How can Europe flip its world-leading capabilities in Big Science into industrial and societal influence? The conclusion of the Research and Technology Infrastructures (RTIs) Summit 2025 was clear: Europe has the abilities, companions and ambition, however progress is slowed by fragmentation and lack of constant funding.
Held in Copenhagen on 22–23 October 2025, and hosted underneath the Danish EU presidency, the RTI Summit introduced collectively leaders from throughout Europe to form the way forward for analysis and know-how infrastructures and to debate easy methods to implement the brand new European technique in this discipline, launched by the European Commission on the occasion.
A devoted session on accelerators and superconducting magnets examined at this time’s greatest practices and the steps wanted to construct a dependable route from lab to market. Several European strengths are already seen. Pierre Vedrine (CEA Saclay) confirmed how open know-how infrastructures, corresponding to Synergium, speed up innovation from supplies and parts to full techniques, together with superconducting MRI magnets. Clean rooms, meeting platforms and large-scale testing shorten improvement cycles and allow shut collaboration between scientists, industry, and small and medium-sized enterprises (SMEs). Martina Bauer (GSI/FAIR) offered the Hi-Acts platform, which affords firms a single-entry level into Helmholtz competencies to search out contacts, entry beamtime and providers, and receive steerage on cooperation.
The I.FAST EU-funded undertaking coordinated by CERN, offered by Maurizio Vretenar, supplied one other instance of co-innovation: involving SMEs in R&D from the outset helps earlier adoption of business requirements, quicker prototype enchancment and decrease prices. I.FAST brings collectively 49 companions, together with 17 firms as co-innovation companions to develop applied sciences widespread to many accelerator platforms, from high-efficiency klystrons and thin-film superconducting RF cavities to new beam-window supplies and energy-efficiency methods. Industry displays confirmed the long-term payoff of Big Science engagement: Julio Lucas (Elytt Energy) confirmed how expertise from ITER tooling translated to CERN magnet techniques and FAIR dipoles, whereas Torben Ekvall (Mark & Wedell) described how one-off contracts opened doorways to the non-public fusion market.
Despite this progress, acquainted obstacles persist. Access guidelines, mental property (IP) practices and inside priorities nonetheless range by nation and facility. Funding and assist mechanisms exist however are tough to navigate throughout borders. Funding cycles are sometimes too brief for hardware-heavy, low-TRL (know-how readiness stage) improvement – four-year initiatives not often suffice to succeed in strong prototypes and market adoption, conserving the so-called “valley of death” vast. At the identical time, administrative procedures overwhelm smaller firms with out devoted grant administration. Talent retention is one other strain level: SMEs battle to match big-company salaries and preserve area of interest competencies throughout lengthy undertaking gaps.
The Big Science market additionally presents a difficult danger profile for SMEs. Long initiatives supply few invoicing milestones towards unavoidable upfront spending on engineering, tooling, high quality techniques and certification. Specialised abilities have to be maintained by way of intervals of low order quantity, and key consultants are onerous to exchange in tight labour markets. Markets are lumpy and project-based, with lengthy gaps between tenders and extremely customised options that don’t at all times translate to different patrons. Cross-border collaboration provides additional complexity. Strategically, corporations typically enter early-stage R&D with no clear view of the post-project market, and danger over-dependence on a single facility.
A panel dialogue with Pierre Vedrine (CEA), Julio Lucas (Elytt Energy), Raffaella Geometrante (KYMA Undulators and co-chair of the Accelerator Science and Technology Industry Permanent Forum), Sabine Brock (Hi-Acts) and Elena Hoffert (French Ministry of Higher Education and Research) converged on a set of sensible treatments.
First, early and structured co-innovation ought to grow to be the norm. When SMEs take part from low-TRL ranges, roles and milestones could be outlined up entrance, danger shared extra evenly, and manufacturability suggestions built-in earlier than prices escalate.
Second, Europe would profit from a extra coherent entry and IP framework. Building on fashions corresponding to Hi-Acts, Europe may join firms to testbeds, providers and skilled brokers with out forcing them to relearn procedures in every nation. Harmonised IP ideas would assist: open, royalty-free educational analysis, clear commercialisation pathways for industry, and normal phrases agreed upfront fairly than underneath time strain.
Longer, steadier funding is equally essential, as hardware-centric deep-tech wants time. Extending funding horizons past 4 years would match improvement realities, whereas devoted technology-transfer funds – combining public and non-public capital – may bridge feasibility, prototyping and first deployments. Targeted devices corresponding to vouchers or match funding can scale back the barrier to SME participation in pilot initiatives, check campaigns and certification.
Markets matter
Market indicators matter too: if services publish procurement roadmaps and use framework agreements, SMEs can plan capability and get better innovation prices by promoting validated options to a number of websites. Standardised specs and qualification throughout services would enhance portability and scale back repeated rework.
People stay the spine of deep-tech translation. Mobility programmes and joint appointments between RTIs, universities and SMEs can unfold know-how and create shared cultures. Embedding coaching and scholar pipelines inside initiatives turns RTIs into expertise multipliers. Temporary assist to retain key groups between initiatives can forestall hard-won competencies from dissipating throughout inevitable instances of low market demand.
Administrative simplification and lasting coordination would additional decrease obstacles. SME-friendly procedures, template agreements and quicker suggestions make participation much less daunting. Permanent, frivolously funded constructions can preserve continuity and present a platform for roadmapping and collaboration. Securing the industry perspective in long-term methods is crucial, with the AIPF Forum being one such initiative.
In the tip, the session’s messages had been effectively aligned. Europe has the infrastructure, excellence and entrepreneurial SMEs to steer globally in Big Science applied sciences. By turning its variety right into a power, by way of coordinated requirements, easier entry to services, extra steady funding and earlier industry engagement, it might transfer know-how switch from a by-product to a central goal. This will enable SMEs to get better improvement prices and make investments in folks and in sturdy collaboration constructions that maintain the know-how alive. Europe may then in the end speed up the interpretation of Big Science into societal and industrial influence.