Harwell Campus, where government, business and academia apply big-science to solve urgent global challenges, is calling for UK energy innovators to join the fight to mitigate climate change.

New astronomy research supported by STFC and published today suggests giant planets could form around small stars much faster than previously thought.

A number of STFC-supported staff and researchers, including a team from RAL Space and a member of the STFC astronomy grants team, have been honoured for significant achievements in astronomy and geophysics by the Royal Astronomical Society (RAS) in its annual awards.

New research involving x-rays has enabled UK scientists to find a way to improve our understanding of uranium biogeochemistry. This has the potential to help us better store or dispose of radioactive materials in the future.

The international gravitational-wave observatory network has detected what appears to be gravitational ripples from a collision of two neutron stars.

New research involving x-rays has enabled UK scientists to find a way to improve our understanding of uranium biogeochemistry. This has the potential to help us better store or dispose of radioactive materials in the future.

The Science and Technology Facilities Council (STFC) congratulates Dr Andrew Taylor on being honoured in the New Year Honours List 2020.

Combining powerful lasers and bright X-rays, Imperial and Science and Technology Facilities Council (STFC) researchers have achieved a demonstration of laser-driven X-ray absorption spectroscopy that will allow a new field of extreme experiments in both fusion science and astrophysics.