Friday, 2 October 2026
Universities across Europe are strengthening controls around international research partnerships as governments become increasingly concerned about sensitive scientific knowledge reaching foreign intelligence services, defence organisations and strategic technology programmes. A new warning from the UK’s MI5 has intensified the debate, but measures already under way in Germany, the Netherlands and at EU level show that research security is developing into a Europe-wide issue.
Britain’s security service said on 30 September that more than 100 academics connected with UK institutions had contributed to projects ultimately financed through the China General Technology Research Institute. MI5 says the organisation has strong connections with China’s Ministry of State Security. The research included fields such as artificial intelligence and cybersecurity, although the agency stressed that researchers may not have known where the funding ultimately originated. Universities are now examining previous relationships and being encouraged to investigate funding structures more closely before entering new collaborations.
Germany has faced a separate and potentially more direct threat. German authorities arrested two people in Munich in May 2026 on suspicion of intelligence activity for China. Baden-Württemberg’s domestic intelligence service said the alleged operation involved attempts to establish relationships with scientists working in aerospace, artificial intelligence and computer science. The authorities allege that scientific events and paid academic engagements were among the methods used to gain access to specialist knowledge. The case remains subject to criminal proceedings.
The Netherlands is moving towards a more systematic approach to protecting strategically important research. Proposed legislation would require screening of new researchers and master’s students before they are permitted to work with designated sensitive technologies. Areas expected to fall within the framework include artificial intelligence, semiconductors, quantum technology, biotechnology and nuclear technology, together with technologies that could have military applications. The system is nationality-neutral and is intended to assess access to sensitive knowledge rather than target researchers solely on the basis of their country of origin.
Similar concerns are changing institutional policies elsewhere in Europe. Belgian universities and research funding organisations have introduced additional checks on partnerships presenting potential security risks, including relationships involving Chinese universities connected with defence research. In Sweden and France, researchers and institutions have also been examining the extent of cooperation with Chinese organisations associated with military or strategically sensitive activities. These relationships vary considerably in nature, meaning the existence of a partnership does not itself demonstrate improper activity or technology transfer.
The shift is increasingly being coordinated at EU level. European research ministers adopted recommendations on research security in 2024, encouraging member states, universities and funding organisations to improve risk assessment around international cooperation. The European Commission subsequently produced its first Research Security Monitor, examining national approaches to protecting research while seeking to preserve legitimate international scientific collaboration.
Brussels is also developing a European Centre of Expertise on Research Security and tools designed to help institutions conduct more detailed checks on prospective international partners. Particular attention is being directed towards technologies considered strategically important to Europe, including AI, advanced semiconductors, quantum technologies and biotechnology. The emerging approach is therefore less about restricting international academic cooperation generally and more about identifying projects where research could have strategic, intelligence or military applications.
For Europe’s property and investment markets, the development has implications beyond university administration. Science parks, semiconductor research centres, AI laboratories, quantum facilities and university-linked innovation campuses increasingly accommodate research with both commercial and strategic value. As investment in these specialised properties expands, security requirements, access controls, funding transparency and checks on research partners are likely to become a more important part of how sensitive technology facilities are developed and operated.
Source: CIJ.World Research & Analysis Team
