Kate Dearden

I thank my hon. Friend for his work in this area. I have heard his reflections and his desire to see longer-term certainty, which I will feed back to the relevant Minister and the Department. The benefits of our investment, building on the previous funding that I mentioned, will be felt right across the UK. Particularly in respect of this debate and the Yorkshire and the Humber region—I am a Yorkshire MP myself—UKRI’s £580 million investment in 2023-24 was significant. My hon. Friend the Member for Scarborough and Whitby mentioned a long list of vital science facilities, including Boulby, Diamond, ISIS and Jodrell Bank, which we have touched on, and I completely agree that they are not merely items on a balance sheet; they are national assets. Boulby is unique in that respect, as it is the UK’s deepest underground science facility. Located more than a kilometre beneath Yorkshire in a working mine, its depth and the surrounding salt rock mean that it is shielded from radiation, enabling world-leading research in areas such as dark matter and quantum technologies. I hope to answer many of my hon. Friend’s questions throughout my speech. Our science and research ecosystem has lots of important research infrastructure. The UK’s science and technology successes are built not only on researchers making groundbreaking discoveries, or engineers developing new technologies, but on our world-class R&D facilities and capabilities—the essential tools that our research communities use every day. Those include the facilities that allow us to explore the building blocks of matter and the computing systems that allow scientists to turn raw data into models of the universe or treatments for disease, as well as the international collaborations that enable us to tackle grand scientific challenges that no country can solve alone. Our research infrastructure makes the UK’s R&D achievements possible. The facilities are not only tools for research and industry but national assets, as I have mentioned. The landscape is changing rapidly. Facilities are becoming more connected and data-intensive than ever before, researchers are increasingly collaborating across borders, and the most powerful scientific instruments are often of a scale, cost and geographical reach beyond the capacity of any one nation to deliver alone. To ensure that our research facilities are ready for tomorrow, we must lay the groundwork today by supporting the facilities that allow researchers and innovators to produce the most insightful and impactful research. I will briefly highlight some examples of the impact of our facilities on our understanding of science and the lives of people across the UK. As we heard from colleagues, the Diamond Light Source at Harwell in Oxfordshire is the UK’s national synchrotron. Currently undergoing a £500 million upgrade, Diamond generates intense beams of X-rays, allowing research to examine materials in extraordinary detail. This enables discovery and innovation in fields ranging from medicines and battery technology to advanced manufacturing and aerospace, including for companies such as Rolls-Royce. We are also a leading partner in major international facilities, sharing the costs and benefits of scientific endeavours that, as I have said, no country could undertake alone. Also included in respect of our investment, and the Government’s absolute commitment to the sector, is the Square Kilometre Array observatory, headquartered in the UK at Jodrell Bank. I will come to that in just a second, but we are investing more than £300 million over 10 years to build the world’s largest radio telescope, enabling scientists to study the cosmos with unparalleled sensitivity, from the first stars and galaxies to signs of life beyond Earth.