UK and India Forge Deeper Scientific Bonds at Eighth Science and Innovation Council Meeting
The eighth UK-India Science and Innovation Council (SIC) convened in New Delhi on Monday, October 12, 2026, marking a significant milestone in the deepening scientific and technological collaboration between the two nations. The high-level meeting was jointly presided over by the Rt Hon. Jonathan Reynolds MP, Secretary of State for Business, Innovation, Science, and Trade for the United Kingdom, and Dr. Jitendra Singh, Minister of State for the Ministries of Science and Technology and Earth Sciences, Government of India. The discussions underscored a shared commitment to leveraging scientific inquiry and technological advancement for mutual growth and societal benefit.
The council meeting served as a crucial platform for both ministerial delegations to reaffirm the strategic importance of bilateral cooperation in areas that drive knowledge advancement and foster economic prosperity. Central to the agenda was the formalization of enhanced collaboration in cutting-edge research infrastructure. A key highlight was the signing of an Implementation Arrangement between the Science and Technology Facilities Council (STFC) ISIS Neutron and Muon Source in the UK and the Department of Science and Technology (DST) Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR) in India. This agreement signifies a vital step forward in the joint pursuit of scientific excellence.
STFC-ISIS and JNCASR Partnership Enters New Phase with Significant Indian Investment
The newly signed Implementation Arrangement heralds the second phase of the collaborative efforts between the STFC ISIS Neutron and Muon Source and JNCASR. This enduring partnership, which traces its origins back to 1983, is set to be bolstered by a substantial financial commitment from India. The Department of Science and Technology (DST) has officially confirmed an additional investment of £3 million towards the STFC ISIS Neutron and Muon Source. This renewed financial support underscores India’s dedication to fostering advanced scientific research and its recognition of the invaluable role played by the ISIS facility.
This significant investment is slated to commence its impact in early 2027, propelling the partnership into its next dynamic phase. The allocated funds will provide Indian researchers with unparalleled access to the world-class facilities at ISIS, a leading centre for neutron and muon science. This access will not only facilitate groundbreaking research but also enable Indian scientists and engineers to actively contribute to the development of next-generation scientific instruments. The collaborative spirit inherent in this agreement is expected to drive innovation in instrument design and functionality, benefiting both participating nations.
The long-standing STFC-ISIS-JNCASR programme has already yielded remarkable scientific outcomes, fostering research across a diverse array of critical fields. Its contributions have been instrumental in advancing understanding in areas such as quantum materials, materials essential for achieving net-zero emissions, innovative membrane research for various industrial applications, and the crucial study of cultural heritage artifacts. The programme’s success has significantly enhanced the international visibility of the ISIS facility, with India now standing as one of its largest users of beamtime. This indicates a robust engagement and a deep reliance on ISIS’s capabilities by the Indian scientific community.
Beyond research output, the partnership has been a fertile ground for nurturing scientific talent. It has facilitated extended research visits for postdoctoral researchers, providing them with invaluable international experience and exposure to advanced research methodologies. The tangible impact of this collaboration is evident in the academic landscape, with an estimated over 100 PhD theses expected to incorporate data generated through this joint programme, a testament to its profound influence on doctoral research.
Expanding Horizons: Ongoing UK-India Research and Innovation Initiatives
The eighth UK-India Science and Innovation Council meeting also provided a platform to review and celebrate the successes of other collaborative ventures. Among these was the recent UK-India InnoXchange Market Visit, a pioneering initiative jointly launched by UK Research and Innovation (UKRI) and the DST. This program is designed to establish a robust research, innovation, and commercialisation ecosystem, specifically catering to businesses and incubation centre managers in both the UK and India.
The InnoXchange initiative recently concluded a highly successful market visit last month, which saw the participation of five Small and Medium-sized Enterprises (SMEs) and six incubation managers from the advanced manufacturing sector. This intensive week-long visit was meticulously designed to foster knowledge exchange and explore synergistic opportunities. Initial feedback from the participants of this inaugural cohort has been overwhelmingly positive, highlighting the program’s demonstrable ability to catalyse new partnerships, facilitate cross-border knowledge transfer, and unlock significant commercial collaboration opportunities between the two nations. This initiative exemplifies a strategic approach to translating research breakthroughs into tangible economic benefits.
UKRI India: Charting a Course for Future Collaboration
UKRI India, in its role as a key facilitator of the bilateral research and innovation agenda, reaffirmed its unwavering commitment to working in close partnership with its Indian governmental counterparts. The focus remains steadfast on strengthening institutional collaborations, accelerating the translation of technological innovations into commercial applications, and cultivating a skilled talent pool. The ultimate aim is to deliver maximum impact for citizens, researchers, innovators, and businesses in both countries.
