Sydney Quantum Academy, Building Australia’s Quantum Economy


Elite Universities
The successful dissemination of information on quantum computing (QC) and the wider purview of quantum information theory (QIS) will take the unified effort from a whole host of sources: governments, universities and research centres first and foremost, followed by industry, startups and enthusiastic individuals with a passion for the sector.
And the Sydney Quantum Academy (SQA) — built on the solid foundations of partnerships between several elite Australian universities and the New South Wales Government — is one educational initiative doing just that.
As a city, Sydney is on the quantum up with startups like Q-CTRL and Silicon Quantum Computing leading the pack in the private sector while Macquarie University, UNSW Sydney, the University of Sydney, and the University of Technology Sydney do their thing in the academic sphere. All four universities, coincidentally, are also SQA’s partners. This will help them build Australia’s quantum economy by harnessing
“Sydney’s collective quantum expertise to develop diverse talent and a globally recognised quantum ecosystem.”
Aligned Goals
Grandiose plans aside for a moment, SQA’s granular goals encompass developing quantum leaders, specialists and entrepreneurs via education and training, attracting top-class investment aligned with their goals and collaborating with the best to promote the development and use of quantum technologies so that it benefits everyone.
All this starts with the programs SQA runs, formulated to build a workforce that is quantum-ready.
These include the undergraduate, Ph.D. and Fellowship programs on offer from the aforementioned universities.
Are you more Jordan Belfort than Richard Feynman?
That’s fine, man — the SQA has come up with the Quantum Innovators Network to assist the inchoate quantum tech community in all things in the way of startup culture, harnessing “entrepreneurially-minded quantum trailblazers” with experts who have already been there and done that in the startup world.
A win-win for everyone.
Lead in all this is CEO Peter Turner, a professor in the Department of Physics and Astronomy, Macquarie University, who heads a team of experts in their fields that includes an impressive advisory board of Jay Gambetta, an IBM Fellow and VP, Hartmut Neven, Head of Quantum Computing at Google, Jeremy O’Brien, CEO of PsiQuantum, Vikram Sharma CEO of Quintessence Labs, and the inspirational Krysta Svore, general manager of Quantum Software at Microsoft.

Turner is also a member of the university’s Research Centre for Quantum Engineering. With twenty years in the field, his research has been awarded millions in the UK, US, Japan, and Canada.
Although QUANTUM is nowhere near the realm of AI, ML, blockchain, and cryptocurrency as far as commercial potential goes, the industry is gaining traction fast — Quantum startup IonQ’s $650 million SPAC deal to go public (with a market cap of about $2 billion!) is enough proof of that and a signal that it won’t be long before the champagne bottles will be popping their corks rather more frequently.
Yet we all know that’s economic immaturity. SQA sees where the industry is now. They have a positive agenda to spread the word by quantum through education, experience and other avenues to put Sydney, and maybe more importantly, Australia on the QIS map forever.
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Topics
- academic, Australia, business, Department of Physics and Astronomy, Google, Hartmut Neven, IBM, Jay Gambetta, Jeremy O'Brien, KRYSTA SVORE, Macquarie University, microsoft, New South Wales Government, Peter Turner, PsiQuantum, Q-CTRL, quantum computing, quantum economy, Quantum Innovators Network, quantum technology, Quintessence Labs, research, Silicon Quantum Computing, Sydney Quantum Academy, university of sydney, University of Technology Sydney, UNSW Sydney, Vikram Sharma

James Dargan
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MENTIONED IN THE ARTICLE

IBM is an iconic technology pioneer founded in 1911 as the Computing-Tabulating-Recording Company and officially renamed International Business Machines Corporation in 1924. Beyond foundational computing, IBM possesses a deep legacy in aerospace and defense from building the guidance computers and Instrument Unit for NASA's historic Apollo missions to partnering with Airbus on CIMON, the first AI assistant on the ISS.

PsiQuantum is developing a utility scale fault tolerant quantum computer utilizing photonic qubits and standard semiconductor manufacturing processes. Founded in 2015, the company collaborates with aerospace partners like Airbus and Lockheed Martin on algorithms for fluid mechanics, aerodynamics, and impact modeling.

Microsoft engages in the creation and licensing of software for both consumer and enterprise use. The company is renowned for its development of Windows operating systems and the Office suite designed for productivity. Microsoft's structure encompasses three major segments of roughly equal size: productivity and business processes, which encompasses legacy Microsoft Office, cloud-based Office 365, Exchange, SharePoint, Skype, LinkedIn, and Dynamics; the intelligence cloud, which includes offerings like Azure, Windows Server OS, and SQL Server; and more personal computing, which covers Windows Client, Xbox, Bing search, display advertising, and a range of Surface laptops, tablets, and desktops.









