From Atoms to Devices: materials design for new energy technologies

Posted in: Comment, News and Updates

The I-SEE seminar on Tuesday 7 March is:

From atoms to devices: materials design for new energy technologies

and is given by Aron Walsh, Professor of Materials Design in the Department of Materials at Imperial.  Here's the Abstract

The discovery of functional materials, tailored for applications in energy conversion and storage, is now possible by combining theoretical chemistry with high-performance computation.  The toolkit for materials modelling is becoming increasingly predictive and powerful, with a recent emphasis being placed on data mining and informatics.   I will critically discuss the past and future contributions of materials theory and simulation to the development of new energy technologies, including light-to-electricity conversion in photovoltaic cells and heat-to-electricity conversion in thermoelectric cells.  Particular attention will be paid to hybrid halide perovskites which in addition to becoming champion thin-film solar energy materials, demonstrate how new materials have the potential to displace existing technologies in a short timeframe.  I will discuss the challenges for materials design including the development of robust application-specific performance descriptors that can be accurately measured and calculated, and combine to give a quantitative figure of merit.

It would seem that Professor Walsh thinks that technology might have a role to play in our renewable energy futures.  The session is free for neo-Luddites.  Further details are here.

Posted in: Comment, News and Updates

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