DUBLIN INSTITUTE FOR ADVANCED STUDIES

Their core work

DIAS is Ireland's premier institute for fundamental research in astrophysics, geophysics, and theoretical physics. Their H2020 portfolio centres on radio and infrared astronomy — particularly interferometric techniques and instruments like LOFAR, JWST/MIRI, GRAVITY, and SPIRou — alongside geophysics work spanning seismology, volcanology, and geothermal dynamics. They contribute deep observational and computational expertise to European research infrastructure networks, and train the next generation of researchers through multiple Marie Skłodowska-Curie programmes.

What they specialise in

How they've shifted over time

In their early H2020 period (2015–2018), DIAS focused squarely on astrophysics — stellar interferometry, young star formation, circumstellar discs, and JWST instrumentation. From 2018 onward, their portfolio broadened significantly into Earth sciences: volcanology, seismic instrumentation, geothermal dynamics, and mineral exploration using passive seismic methods. Radio astronomy remained a constant thread, but evolved from general participation (RadioNet) toward LOFAR-specific big data and digital signal processing (STELLAR).

DIAS is expanding from pure astrophysics into applied geosciences (seismology, volcanology, geothermal), making them increasingly relevant for Earth observation and natural hazard consortia.

How they like to work

DIAS operates as both a project leader and a specialist contributor — they coordinated 3 of their 9 projects (including their largest, EASY at EUR 1.85M), while joining 6 others as a focused partner. With 69 unique consortium partners across 19 countries, they maintain a broad European network rather than relying on a small circle of repeat collaborators. This suggests an institute comfortable in both leadership and supporting roles, adaptable to different consortium structures.

DIAS has collaborated with 69 distinct partners across 19 countries, reflecting a wide European network. Their partnerships span both large research infrastructure consortia (RadioNet, EUROVOLC) and focused research teams, giving them connections across astronomy, geophysics, and Earth sciences communities.

What sets them apart

DIAS is one of very few European institutes that bridges astrophysics and geophysics at a high level within the same organization — their researchers apply interferometric and signal-processing techniques across both domains. For consortium builders, this dual expertise is valuable: they can contribute to projects spanning space observation, Earth monitoring, seismology, and volcanic hazards without needing separate partners for each. As a small, focused institute (not a sprawling university), decisions and commitments tend to be faster and more direct.

Highlights from their portfolio

• EASY
  Largest DIAS grant (EUR 1.85M ERC Advanced Grant) — a prestigious investigator-driven project on jet-accretion physics using JWST, GRAVITY, and LOFAR, signalling top-tier PI leadership.
• IMPROVE
  Multi-disciplinary training network connecting volcanology, geothermal exploration, and industry relationships — represents DIAS's strategic move into applied Earth sciences.
• PACIFIC
  Applied passive seismic techniques to mineral exploration — an unusual crossover from fundamental geophysics into resource industry applications, with EUR 671K funding.