Czech ERIC operating Europe's premier high-power laser facility, providing beam time for research and radiation testing services for automotive, space, and electronics industries.
ELI ERIC operates one of the world's most advanced high-power laser research infrastructures, providing user access to extreme light sources for scientists and industry across Europe. Based in the Czech Republic, it supports experiments in laser physics, photonics, and radiation science. Beyond operating beam lines, ELI actively works on long-term sustainability of large-scale research infrastructures, technology transfer to sectors like automotive and space, and open science data services through initiatives like the Photon and Neutron Open Science Cloud.
IMPULSE (€6.5M, coordinator) focused on reliable laser operations and user-based scientific excellence; EUCALL clustered European advanced laser light sources; ELITRANS supported ELI's transformation to operational infrastructure.
ACCELERATE, ERIC Forum, ELITRANS, and IMPULSE all addressed ERIC governance models, socio-economic impact assessment, and long-term sustainability of large-scale facilities.
PaNOSC (€1.66M) built open data catalogues, analysis services, and remote desktop tools for photon and neutron research infrastructure users.
RADNEXT provides irradiation facility access for testing electronics reliability in automotive, avionics, accelerators, and new space applications.
CREMLIN connected European and Russian megascience projects; EURIZON developed EU-Ukraine collaboration including fellowship and training programmes for displaced researchers.
In 2015-2018, ELI ERIC focused on building connections — linking European and Russian large-scale facilities (CREMLIN), clustering advanced laser light sources (EUCALL), and transitioning from an ERDF-funded construction project to an operational ERIC (ELITRANS). From 2019 onward, the focus shifted decisively toward operational maturity: running a world-class laser facility for users (IMPULSE), contributing to open science data infrastructure (PaNOSC), supporting Ukraine research collaboration (EURIZON), and opening its radiation testing capabilities to industry (RADNEXT). The trajectory is clear: from infrastructure construction and policy work toward becoming a functioning, user-serving, industry-relevant research facility.
ELI ERIC is pivoting from a construction-phase facility to an operational user hub, increasingly offering beam time and radiation testing services to industrial sectors like automotive, space, and avionics.
ELI ERIC primarily joins consortia as a participant (7 of 9 projects), contributing infrastructure expertise and facility access rather than leading administrative coordination. However, when they do coordinate — as in IMPULSE (€6.5M) — they take on large-scale, high-budget leadership roles focused on their core laser operations. With 105 unique partners across 21 countries, they operate as a well-connected hub in the European research infrastructure ecosystem, typical of major ERIC-status facilities that collaborate broadly rather than repeatedly with the same partners.
ELI ERIC has collaborated with 105 distinct partners across 21 countries, reflecting the broad, pan-European network typical of a major research infrastructure. Their connections span other large-scale facilities, universities, and ERIC-family organizations rather than being concentrated in any single region.
ELI ERIC is one of very few ERIC-status high-power laser facilities in Europe, making it a singular access point for extreme light experiments that cannot be replicated elsewhere. Their dual capability — providing both laser beam time for fundamental research and radiation testing services for industrial electronics — bridges the gap between physics research and applied industry needs. For consortium builders, they bring not just facility access but deep experience in ERIC governance, open science data management, and cross-border infrastructure cooperation.
