Jak Kelly Award
The RSNSW Jak Kelly Award recognises excellence in postgraduate research in physics annually. The winner is selected from presenters at each year’s Australian Institute of Physics NSW Branch Postgraduate Awards, as advised to the Awards Committee of the Royal Society of NSW. This Award honours the life of Jak Kelly (1928-2012), Professor and Head of Physics at the University of NSW (1985-1989), Honorary Professor at the University of Sydney (2004), and President of the Royal Society of NSW (2005-2006). It was first awarded in 2010.
During his PhD studies on thin films at the University of Reading, Jak Kelly invented Electron Bombardment Deposition which became the standard method of high-temperature metal evaporation. While at the Atomic Energy Research Establishment, Harwell, he focussed on radiation damage in crystals, grown using his own single drop method. Other research, in collaboration with others, involved thermoluminescent dating, using ion implantation to improve the attachment of bone cells to prosthetic surfaces, the modelling and deposition of thin-film solar energy absorbers, irradiation of wool using ion beams to improve wool properties, studying low energy nuclear reactions, and proposing laser fusion improvements. More details of Professor Kelly’s life can be found here.
RSNSW Jak Kelly Award 2024
The Jak Kelly Award for 2024 has been awarded to Mr David Sweeney, a PhD candidate in the School of Physics at the University of Sydney. His research is focused on the galactic underworld in which massive stars end their lives in fiery supernovas, leaving behind neutron stars (NSs) and black holes (BHs). These compact remnants of dead stars – the Galactic Underworld – exhibit a fundamentally different distribution and structure to the visible galaxy. He is highlighting the exciting paths forward. For the first time in human history, uncovering the population of BHs is within reach. David suggests that within the next 10 years, dozens of isolated BHs will be found, increasing exponentially into the future.
RSNSW Jak Kelly Award 2023
The Jak Kelly Award for 2023 has been awarded to Mr Jaime Andres Alvarado-Montes, originally from Colombia, and a PhD candidate in the School of Mathematical and Physical Sciences at Macquarie University. His research focusses on the planetary sciences, with an emphasis on extrasolar planets, moons, rings, asteroids, and comets. His award-winning presentation at the 2023 Australian Institute of Physics NSW Postgraduate Awards was titled “Tidal Evolution and Detectability of Close-in Extrasolar Systems”. In this talk, he discussed how close-in planetary systems, composed of giant bodies, can help us test tidal models and work as a probe to constrain the interior structure of stars and planets and showed how tidal interactions affect the evolution of planetary systems. He concluded by noting that despite the plethora of exoplanets discovered to date, none of them have the same characteristics as those of our unique solar system and that research, such as his, can provide a better understanding of how features of our solar system, yet to be discovered around other stars, may eventually be detected through improved models of planetary tidal evolution.
RSNSW Jak Kelly Award 2022
The Jak Kelly Award for 2022 has been awarded to Mr Shankar Dutt, a PhD Candidate in the Research School of Physics at the Australian National University. Mr Dutt investigates a nanopore-based sensing platform for the detection of different biomolecules in complex solutions including DNA, proteins and antibodies. This allows tailoring of the biomolecules’ translocation kinetics and, combined with artificial intelligence, aims at early diagnosis of neurodegenerative disorders such as Alzheimer’s Disease and Multiple Sclerosis.
RSNSW Jak Kelly Award 2021
The Jak Kelly Award for 2021 has been awarded to Zain Mehdi, a PhD Candidate in the Department of Quantum Science and Technology at the Australian National University. Zain investigates quantum physics in the mesoscopic regime — the intermediate scale between the microscopic world of individual atoms and the macroscopic world of classical objects. Their work focuses on theoretical investigations of exotic phenomena, such as superfluidity and turbulence, in cold atom systems, and has led to four publications in high-impact journals.
RSNSW Jak Kelly Award 2020
The winner of the Jak Kelly Award for 2020 is Matthew Donnelly, a PhD candidate at the University of NSW. Mr Donnelly is researching monolithic donor structures in silicon and their application in spin-based quantum computing, with a focus on using 3D fabrication techniques to precisely control tunnel rates and other parameters critical to the operation of spin qubits.
RSNSW Jak Kelly Award 2019
The winner of the Jak Kelly Award for 2019 is Gayathri Bharathan from Macquarie University. Her research investigates the all-integrated mid-infrared laser sources and their potential application in medicine.
RSNSW Jak Kelly Award 2018
The winner of the Jak Kelly Award for 2018 was Anita Petzler from Macquarie University. Her research investigates the interstellar medium of gas beween the stars of a galaxy—the raw material from which new stars are formed, with a particular focus on the implementation of an automated analysis pipeline that allows for the rapid and accurate extraction of parameters that determine the formation of stars in galaxies.
List of Recent Recipients of the Jak Kelly Award
Year | Award Winner |
2010 | Julian King (UNSW) |
2011 | Martin Fuechsle (UNSW) |
2012 | Andrew Ong (UNSW) |
2013 | Xavier Zambrana-Puylato (Macquarie University) |
2014 | Linh Tran (University of Wollongong) |
2015 | James Colless (University of Sydney) |
2016 | Matthew Barr (University of Newcastle) |
2017 | Moritz Merklein (University of Sydney) |
2018 | Anita Petzler (Macquarie University) |
2019 | Gayathri Bharathan (Macquarie University) |
2020 | Matthew Donnelly (UNSW (Sydney)) |
2021 | Zain Mehdi (Australian National University) |
2022 | Shankar Dutt (Australian National University) |
2023 | Mr Jaime Andres Alvarado-Montes |
2024 | Mr David Sweeney |