By Gillian Law.
Physicist and new RSE fellow Phil Hasnip specialises in software to predict materials properties, and in making that software accessible to all researchers.
Hasnip believes that most physics problems end up being materials problems. “You want a better battery? You need a better battery material. A better turbine? You need a stronger material for the blades. Wherever you look, materials are key.” says Hasnip. Running experiments on these potential new materials is expensive and difficult, so using computational methods to either predict what a material might do, or to explain what is going in on experiments, is incredibly useful.
Having completed his PhD at the University of Cambridge followed by several post doc positions, Hasnip is now at the University of York where he is developing tools including the CASTEP program which uses quantum mechanics to compute the properties of materials and chemicals.
There is a constant tension in research between taking the time to improve the tools used and getting research results, Hasnip says, and he hopes to use his fellowship as an opportunity to focus on improving the tools available and making them more accessible to all researchers, rather than just those with computational skills. “Many of the tools being used aren’t really high enough quality. They’ve been developed by researchers who are good scientists…Continue Reading