Physicists urge Government to reconsider proposed research funding cuts

Leading physicists and astronomers gathered in Westminster this week to voice concerns over proposed reductions to UK research funding that could have significant consequences for astronomy, particle physics and nuclear physics.

Among those attending a parliamentary drop-in session on 15 June were particle physicist and science presenter Professor Brian Cox, University of Oxford astrophysicist and YouTuber Dr Becky Smethurst, The Sky at Night presenter Professor Chris Lintott, and Astronomer Royal for Scotland and University of Edinburgh Professor of Astrophysics Catherine Heymans. The event was organised by the Royal Astronomical Society and brought together early career researchers and senior academics from across the UK to discuss the potential impact of planned cuts to science funding.

Earlier this year, the Science and Technology Facilities Council announced proposals that could reduce spending on astronomy, particle physics and nuclear physics by as much as 30 per cent over the coming years. Researchers warn that the cuts could affect dozens of major international projects and disproportionately impact early-career scientists.

Particular concern has been raised about the impact on the next generation of researchers. A recent survey found that nearly 80 per cent of early-career researchers are considering leaving the UK following the funding proposals, while only a small minority would currently recommend the UK as a destination for scientific research (see link below).

Professor Catherine Heymans, Astronomer Royal for Scotland, and Professor of Astrophysics at the University of Edinburgh's School of Physics and Astronomy said:

When it comes to Nobel Prize-winning discoveries and the UK being a scientific giant on the world stage, this short-sighted decision is likely to leave us as a bit-part, minority player in a number of major international projects, with our reputation in tatters. Worse still, we risk losing a generation of young scientists, all for the sake of saving less than 1 per cent of the UK Research and Innovation (UKRI) budget.

The proposed reductions could affect 48 UK-funded projects, including internationally significant collaborations such as the Vera C. Rubin Observatory and experiments at the CERN Large Hadron Collider.

The UK plays a leading role in both facilities. Researchers contribute to the development of cutting-edge instrumentation, data analysis and international collaborations that drive major discoveries about the Universe. Researchers warn that reductions in funding could limit the UK's ability to fulfil existing commitments and maintain its position as a global leader in physics research.

As discussions continue, researchers across the UK are emphasising the importance of sustained investment in fundamental science to support future discoveries, innovation and skills development.