PhD students. Phil commented:
鈥淭he ADEPT project covers the whole spectrum of research from clean room nanofabrication to industrial collaboration and there is tremendous potential to deliver exciting new materials with many uses through cutting edge electrochemistry.鈥�
The research focuses on semiconducting , that is materials containing selenium and tellurium in combination with other elements, and has three main targets.
- Thermoelectric materials are already used in refrigeration but can also be used to generate electricity from waste heat. Reducing the size to tens of atoms across will increase their efficiency but the technology to achieve this does not yet exist.
- Computer memory could be transformed if materials that change electrical resistance by rapid heating and cooling (phase change memory) could be developed on the extreme nanoscale. If ultra-small versions were produced, existing issues with reliability and energy requirements could be resolved.
- Heat sensing devices such as infrared cameras could be used more widely in home security, communications and the Internet of Things if they were cheaper to manufacture.
At Southampton, researchers led by Professors and in Chemistry, in Physics and from will be working together with Phil to deliver this ambitious project.