We continue to improve our approach to impact reporting.
A collaborative research project is using the STFC Hartree Centre’s supercomputers to develop new methods of blood pump simulation, which could assist in the improvement of devices that prolong lives of people with heart disease.
Working with major names in the industry, the Hartree Centre is a partner in the powerful ADDoPT collaboration that aims to secure the UK’s place at the forefront of new pharmaceutical development.
Menatech Limited is an engineering consultancy that supports the development of emerging innovative technologies, such as tidal and hydro turbine development or high capacity filtration systems.
Visualisation and Virtual Reality (VR) company, Virtalis, has expanded its product range with a specialist software developed for and demonstrated at the STFC Hartree Centre. Visualisations make complex information, such as a molecular structure, or the design of a car, easier to illustrate.
The STFC Hartree Centre has provided critical assistance to simulation company 3DSIM to optimise its software, which reduces the risk of failure during metal 3D printing.
The Hartree Centre’s high performance computing (HPC) capabilities are helping Rolls-Royce plc to model and improve component design in its world-renowned jet engines more rapidly and cost-effectively to maintain its competitive edge.
As the Internet of Things (IoT) continues to gains traction, the STFC Hartree Centre has demonstrated the opportunities and possibilities – plus its own relevant expertise – by turning Daresbury Laboratory into a ‘connected campus’.
The Hartree Centre has helped Constelcom prove the feasibility of a remote data visualisation platform designed to make it easier for businesses to harness high performance computing (HPC) services.
The team behind TravelAi turned to the ESA BIC Harwell to make a transformation into a scalable platform technology with global ambitions.
STFC-funded hybrid technology, evolved from space physics, combines gamma and optical imaging to improve the accuracy of cancer diagnosis.