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The University of Queensland (UQ) is poised to become a global leader in the development of quantum technologies, having secured over AU$29 million through the Queensland Quantum and Advanced Technologies Strategy. This funding will support ten research projects at the university, which aim to leverage quantum science for advancements in diverse sectors, including decarbonisation, computing, sports science, and healthcare. With this substantial investment, UQ is set to strengthen its position as a pivotal player in the international quantum research community.
The projects encompass a range of applications. Quantum technologies will be harnessed to address some of the world’s most pressing challenges, such as carbon reduction and sustainability, while also enhancing capabilities in fields like pharmaceuticals and resource management. According to UQ’s Vice-Chancellor and President, the university’s commitment to quantum research and innovation will ensure it remains at the forefront of creating technologies that can have significant real-world impacts. She also highlighted that part of the funding includes 47 scholarships dedicated to postgraduate research students, further cementing UQ’s role in cultivating future leaders in the field of quantum science.
The flagship initiative within this funding allocation is the establishment of the Queensland Quantum Decarbonisation Alliance. The Alliance will focus on developing quantum-based solutions aimed at achieving net-zero emissions. This collaborative endeavour will unite academic, industry, and governmental partners to explore how quantum computing and sensing can be applied to create more sustainable energy solutions and enhance the efficiency of resource utilisation.
Among its goals is to innovate technologies such as more robust and efficient battery systems, make green hydrogen production more economically feasible, and streamline the identification of critical minerals within the resources sector. Quantum technologies are reaching a pivotal phase of global rollout, with the potential to create transformative changes in various industries and add trillions of dollars to the global economy.
Additional projects being funded include the development of a National Quantum Computing Testbed Facility, which will serve as a hub for testing and benchmarking quantum computing systems. This initiative will position UQ as a key contributor to the national quantum computing infrastructure, facilitating the integration and application of these advanced systems. Another project, the National Advanced Photonics Facility aims to explore photonics technology to support quantum information processing and secure communication networks.
Quantum sensing is also a key area of focus in several of UQ’s initiatives. For instance, the Queensland Photon Detector Characterisation Facility will delve into optimising photon detectors crucial for quantum sensing applications. Other projects include research into quantum-enabled magnetic resonance imaging (MRI) technology, which could offer enhanced diagnostic capabilities in healthcare and high-performance sports and quantum-based concussion diagnostics, potentially enabling quicker and more accurate assessments of head injuries.
The university is also venturing into the realm of sports technology. One notable project is the creation of a quantum exo-garment designed to provide unparalleled insights into muscle function. This innovation has the potential to revolutionise how athletes monitor and optimise their physical performance. Another sports-related project aims to develop quantum assays that can improve the accuracy and reliability of anti-doping tests.
As part of its overall strategy, UQ is heavily investing in talent development. Scholarships under the Quantum and Advanced Technologies Talent Building Programme include PhD awards, scholarships for attracting global talent, and support for postgraduate students in honours and Master of Philosophy courses. These initiatives are designed to nurture a new generation of quantum scientists and engineers, ensuring a steady pipeline of expertise in the emerging field.