Looking ahead, UKRI India is actively exploring several promising areas for future collaborative priorities. These include cutting-edge research and development in next-generation batteries, advancements in the pharmaceutical and medical technology sectors, the development of essential technology skills for the future workforce, and fostering growth within the creative industries. These identified areas reflect a forward-thinking approach, anticipating future global challenges and opportunities.
Celebrating a Vibrant and Dynamic Partnership
The significance of the ongoing UK-India scientific collaboration was eloquently articulated by key figures present at the council meeting. Frances Wood, International Director at UKRI, expressed her delight at the progress achieved: "I am delighted to celebrate the UK and India’s partnership in advancing knowledge, improving lives, and driving economic growth. The UK-India research and innovation relationship is one of our broadest and most dynamic, spanning the full spectrum from fundamental discovery through to innovation and commercialisation. I am proud of the impact this collaboration continues to have, strengthening our research communities and supporting thriving innovation ecosystems in both countries."
Echoing this sentiment, Dr. Praveen K. Somasundaram, Head of the International Collaboration Division at DST, emphasized the council’s pivotal role: "The Science and Innovation Council continues to provide an important platform for advancing the strategic research and innovation partnership between India and the United Kingdom. We welcome the progress achieved through our existing collaborations and the growing ambition to explore new areas of cooperation. Together, we are strengthening scientific capability, supporting innovation and entrepreneurship, and creating opportunities that will contribute to economic growth, knowledge exchange, and shared prosperity in both nations."
A Deep-Rooted Commitment to Scientific Advancement
The renewed commitment to the STFC’s ISIS Neutron and Muon Source by India was also met with enthusiastic appreciation. Sarah Rogers, Director of the ISIS Neutron and Muon Source, highlighted the historical significance and future potential of this partnership: "India is one of the longest-standing international partners for STFC’s ISIS Neutron and Muon Source. The renewed partnership will bring excellent science to ISIS from India, will enable Indian scientists to access world-class facilities at the ISIS Neutron and Muon Source, and will provide support for ISIS’s ongoing instrument development programme. It will also foster wider collaboration between UK and Indian researchers. We are very much looking forward to continuing our partnership and the excellent science that this will enable."
The £3 million investment by India is particularly significant. It represents a substantial endorsement of the UK’s leading research infrastructure and a clear signal of India’s commitment to pushing the boundaries of scientific discovery. Historically, international collaborations at large-scale scientific facilities like ISIS are crucial for sharing the costs of operation and development, as well as for fostering a global scientific community. India’s increased investment is likely to lead to enhanced capabilities at ISIS, potentially enabling more complex experiments and facilitating breakthroughs in fields such as materials science, energy, and health.
The implications of this strengthened partnership extend beyond the immediate research output. It is expected to foster a new generation of scientists and engineers trained in cutting-edge techniques, who will then contribute to the economic and societal development of both nations. The emphasis on instrument development also signifies a commitment to long-term technological advancement, ensuring that facilities like ISIS remain at the forefront of scientific exploration.
Broader Context and Future Outlook
The UK-India Science and Innovation Council meeting takes place against a backdrop of increasing global competition and the growing recognition of science and technology as key drivers of economic competitiveness and national security. Both the UK and India are actively seeking to enhance their research and innovation capabilities to address pressing global challenges, from climate change and public health to digital transformation and advanced manufacturing.
The collaboration at ISIS, with its focus on fundamental research and materials science, directly aligns with these global priorities. For instance, research into new materials for batteries is critical for the transition to a low-carbon economy, while advancements in materials for net-zero applications will be essential for meeting climate targets. Similarly, the potential applications of neutron and muon science in understanding cultural heritage could lead to new methods for preserving invaluable historical artifacts.
The InnoXchange Market Visit, on the other hand, represents a more direct pathway to commercialisation and economic growth. By connecting SMEs and incubation managers, this initiative aims to bridge the gap between academic research and market application, fostering a more dynamic innovation ecosystem. The success of such programs is vital for ensuring that scientific advancements translate into tangible benefits for businesses and consumers alike.
The strategic priorities identified by UKRI India – including next-generation batteries, pharma and medtech, technology skills, and creative industries – reflect a pragmatic approach to aligning research efforts with market demands and societal needs. The focus on skills development is particularly important, as a highly skilled workforce is fundamental to the successful adoption and advancement of new technologies.
In conclusion, the eighth UK-India Science and Innovation Council meeting has not only celebrated existing successes but has also laid a robust foundation for future collaboration. The strengthened partnership between STFC ISIS and JNCASR, coupled with the continued momentum of initiatives like InnoXchange, underscores a shared vision for a future driven by scientific excellence, technological innovation, and mutual prosperity. The commitment from both governments and research institutions signals a dynamic and evolving relationship poised to deliver significant benefits for decades to come.
