Message of support to students, researchers and staff in the School of Physics from the Head of School
SFI Frontiers for the Future SuccessStaff in the School have secured a total of €2M in funding for two projects in the first SFI Frontiers for the Future Programme. Prof. Emma Sokell together with Dr. Fergal O’Reilly will lead the project "xLuminate: nanoimaging and spectroscopy enabling brilliant tuneable, laboratory-scale x-ray source technology" which will enable research on a broad range of scientific and industrial applications, currently only available at large scale research facilities, to be conducted on a laboratory scale. While Prof. Lorraine Hanlon will direct "Building on EIRSAT-1: Nanosatellites as a disruptive technology platform for innovation and research in the global space sector" to develop an industry-academia collaboration focussed on accelerating new space mission and payload concepts, enabled through transformative tools for the rapid design and integration of payloads with a nano-satellite (<10 kg) platform, while also advancing scientific research related to multi-messenger astrophysics.
SiriusXT Secure €2.35 millionSiriusXT together with two UCD researchers, have been awarded a total of €2.35 million in funding for a disruptive photonics technology project through Horizon 2020, the EU's research and innovation programme. The aim of the 4-year CoCID (Compact Cell-Imaging Device) project, which is being led by SiriusXT, is to provide insights into the cellular origins of viral diseases including; hepatitis C, hepatitis E, herpesvirus and SARS-CoV-2, the coronavirus that causes COVID-19, and to aid in the development of novel therapeutics using the company’s novel soft x-ray microscope.
SiriusXT shortlisted for Knowledge Transfer Ireland Impact AwardThe School of Physics spin-out SiriusXT has shortlisted for the Commercialisation Impact Award. This Award recognises and celebrates knowledge transfer success that has arisen through licensing or creation of a spin-out company from an Irish publicly funded research organisation. Until recently soft x-ray such microscopes could only be operated in football stadium-sized facilities due to the size of conventional soft x-ray sources. However, based on research carried out at UCD over many years, SiriusXT has developed and patented a miniaturised soft x-ray source, allowing it to build the world’s first commercial, lab-scale, soft x-ray microscope revolutionising cell imaging in disease and drug research.
School of Physics Spin-out wins funding to fight COVID-19SiriusXT, a UCD School of Physics spin-out, has been awarded just over €4.5 million funding from the European Innovation Council Accelerator Pilot programme to help combat the coronavirus pandemic. The funding will enable SiriusXT to contribute to the fight against the coronavirus on a pioneering project to pilot its soft x-ray microscope at leading virology and disease research labs across the EU which are focused on coronavirus research and research on other diseases.
Student Success at the INAMUCD PhD student Emma Callis was announced as one of two winners of the 2020 Peter Curran award for the best student talk at the Irish National Astronomy Meeting (INAM). Her winning presentation described her research into the explosion of massive stars as supernovae, and how material shed by stars in their final years can affect how they appear when they explode. Seán Brennan was also recognized with an honourable mention in the 2020 Peter Curran awards for a talk on observations of a giant outburst from a massive star. Both Emma and Seán are PhD students working in the supernovae and explosive transients group with Dr. Morgan Fraser at UCD (sn.ie).
Dr. Steve Campbell's achievements in quantum technology recognisedL’associazione “Giuseppe Davide Paparo” in conjunction with the Universities of Catania, Madrid, and Innsbruck have awarded Dr. Steve Campbell the 2nd edition of the Paparo prize for his significant contributions to research in quantum technologies. The committee consisting of Profs. Luigi Amico (Catania), Alioscia Hamma (Massachusetts), Miguel Angel Martin-Delgado (Madrid), and Hans Briegel (Innsbruck) awards the prize every two years to an early career researcher in the field to commemorate the memory of G. D. Paparo and to demonstrate an example of a brilliant and promising researcher in the field of quantum physics to young people who are heading for a career in this important sector.
Professor Dominic Zerulla wins prestigious SFI Future Innovator PrizeMinister for Business, Enterprise, and Innovation, Heather Humphreys, TD, has today announced that a special Science Foundation Ireland (SFI) Future Innovator Prize of €500,000 has been granted to University College Dublin (UCD) researcher, Professor Dominic Zerulla. Professor Zerulla, UCD School of Physics, and his team at PEARlabs Technologies, have received the prize in recognition of the potential impact of their project to develop a highly innovative imaging solution that enables ultra-fast video-rate nanoscale optical microscopy.
