The Irish telescope will be located at Birr, Co Offaly adjacent to the historic Leviathan telescope, which was built by the 3rd Earl of Rosse in 1845 and was the largest optical telescope in the world until 1917. The telescope in Birr has been supported with an award of €1.4 million from Science Foundation Ireland and the annual membership fee for LOFAR will be funded by the Department of Jobs, Enterprise and Innovation.

Joining LOFAR marks another important milestone in the implementation of Innovation 2020, the national strategy for research and innovation. It will support exciting, world-class scientific research and in addition the data intensive nature of radio astronomy will enhance Ireland's world-leading capability in big data and data analytics. The skills in software and big data that young researchers will acquire from participation in LOFAR are in high demand in business and will open diverse and high quality career opportunities for them.

Training, Skills, Innovation, Research and Development Minister John Halligan said: “I am delighted that Ireland is joining this pioneering research collaboration in radio astronomy. It is very exciting that researchers across Ireland, both North and South, will now be able to participate in international research on fundamental questions about the origin and structure of the universe. Membership of LOFAR will also increase the engagement of young people with science and inspire our future researcher leaders.”

Dr Prendergast said: “Joining the International LOFAR Telescope collaboration will open many new research and funding opportunities for Irish researchers and students in Europe and further afield. Indeed, one of the I-LOFAR team, Tom Ray, a Professor at the Dublin Institute for Advanced Studies and an Adjunct Professor of Astronomy at Trinity, has recently won a prestigious €2 million Advanced Grant from the European Research Council.“

Professor Gallagher, Head of the I-LOFAR Collaboration and Associate Dean of Research at Trinity, said: “This is the first time that a research grade radio telescope has been built in Ireland. I-LOFAR will enable Irish researchers to study solar activity and exploding stars, search for new planets, and explore the distant universe in a completely new way. And this will be achieved by developing cutting-edge data analytics techniques on supercomputers here in Ireland and the Netherlands. I-LOFAR really will be a test-bed for big data and data analytics.““

LOFAR (LOw Frequency ARray) is an international network of state-of-the-art telescopes used to observe the Universe in unprecedented detail at low radio frequencies. LOFAR is one of the largest astrophysics projects in Europe, consisting of 11 international stations spread across Germany, Poland, France, UK, and Sweden, with additional stations and a central hub in The Netherlands, operated by the Netherlands Institute for Radio Astronomy (ASTRON). The network uses state-of-the-art data processing and storage systems as well as sophisticated computing techniques to combine the entire network into a telescope with the effective size of the European continent.

I-LOFAR will be the Irish addition to this network and the 12th international station to be built in Europe. It will allow Irish astrophysical research to be integrated into one of the most sophisticated telescopes on the planet. The location of this Irish station will be in the centre of the country on the grounds of Birr Castle, Co. Offaly.

I-LOFAR will be run by a consortium of Irish astrophysicists, computer engineers and data scientists, representing Irish universities and institutes of technologies from both the Republic of Ireland and Northern Ireland. The consortium is led by Trinity College Dublin, with partners from University College Dublin, Dublin City University, Athlone Institute of Technology, the National University of Ireland Galway, University College Cork, the Dublin Institute for Advanced Studies and Armagh Observatory & Planetarium.

This facility will allow Irish researchers and students access to a facility involved in some of the most ground-breaking and advanced research projects in modern astronomy, including projects in big-bang cosmology, deep extragalactic surveys, cosmic magnetism, cosmic rays, solar physics and space weather.

Further information on I-LOFAR and its research programme is available here http://lofar.ie