FACILITY FOR ANTIPROTON AND ION RESEARCH IN EUROPE GMBH

Their core work

FAIR is one of Europe's largest particle accelerator facilities under construction in Darmstadt, Germany, designed to produce antiproton and ion beams for fundamental physics research. Their work centers on understanding the strong interaction, quantum chromodynamics, and the structure of matter — from quark-gluon plasma to hadron physics. Within H2020, FAIR contributes as a major research infrastructure to pan-European science clusters, detector development, and international research cooperation networks. More recently, they have taken a significant role in supporting Ukrainian researchers through fellowships and training programmes tied to European research infrastructure access.

What they specialise in

How they've shifted over time

In the early period (2015–2018), FAIR's H2020 involvement focused on connecting European and Russian megascience infrastructures through CREMLIN, reflecting a geopolitical cooperation agenda. From 2019 onward, the focus shifted sharply toward two directions: deep physics research (quantum chromodynamics, quark-gluon plasma, hadron structure via STRONG-2020) and solidarity-driven infrastructure networking with Ukraine (EURIZON). The transition from Russia-facing cooperation to Ukraine-supporting programmes mirrors broader European geopolitical shifts, while the scientific focus has matured from general infrastructure diplomacy to specific physics research questions.

FAIR is moving toward deeper integration with European open science ecosystems and expanding its role as a hub for displaced and partner-country researchers, making it increasingly relevant for international capacity-building consortia.

How they like to work

FAIR participates exclusively as a partner — never as coordinator — which is typical for large infrastructure facilities that contribute specialized capabilities to broader consortia rather than driving project management. With 96 unique partners across 20 countries in just 4 projects, they operate in very large consortia (averaging 24+ partners per project). This makes them a well-connected infrastructure node: easy to approach as a consortium member, accustomed to multi-national collaboration, but unlikely to take the administrative lead.

FAIR has collaborated with 96 unique partners across 20 countries through just 4 projects, indicating involvement in large pan-European research infrastructure consortia. Their network spans the major ESFRI landmark facilities and astronomy/physics research institutions across Europe.

What sets them apart

FAIR is not just another research institute — it is itself one of the largest scientific construction projects in Europe, an ESFRI landmark facility producing unique antiproton and heavy-ion beams that no other facility can replicate. This gives potential partners access to experimental capabilities that simply do not exist elsewhere. Their recent pivot toward supporting Ukrainian researchers through EURIZON (their largest single grant at EUR 3.4M) also signals institutional commitment to research diplomacy and capacity-building beyond pure physics.

Highlights from their portfolio

• EURIZON
  By far their largest H2020 grant (EUR 3.4M, 85% of total funding), focused on EU-Ukraine research infrastructure collaboration — a significant geopolitical and scientific solidarity effort.
• ESCAPE
  Unites all major European astronomy and particle physics ESFRI infrastructures (SKA, CTA, CERN, ESO, KM3NeT) into a single open science cluster connected to EOSC.
• STRONG-2020
  Directly addresses FAIR's core scientific mission — strong interaction physics, QCD, and detector innovation — making it the most technically aligned project in their portfolio.