Quantum in Action: Australian innovation creating pathways to industry adoption
A new Quantum Australia use case brochure showcases how Australian quantum technologies are being developed and applied to challenges across energy, resources, defence, healthcare, telecommunications and advanced computing.
Quantum technologies are moving beyond the laboratory and into commercial and operational environments.
Across Australia, researchers and companies are developing new ways to measure underground structures, navigate without GPS, strengthen critical infrastructure, improve disease detection and tackle complex computational challenges.
Quantum Australia’s new Quantum in Action brochure highlights nine examples of this work. Together, the case studies demonstrate the breadth of Australia’s quantum capability and the growing opportunities for industry to engage.
From emerging capability to practical application
Quantum technology is not a single field or product. It encompasses quantum computing, sensing, communications and security, with different technologies progressing at different rates.
Some are already being deployed or trialled in commercial and operational settings. Others are addressing the engineering challenges that must be solved before quantum systems can operate at greater scale.
The brochure explores this spectrum through Australian companies working across several areas:
Analog Quantum Circuits is developing miniaturised superconducting microwave components designed to address an important engineering barrier to scaling quantum computers.
Diraq is developing silicon-based quantum processors using semiconductor manufacturing techniques, while exploring how quantum optimisation could support Australia’s increasingly complex electricity networks.
Nomad Atomics is applying portable quantum gravimetry to underground mine monitoring, helping operators build more accurate models of cave structures and changes in subsurface density.
Phasor Quantum is developing diamond-based quantum magnetometers that could help autonomous underwater vehicles navigate in environments where satellite positioning signals cannot reach.
Quantum Brilliance is developing compact, room-temperature diamond quantum processors that can be integrated alongside conventional high-performance computing infrastructure.
QuantX Labs is commercialising quantum-enabled precision-timing technologies for defence, navigation, communications and other systems that require alternatives to satellite-based timing.
Silicon Quantum Computing is developing atomic-precision silicon quantum processors and working with organisations including Telstra to explore quantum-enhanced predictive analytics.
TeraGlo is developing portable material-sensing technology to provide faster, on-site analysis of rare earth deposits and other materials.
Avicena Systems is investigating how quantum nanomaterials and single-photon detection could improve the sensitivity of rapid diagnostic testing for human health, animal health and biosecurity.
These examples show that quantum innovation is not confined to computing. Australian capability is emerging across enabling hardware, precision sensing, timing, navigation, diagnostics and industry-specific applications.
Why early industry engagement matters
For industry, the opportunity is not limited to adopting a finished quantum product.
Organisations can engage earlier to identify relevant business problems, assess where quantum approaches may offer value, contribute operational knowledge and help shape technologies for real-world use.
This engagement can take many forms, including research collaboration, feasibility studies, technology trials, pilot projects, investment and participation in sector-focused programs.
Early engagement also helps organisations develop a more realistic understanding of the technology. Not every challenge requires a quantum solution, and not every technology is ready for immediate deployment. The first step is understanding where the capability stands today, where it is heading and how it aligns with an organisation’s strategic priorities.
Connecting Australian capability with industry demand
Australia has internationally recognised quantum research, a growing technology sector and increasing public and private investment. Translating these strengths into economic and societal outcomes will require stronger connections between researchers, companies, investors, government and prospective end users.
As the national industry growth centre for quantum technology, Quantum Australia helps organisations navigate the ecosystem, connect with relevant expertise and explore pathways towards collaboration and adoption.
Through programs including Quantum Meets, the Industry Series, Executive Strategic Briefings, NewQ, NextQ and the Quantum Australia Conference, we create opportunities for industry leaders to build their understanding of quantum technologies and engage with Australian capability.
The use cases featured in Quantum in Action provide a practical starting point for that engagement. They show how Australian quantum innovation is responding to real industry needs, and how collaboration can help turn emerging capability into commercial, economic and societal impact.
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