The UK’s Science and Technology Facilities Council (STFC) will continue its operations at its three main multidisciplinary research facilities, including the Diamond Light Source synchrotron located in Oxfordshire. Nevertheless, smaller national labs are confronting considerable funding cuts as the organization aims to lower costs by £160 million within the next four years. STFC leadership has acknowledged that executing this plan will be challenging, and members of the scientific community have raised concerns regarding the possible effects on the nation’s research landscape.
The UK government’s 2025 budget review led to only a modest increase in STFC’s primary budget, which rose from £835 million in the last financial year to £842 million by April 2030. However, expenses are anticipated to rise significantly due to increasing labor costs, foreign exchange pressures impacting international subscription payments—including contributions to the European Organization for Nuclear Research (Cern)—and the prior expansion of the organization’s activities and workforce.
To tackle its financial obstacles, STFC intends to change its strategy regarding industrial partnerships and monetize its assets to create additional revenue streams. The UK Research and Innovation (UKRI) will provide STFC with ‘transitional support’ of £135 million over the upcoming three years, obtained from underspends or delayed initiatives across its portfolio.
STFC’s strategy seeks to protect the Diamond, ISIS Neutron and Muon Source, and the Central Laser Facility, albeit the total budget for these facilities will decrease by 15% over four years, requiring savings of £28 million each year. Possible repercussions include cuts to user support and technical assistance, reduced operational hours at ISIS, and the potential shutdown of the Lasers for Science Facility and the muon beamlines at ISIS if alternative funding or operational setups are not secured.
STFC will preserve its international subscriptions despite anticipated cost increases of 19% over four years, but the National Laboratories portfolio will need to cut expenses by 58%. Spending on accelerator and technology support will drop by £8 million annually by 2029, which includes putting the CLARA electron beam facility on hold. Restricting access to computational resources will save £10 million each year, and at least £5.5 million will be saved in the development of instruments and technologies. The objective is for RAL Space (the UK’s space lab) and Hartree (which assists organizations in leveraging supercomputing, data science, cloud, quantum, and AI technologies) to achieve cost neutrality by enhancing commercial initiatives and pursuing alternative funding avenues.
Progress will be assessed in 2027 and 2028. If critical targets are not met, STFC warns it may need to undertake further measures, potentially including shutting down a multidisciplinary facility. If the financial situation improves, STFC will contemplate future projects beyond 2028.
During discussions with the House of Lords science committee, UKRI chair Ian Chapman indicated that this plan is a product of extensive consultation and represents ‘responsible management’ of financial pressures. An uptick in enrollment—an addition of 800 staff over four years—has significantly contributed to budgetary pressures and will need to be curtailed. However, UKRI’s backing provides STFC with a ‘runway’ to generate more revenue for attaining a ‘more sustainable footing.’
Tanya Sheridan, head of policy and evidence at the Royal Society of Chemistry (RSC), noted that adjustments to STFC’s research infrastructure funding will have major repercussions. She underscored the crucial role of national facilities in spearheading world-class research across various fields and their vital function in bolstering sectors essential to the UK’s future competitiveness. The heightened demand for access implies that capacity reductions could adversely affect researchers, businesses, skills enhancement, and innovation.
Reductions at prominent multidisciplinary facilities could also hinder industrial research, with worries that companies might turn to external resources if user time at Diamond is limited. This could potentially render the UK less appealing for scientific investment. Johnson Matthey’s chief technology officer voiced concerns that such reductions could greatly jeopardize critical national facilities.
Steve Elliott, chief executive of the Chemical Industries Association, hopes that any lost capacity at STFC facilities can be promptly reinstated or alternative solutions can be discovered. Decreasing a nation’s scientific capacity ultimately impairs economic, social, and environmental advancement.
While the Campaign for Science and Engineering (CaSE) endorsed the decision to safeguard STFC’s grant-giving capabilities and international subscriptions, it warned that substantial cuts to research infrastructure could severely detriment the entire sector. Daniel Rathbone, CaSE’s deputy executive director, emphasized that facilities require ‘consistent and sustained investment’ to stay competitive and lead in discovery research that supports government priorities, such as AI and quantum technologies. He urged the government to reassess whether sacrificing national capabilities is justified for short-term financial gains.