The Interdisciplinary Physics Research Group is based in the University of Galway’s School of Natural Sciences, College of Science and Engineering.
The group works primarily on large scale & complex astronomical data, and looks for opportunities to apply the the lessons learned to help solve real world problems in areas as diverse as medical imaging and climate science (see Research) using an interdisciplinary physics approach.
Involvement in cutting edge astronomical research using both optical and radio telescopes here in Ireland (the I-LOFAR telecope in Birr), in Chile (European Southern Observatory), in South Africa (SALT), and in the United States (James Clerk Maxwell Telescope and the Vatican Advanced Technology Telescope) provide the ideal drivers for such technological innovation in imaging, data anaysis and the application of AI solutions.
An excellent example of this is the TAPAS project - winner of the Science Foundation Ireland’s Future Innovator Artificial Intelligence (AI) for Societal Good Challenge - which combines expertise in time-series analysis, image processing and AI to measure the effectiveness of measures to adapt agriculture to climate change in the Global South using earth observation data.
The Lab is located in the Arts and Sciences Building on the main University of Galway campus, in close proximity to the Centre of Astronomy, the School of Computer Science, the Ryan Institute’s Geospatial Core Facility, and the Medical Physics & Applied Optics groups in the School of Natural Sciences.
If you’re interested in working with us, please get in touch… (more info) !
We acknowledge funding from the Health Research Board, the Environmental Protection Agency, the Geological Survey Ireland, the Irish Research Council, and from Science Foundation Ireland - the latter two combined now to form Taighde Éireann Research Ireland.
The TAPAS project team, led by Patricia, published their paper entitled Measuring Climate Resilience in Low-and Middle-Income Countries using Advanced Analytical Techniques and Satellite Data: A systematic review published in Frontiers in Climate.
Aaron was co-author on Searches for signatures of ultralight axion dark matter in polarimetry data of the European Pulsar Timing Array published in Physical Review D.
Aaron discussed the potential of AI in the innovation of agrifood production with Steve Brown, Associate Director of AI Institute for Next Generation Food Systems (AIFS) on a visit to the UC Davis campus