FUNDACION GALILEO GALILEI - INAF FUNDACION CANARIA

Their core work

This foundation operates the Telescopio Nazionale Galileo (TNG), a major ground-based optical and infrared telescope at the Roque de los Muchachos Observatory on La Palma, Canary Islands — one of Europe's premier astronomical observation sites. As the Canarian legal entity of Italy's National Institute for Astrophysics (INAF), they provide telescope time, technical infrastructure, and instrumentation access to the European astronomical research community. Their H2020 participation places them within the core networks that coordinate shared access to European optical and radio telescopes, ensuring scientists across the continent can use world-class ground-based facilities. Their contribution to EU projects is fundamentally that of a physical observatory asset: real telescope capacity, site expertise, and operational continuity.

What they specialise in

How they've shifted over time

The early project (OPTICON, 2017–2021) involved TNG as a third party in a purely optical and infrared coordination network — no specific research keywords were captured, consistent with a supporting infrastructure role rather than a research-driving one. By the recent project (ORP, 2021–2025), keywords expand to include radio astronomy alongside optical astronomy, astrophysics, and physics, reflecting Europe's deliberate merger of its previously separate optical and radio telescope networks. The trajectory is clear: from a telescope provider within a single-wavelength consortium toward a participant in a unified, multi-wavelength European observatory infrastructure.

TNG is transitioning from a contributor to a purely optical European network into a participant in the merged optical-radio European astronomy infrastructure, suggesting future consortia involvement will span multi-wavelength observatory coordination.

How they like to work

TNG has not led any H2020 project as coordinator — they join large consortia as participant or third party, contributing their physical observatory rather than driving the research agenda. With 57 unique partners across 19 countries from just two projects, they operate within enormous pan-European networks typical of research infrastructure grants. This pattern indicates they are a sought-after facility asset in consortium-building, not an initiator — partners come to them for telescope access, not project management.

Despite only two H2020 projects, TNG connects with 57 unique partners across 19 countries — a direct consequence of the large, pan-European consortia that characterize research infrastructure grants. Their network is firmly European and centered on astronomy institutions.

What sets them apart

TNG holds a rare physical asset: a major optical and infrared telescope at one of Europe's best-positioned astronomical observation sites, the Roque de los Muchachos on La Palma. Unlike university research groups or computational institutes, they offer something that cannot be replicated — observational access to a premier southern European sky, with the site stability and instrumentation of a professionally operated facility. For any consortium requiring a European optical observatory partner, the number of eligible institutions is very small, and TNG is among them.

Highlights from their portfolio

• ORP
  The Opticon RadioNet Pilot is historically significant as the first EU-funded project to merge Europe's separate optical and radio astronomy networks into a single research infrastructure, with TNG receiving EUR 408,210 as a funded participant.
• OPTICON
  OPTICON was the defining European network for coordinating optical telescope access across the continent for over a decade, and TNG's inclusion as third party reflects its standing as a recognized European observatory facility.