EUROPEAN SYNCHROTRON RADIATION FACILITY

Their core work

ESRF operates one of the world's most powerful synchrotron X-ray sources in Grenoble, France, providing researchers and industry with ultra-bright beams for imaging, diffraction, and spectroscopy at the atomic and nanoscale. They enable breakthroughs across materials science, structural biology, earth sciences, and cultural heritage by offering open access to their beamlines and developing advanced instrumentation. Beyond facility access, ESRF actively drives open science data infrastructure (EOSC, FAIR data) and trains the next generation of X-ray and neutron scientists through doctoral programmes. They also build scientific capacity in developing regions, notably through partnerships with the SESAME light source in the Middle East.

What they specialise in

How they've shifted over time

In the early H2020 period (2015–2018), ESRF focused on traditional research infrastructure access and fundamental science — structural biology, protein crystallography, advanced light source coordination, and international cooperation including links with Russian megascience projects. From 2019 onward, a clear shift emerged toward open innovation with industry, sustainability of research infrastructure business models, machine learning integration, and capacity building in new regions (Middle East via SESAME). The recent period also shows ESRF positioning itself as a data infrastructure provider through open science clouds and FAIR data initiatives, moving well beyond its origins as a pure photon source.

ESRF is evolving from a facility that provides beam time into a full-service innovation platform that combines X-ray capabilities with data science, industry partnerships, and sustainable business models.

How they like to work

ESRF primarily operates as a participant (25 of 33 projects) in large European consortia, which is typical for a major research infrastructure — they contribute specialized beamline access and instrumentation expertise to broad multi-partner efforts. However, they coordinate 7 projects including their largest (STREAMLINE at EUR 5M, BRILLIANCE, InnovaXN), showing they take the lead on initiatives closest to their core mission: beamline development, doctoral training, and open science. With 321 unique consortium partners across 37 countries, they function as a genuine European hub — a go-to facility partner that almost any research consortium would benefit from having on board.

ESRF has collaborated with 321 distinct partners across 37 countries, making it one of the most broadly connected research infrastructures in Europe. Their network spans from Western European national labs and universities to Middle Eastern (SESAME) and Eastern European partners, with particularly dense connections in France, Germany, and the UK.

What sets them apart

ESRF is not just another synchrotron — it is the brightest synchrotron source in Europe after its recent Extremely Brilliant Source upgrade, making it the facility of choice for experiments requiring the highest photon flux and coherence. Unlike national facilities, ESRF is a pan-European intergovernmental organization with 22 partner nations, giving it unmatched convening power for multi-country consortia. Their dual push into industry co-innovation (ATTRACT, ENRIITC) and machine learning positions them uniquely at the intersection of world-class hardware and modern data-driven science.

Highlights from their portfolio

• STREAMLINE
  Largest ESRF-coordinated project (EUR 5M) focused on making synchrotron beamlines sustainable and accessible to new user communities — signals strategic direction.
• BRILLIANCE
  ERC-funded project applying X-ray phase-contrast microscopy and machine learning to map neural circuits at unprecedented resolution — their most scientifically ambitious work.
• PaNOSC
  ESRF-led initiative to build the Photon and Neutron Open Science Cloud, positioning them as architects of Europe's open data infrastructure for large-scale facilities.