ATOMMAGKUTATO INTEZET

Their core work

Atomki is Hungary's national nuclear physics research institute, operating particle accelerators and ion beam facilities for both fundamental research and applied science. They provide transnational access to ion beam analytical techniques — used for materials analysis, cultural heritage diagnostics, and environmental studies. Their accelerator infrastructure supports work ranging from nuclear astrophysics measurements to 3D tomography for security applications, making them a versatile facility partner across multiple scientific domains.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), Atomki focused on heritage science diagnostics and nanoscience, contributing analytical capabilities to cultural heritage platforms and interdisciplinary materials research. From 2019 onward, their portfolio broadened significantly into nuclear data applications, planetary science, and security technology — reflecting a shift from pure analytical services toward applied domains like medical physics, cargo inspection, and astrophysics infrastructure. This evolution shows an institute translating its core accelerator competence into an increasingly diverse set of real-world applications.

Atomki is moving from fundamental research infrastructure toward applied technology transfer — particularly in security (cargo scanning) and medical/industrial applications of nuclear techniques — making them increasingly relevant for industry partnerships.

How they like to work

Atomki operates exclusively as a participant or third party — they have never coordinated an H2020 project, which is typical for specialized facility providers who contribute infrastructure and expertise rather than managing consortia. With 386 unique partners across 42 countries, they are deeply embedded in Europe's large-scale research infrastructure networks. Their participation pattern favours big, multi-partner infrastructure projects (RADIATE, EUROfusion, Europlanet), suggesting they are a reliable facility partner comfortable operating within complex international collaborations.

Atomki has collaborated with 386 unique partners across 42 countries, giving them one of the broadest networks of any Hungarian research institute. Their connections span major European research infrastructure consortia in nuclear physics, heritage science, and planetary science.

What sets them apart

Atomki is one of very few European institutes that bridges nuclear/accelerator physics with heritage science — their ion beam facilities serve both nuclear astrophysicists and art conservators. This cross-disciplinary reach, combined with Hungary's competitive cost base, makes them an attractive infrastructure partner for consortia needing analytical beam time without Western European price tags. Their recent move into security applications (laser-plasma tomography) signals readiness for industry-facing work beyond traditional academic collaborations.

Highlights from their portfolio

• IPERION HS
  Largest single grant (EUR 405,682) and continuation of a long heritage science engagement spanning three consecutive projects from 2015 to 2024.
• EPN-2024-RI
  Second-largest grant (EUR 399,500) and an unexpected diversification into planetary science, showing the versatility of their instrumentation capabilities.
• MULTISCAN 3D
  Their most applied and commercially relevant project — transferring accelerator physics into laser-plasma 3D cargo scanning for security, signalling a turn toward industry applications.