For more details, see:
UCD Physics Conferring of Porter, Nevin & O’Raifeartaigh Medals. On Wed 2nd Sept 2020 at 12.45, a virtual presentation will be made by Prof. Martin Grunewald (Head of School) to all our UCD School of Physics graduates and graduands via a Zoom link emailedStaff at UCD School of Physics would welcome the chance to congratulate you (both undergrad and postgrad) and wish you well in your future endeavors.
Friends and family of our students may also want to be part of your day, so they would be welcome to view the presentation with you or afterwards via this link - https://vimeo.com/453662951
Coronavirus has changed how we all do things. At UCD School of Physics, we hope you will join us virtually to celebrate your well-earned achievements during a tricky and unusual time.
Congratulations to all!
This local UCD Physics event is separate from the main event organized by UCD Conferring; their official ceremony is at 11.30am & 2.30pm on Wed 2nd Sept 2020. Should you need to make contact with their unit, see https://www.ucd.ie/confer/
UCD Physicist Fergal O'Reilly Receives a NovaUCD Innovation Award.Dublin, Ireland, 26 June 2020, NovaUCD today announced the winners of its annual Innovation Awards. A total of 7 Awards, including the 2019 NovaUCD Innovation Award, were revealed during a virtual event, to highlight successes made in areas of commercialisation, consultancy, entrepreneurship and the promotion of an innovation culture, by members of the UCD community. The Awards were due to be presented at an event in March which was cancelled due to the COVID-19 pandemic.
The 2019 NovaUCD Innovation Award, which recognises excellence in innovation or of successes achieved in the commercialisation of UCD research or other intellectual activity over a number of years, was presented to Dr Fergal O’Reilly, who has been a researcher in the UCD School of Physics since 2005.
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LOFAR Radio Galaxy Zoo: Public asked to help trace giant black holes at centre of galaxiesScientists are asking for the public’s help in tracing the origin of hundreds of thousands of galaxies recently discovered by the largest radio telescope ever built, LOFAR. New citizen science project 'Radio Galaxy Zoo: LOFAR' is giving anyone with a computer the opportunity to help find the galaxies with supermassive black holes at their centres.
These radio emissions are produced by huge jets of matter ejected deep into space by black holes, usually found at the centres of galaxies, as they consume dust and gas.
Associate Professor John Quinn, UCD School of Physics, who is the Irish lead on the citizen science project, says the public’s help is needed to identify which galaxies belong to which radio source as the task is simply too big for the 200 astronomers that make up the international LOFAR team.
Calling Citizen Scientists: Astrophysicists Once Again Seek Public’s Help to Unmask Muons Disguised as Gamma RaysMuon Hunters 2: Return of the Ring
VERITAS launches new Zooniverse citizen science project on March 14th, 2019
Scientists once again seek help from the public to identify hundreds of thousands of ring patterns produced in the VERITAS cameras by muons to help distinguish them from the patterns produced by gamma rays, which the VERITAS telescopes are designed to detect. The classifications obtained from citizen scientists will be used to train machine-learning algorithms to improve the capability of computers to automatically distinguish between images created by muons and gamma rays.
Interested in participating? Go to the Muon Hunters Web site: http://www.muonhunter.org
UCD Contact: Associate Professor John Quinn, Spokesperson for the VERITAS Collaboration (Email: firstname.lastname@example.org ; Web: https://astrophysics.ucd.ie)
UCD School of Physics team competing for the €1 million SFI Future Innovator PrizeThe “Plasmonics and Ultra-fast NanoOptics Group” led by Associate Professor Dominic Zerulla in UCD School of Physics are among twelve finalist teams in the running for the prestigious SFI Future Innovator Prize. The research team have invented a new, disruptive imaging technology coined Plasmonic Electronically Addressable Super-Resolution (PEAR). PEAR offers an innovative solution that goes beyond the current state of the art and opens the possibility for real-time imaging of subcellular processes which exist at the nanoscale.
Astronomers Publish New Map of the Sky Detecting Thousands of Previously Unknown GalaxiesAn international team of more than 200 astronomers from 18 countries, including researchers from University College Dublin (UCD), has today published the first phase of a major new sky survey at unprecedented sensitivity using the Low Frequency Array (LOFAR) telescope.
VERITAS supplies critical piece to neutrino discovery puzzleThe VERITAS collaboration, including UCD School of Physics members Assoc. Prof.
John Quinn and Ph.D. student Ste O'Brien, has confirmed the detection of very-high-
energy gamma-ray emission from the vicinity of a supermassive black hole,
observations prompted by the detection of a spatially coincident high-energy
neutrino event by the IceCube collaboration. This black hole is potentially the first
known astrophysical source of high-energy cosmic neutrinos, a type of ghostly
subatomic particle, and the observations represent a breakthrough in multi-