A workshop led by Australia’s Chief Scientist in partnership with the CSIRO and Geoscience Australia.
14 February 2024
Australia’s Chief Scientist, Dr Cathy Foley, described the workshop as an opportunity to identify potential applications of quantum technology in the resources sector. This event was part of a broader effort to realise the ambition embodied in Australia’s National Quantum Strategy.
Related articles
Australia’s first open access quantum testbed is positioning Queensland as a leader in developing quantum technologies, capability and businesses, while giving industry access to world-class infrastructure.
Discover how Australian quantum companies are applying quantum technologies to real-world challenges across energy, mining, defence, healthcare, telecommunications and advanced computing.
New independent modelling has been released that shows Quantum Australia's national programs have created $83.1 million in economic value while supporting more than six times the public investment in economy-wide activity.
Australia and Japan are strengthening their partnership in quantum technologies through deeper collaboration across research, industry and government. At the Australia–Japan Quantum Workshop, leaders from both nations came together to explore how trusted international partnerships, talent development and commercialisation will help accelerate innovation and build a globally competitive quantum economy.
Archer Materials has partnered with global quantum computing company IonQ in a strategic agreement aimed at accelerating quantum adoption in Australia. The collaboration will provide access to IonQ's commercial quantum computing platform while exploring the feasibility of establishing sovereign quantum computing infrastructure on Australian soil.
Phasor Quantum is developing quantum-assured navigation systems for GPS-degraded and denied environments, addressing the growing challenges of GPS spoofing and jamming. Using proprietary diamond quantum sensors, the company enables continuous correction of inertial navigation systems, delivering highly accurate positioning without reliance on GPS.
