ELI-HU KUTATASI ES FEJLESZTESI NONPROFIT KOZHASZNU KORLATOLT FELELOSSEGU TARSASAG

Their core work

ELI-HU is the Hungarian pillar of the Extreme Light Infrastructure (ELI), one of the world's most powerful laser research facilities, located in Szeged. They operate and develop ultra-intense laser systems for fundamental and applied physics research, providing user access to scientists across Europe. Their work spans the full lifecycle of a large-scale research infrastructure — from transitioning out of construction phase (ELITRANS) through to sustainable operations, technology transfer, and integration with European open science platforms. They serve as both a facility operator and a technology partner in the European advanced light sources community.

What they specialise in

How they've shifted over time

In the early period (2015–2018), ELI-HU focused on establishing itself within the European advanced light sources community and managing the complex transition from a construction-phase facility funded by ERDF structural funds into an operational European research infrastructure. By the later period (2018–2024), the focus shifted decisively toward operational maturity — user access programs, ERIC governance, sustainability planning, technology transfer, and integration with European open science ecosystems like EOSC. This trajectory shows a classic infrastructure lifecycle: from building and integration toward running, serving users, and generating impact.

ELI-HU is moving from facility setup into a mature operational phase focused on serving external users, open data, and technology transfer — making it increasingly relevant as a partner for applied laser science and industrial collaboration.

How they like to work

ELI-HU has never coordinated an H2020 project, participating instead as a partner or third party in all four projects. This is consistent with their role as one node within the larger ELI-ERIC distributed infrastructure — they contribute specialized laser facility expertise to large, infrastructure-focused consortia rather than leading them. With 26 unique partners across 13 countries, they operate within broad European networks typical of major research infrastructure projects.

ELI-HU has collaborated with 26 unique partners across 13 countries, reflecting the pan-European nature of large research infrastructure projects. Their network likely centers on other ELI pillars, major photon/neutron facilities (synchrotrons, free-electron lasers), and research infrastructure governance bodies.

What sets them apart

ELI-HU operates one of the three pillars of the Extreme Light Infrastructure, which is the world's most advanced high-power laser facility — there is simply no equivalent in Central and Eastern Europe. For any consortium needing access to ultra-intense laser capabilities, attosecond science infrastructure, or a partner experienced in transitioning large ERDF-funded facilities into sustainable ERIC operations, ELI-HU fills a role that very few organizations can. Their combination of frontier physics infrastructure with growing expertise in open science and technology transfer makes them a bridge between fundamental laser research and practical applications.

Highlights from their portfolio

• IMPULSE
  By far their largest funded project (EUR 3.8M), focused on the critical phase of ramping up user operations and establishing ELI-HU as a sustainable, user-serving ERIC facility.
• PaNOSC
  Positions ELI-HU within the European Open Science Cloud ecosystem, connecting their laser data and services to FAIR-compliant photon and neutron science infrastructure.
• ELITRANS
  Foundational project managing ELI's transformation from ERDF-funded construction into a recognized European research infrastructure — a governance challenge few organizations face.