Source: The Conversation (Au and NZ) – By Susanne Lloyd-Jones, Cyber Security Cooperative Research Centre Post Doctoral Fellow, UNSW Sydney
Last week, quantum computers were added to Australia’s Defence and Strategic Goods List of controlled items facing export restrictions. That’s because quantum technologies – which may soon provide huge advances in computing, communication and sensing – are rapidly growing in strategic importance.
The AUKUS partnership between Australia, the United States and the United Kingdom includes arrangements for sharing quantum technologies. Last year, Australia and the UK agreed to cooperate on quantum by sharing research and expertise and encouraging investment. A similar arrangement was signed with the US in 2021.
Governments and businesses are jostling for economic, strategic and defensive advantage. Nobody knows which approaches to the technology will prove successful, nor which countries will come out ahead.
Despite this uncertainty, Australia needs to make decisions about investment and regulation or risk being left behind. We think the best way to do this is by creating an accord between government, private industry, tech workers and researchers to create consensus on the best way forward.
A controversial investment
In April, the federal and Queensland governments invested A$466 million each in a US company called PsiQuantum, which is aiming to build “the world’s first useful quantum computer”. The deal was widely criticised for a lack of transparency and for bypassing Australian companies.
Investing in quantum technology is highly uncertain and complex. Researchers around the globe are making rapid progress, and calls for countries to develop their own sovereign capability are growing louder. At the same time, there is no shortage of hype from companies and researchers promoting their own work.
Giant companies such as Google, IBM, Microsoft and AWS are sometimes seen as “leaders” in quantum tech, but there are many other players in the field.
Several are based in Australia. These include research institutions as well as companies such as Quintessence Labs, Diraq, Quantum Brilliance, Silicon Quantum Computing and Nomad Atomics.
Last year, our government published a national quantum strategy, but it’s unclear how it should be implemented in the current messy environment, even with CSIRO’s roadmap.
In April, the University of Sydney was awarded A$18.4 million to set up Quantum Australia to be the “single front door” for quantum in Australia. Quantum Australia is in its infancy and it’s still unclear what its governance capacity will be.
More broadly, tech policy researchers have called for a more coordinated and regulated national approach to technology policy.
Is it time for a national accord on quantum?
Other countries are taking a much stronger approach to quantum coordination and cooperation.
In Europe, the Quantum Flagship establishes a working agreement between industry, governments and academia. In the US, QED-C established a consortium of stakeholders from government, academia, and industry to “identify gaps in technology, standards, and workforce and to address those gaps through collaboration”. In the UK, the National Quantum Computing Centre brings together businesses, the research community and government to enable the UK to secure a competitive position in the quantum industry.
What might this kind of coordination look like in Australia? We think it might look like an accord: a structured and formal mechanism for articulating a range of different agendas.
Our research looked at quantum tech arrangements in Australia, the UK, the US, India and the EU. We found examples of inclusive, structured, formal arrangements that feature government, private industry, industry leaders, academic bodies and academic researchers.
Europe has the most complex and far-reaching governance structure with its Quantum Flagship. We think an Australian accord needs to include representatives of the tech workforce too.
In the 1980s, Australia’s Prices and Incomes Accord famously forged a “working partnership” between government, employers and unions. It came at a time of economic uncertainty in Australia as market liberalism was sweeping through the English-speaking world.
Read more:
The lessons of the Accord for Modern Times: think outside the box
Could a quantum accord achieve a similar consensus today?
Why an accord?
Technological innovation and sovereign capability are key pillars of the government’s Future Made in Australia funding and reform package. This ambitious agenda will require commitment, coordination and leadership.
At present, government, local companies and local researchers are divided on the best way forward for quantum tech in Australia. A quantum tech accord could help address these conflicts. It could also help soothe tensions between the short-term interests of individuals and organisations and the long-term interests of the nation.
An accord could be a structured and consensus-building way to approach contested ideas about innovation, ethics, sovereignty, competitive advantage, regulation and skills. It could also help the Australian public better understand quantum technologies and the importance of domestic investment in these technologies, given there is little current understanding.
A practical mechanism for facing uncertainty
It is not easy to govern in the face of uncertain technological advancements and innovation. There may be no “right answers” to many decisions.
The advantage of a quantum tech accord is that it represents a practical mechanism pursued within economic, geopolitical and security constraints. It could provide an overarching governance structure and framework for coordinated policy and regulatory decision-making that favours consensus over seeming big-dog-eat-little-dog deals.
A quantum tech accord could embed Australia’s democratic values and governance into its purpose, terms and frameworks. This would also serve to establish a foundation for the ethical and responsible use of quantum technologies in the future.
Successive governments have committed billions to growing Australian quantum technology and fostering innovation. As a result of decades of sustained investment and funding of research and education, Australia’s growing quantum industry is up there with the best in the world.
Science and Industry minister Ed Husic has said the government does not want to repeat the mistakes of the past and miss the quantum wave. Maybe a quantum tech accord is an option to find a practical way forward.
The authors would like to thank UNSW Allens Hub Scholar Sally Song and UNSW Allens Hub Research Officer Jennifer Westmorland for their research assistance.
Dr Susanne Lloyd-Jones receives funding as a postdoctoral fellow from the Cyber Security Cooperative Research Centre whose activities are partially funded by the Australian government’s Cooperative Research Centres Program. Susanne also received funding from the UNSW Allens Hub for Technology, Law and Innovation for this work. She is a member of the UNSW Institute for Cyber and the UNSW Institute for AI. Susanne will commence work with the Australian Computer Society after the completion of her postdoctoral fellowship in 2024. This work was undertaken independently of the Australian Computer Society and does not represent or express its views.
Kayleen Manwaring has received funding for this research from the Cyber Security Cooperative Research Centre and the UNSW Allens Hub for Innovation, Law and Technology. She also sits on the executive committee of the Australian chapter of the IEEE Society on Social Implications for Technology, and is a member of the Research Committee of Consumer Policy Research Centre Ltd.
– ref. Quantum tech is a high-stakes gamble. Here’s how Australia can find a way forward – https://theconversation.com/quantum-tech-is-a-high-stakes-gamble-heres-how-australia-can-find-a-way-forward-237361
