A CERN member since 2024, Estonia is now turning that access into a domestic deep-tech and science industry with a new €24M centre.
A consortium of Estonian research institutions, led by Tallinn University of Technology (TalTech), has announced plans to establish an international Centre of Excellence focused on science and deep technology development. The initiative, known as TERA-Science, is being built in close partnership with CERN — the European Organisation for Nuclear Research — and the Helsinki Institute of Physics (HIP).
The project falls under the European Commission’s Teaming for Excellence programme, which is designed to raise research capacity in lower-performing EU member states by pairing them with leading scientific institutions. Estonia, though a compact country of 1.4 million people, has rapidly built a technology-forward reputation in startup creation and DeepTech — most recently by becoming a full CERN member.
The consortium includes TalTech, the National Institute of Chemical Physics and Biophysics (NICPB), and the University of Tartu. The total programme budget is €24M, with a funding decision expected this summer.
Science turned into industry
The centre’s core ambition is talent development. Rather than sending promising researchers abroad permanently, the model would allow Estonian doctoral students to conduct their work locally while accessing CERN’s infrastructure and expertise — reducing the brain drain that has long constrained smaller research economies.
Beyond basic science, the initiative has an explicit commercial dimension. The plan envisages a clear pipeline from CERN-derived technologies into Estonian industry through industrial doctorates, technology transfer, licensing, and deep-tech spin-offs.
Specific applications cited include high-precision measurement instruments adapted for manufacturing, and high-voltage technologies from particle accelerators applied to more resilient electricity grids. And as Europe’s premier startup destination, the local ecosystem is already featuring many companies working on these matters, including:
- GScan, founded by ex-CERN physicists, commercialises muon tomography for non-destructive 3D scanning of infrastructure. Direct spinout from University of Tartu, a TERA-Science consortium member.
- Skeleton Technologies develops curved graphene-based supercapacitors and high-power batteries for grid stabilisation, transport, and AI data centres. German TSOs already use their systems to manage grid stability.
- Nanordica Medical is a direct spinout from NICPB, one of TERA-Science’s own co-leads. The company has developed a silver-copper nanoparticle wound dressing addressing the limitations of conventional silver-only products.
For the new initiative, the broader ambition is to shift Estonia’s economic trajectory — even further away from low-added-value industries and towards a knowledge-based model in which scientific research drives product development, companies, and sustainable growth.
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