SciTransfer
Organization

ELETTRA - SINCROTRONE TRIESTE SCPA

Italian synchrotron light source facility providing X-ray imaging, spectroscopy, and structural biology services across 24 H2020 research infrastructure projects.

Infrastructure providermultidisciplinaryIT
H2020 projects
24
As coordinator
2
Total EC funding
€6.5M
Unique partners
195
What they do

Their core work

Elettra operates a synchrotron light source facility in Trieste, Italy, providing advanced photon-based analytical capabilities — X-ray imaging, spectroscopy, crystallography, and tomography — to researchers across Europe and beyond. They serve as an open-access research infrastructure where external scientists conduct experiments in structural biology, materials science, environmental analysis, and cultural heritage studies. Beyond beam time access, they develop accelerator technologies, advanced detectors, and data services, and have applied their structural biology capabilities to drug discovery, including COVID-19 drug repurposing efforts.

Core expertise

What they specialise in

Synchrotron radiation and light source infrastructureprimary
12 projects

Core mission across CALIPSOplus, LASERLAB-EUROPE (both phases), IMPULSE, LEAPS-INNOV, I.FAST, and multiple infrastructure coordination projects

X-ray imaging, spectroscopy, and tomographyprimary
5 projects

S-BaXIT (X-ray nano-computed tomography), SMART-X (ultrafast X-ray spectroscopy), BEATS (synchrotron tomography beamline), COBRAS (Raman spectrometer), and MEDEA (attosecond pulses)

3 projects

EXSCALATE4CoV (crystallography and cryo-EM for COVID drug screening), AntiHelix (DNA helicase mechanisms), and structural biology training via OPEN SESAME

FAIR data and open science for photon/neutron facilitiesemerging
3 projects

ExPaNDS (EOSC photon and neutron data services), NEP (FAIR data interoperability), and IMPULSE (integrated data management)

Accelerator science and compact light source developmentsecondary
3 projects

XLS/CompactLight (coordinator role), I.FAST (accelerator innovation), and BrightnESS (neutron source technologies)

Cultural heritage and environmental science analysissecondary
2 projects

OPEN SESAME and BEATS both apply synchrotron techniques to cultural heritage preservation and environmental monitoring

Evolution & trajectory

How they've shifted over time

Early focus
Infrastructure network building
Recent focus
Sustainability, open data, and applied science

In the early H2020 period (2015–2018), Elettra focused on building and consolidating European research infrastructure networks — joining laser and neutron source clusters (EUCALL, LASERLAB-EUROPE, BrightnESS) and contributing to ERIC governance structures. From 2019 onward, their focus shifted markedly toward sustainability of research infrastructures, FAIR data practices, open innovation with industry, and applied science — including COVID-19 drug screening and DNA repair biology. The recent period also shows growing engagement with technology transfer and industry co-creation through projects like LEAPS-INNOV and IMPULSE.

Elettra is moving from pure infrastructure provision toward industry engagement, FAIR data services, and translating synchrotron capabilities into applied domains like drug discovery and materials innovation.

Collaboration profile

How they like to work

Role: infrastructure_providerReach: Global32 countries collaborated

Elettra overwhelmingly participates as a partner rather than leading projects — coordinating only 2 of 24 projects (XLS and COBRAS), both relatively small. They work in large, multi-partner consortia (195 unique partners across 32 countries), which is typical for major research infrastructure facilities that serve broad user communities. This makes them a reliable, well-connected consortium member who brings facility access and technical expertise rather than project management ambition.

Elettra has collaborated with 195 unique partners across 32 countries, making it one of the most broadly connected photon science facilities in Europe. Their network spans from Western European national labs to Middle Eastern facilities (SESAME partnership), reflecting their role as an international access point for synchrotron science.

Why partner with them

What sets them apart

Elettra is one of only a handful of synchrotron facilities in Europe that combines user-access beam time with active participation in accelerator R&D and compact light source development (XLS/CompactLight). Their direct involvement in COVID-19 drug screening (EXSCALATE4CoV) demonstrates an ability to pivot infrastructure capabilities toward urgent societal challenges. For consortium builders, Elettra brings not just beam time but a proven track record across 24 H2020 projects with deep connections to both the photon/neutron community and emerging FAIR data ecosystems.

Notable projects

Highlights from their portfolio

  • CALIPSOplus
    Largest single EC contribution (€966K) — a flagship project for opening European light source access to a broader scientific community
  • EXSCALATE4CoV
    Applied Elettra's structural biology capabilities (crystallography, cryo-EM) to COVID-19 drug repurposing on an exascale computing platform
  • XLS
    One of only two projects where Elettra served as coordinator — developing compact accelerator-driven light source technology (CompactLight)
Cross-sector capabilities
healthenvironmentmanufacturingsecurity
Analysis note: Strong data coverage with 24 projects spanning 2015-2027. Six third-party participations (no direct EC funding) slightly understate Elettra's actual involvement level. The facility's true impact extends well beyond H2020 project counts, as synchrotron user programs serve thousands of researchers annually outside the framework programme.