RMIT Applied Quantum Technologies

The RAQT Centre is focused on applied, industry relevant research in quantum technologies. It provides a “front door” for industry and collaborators in quantum technology to work with experts within RMIT.

Transforming discovery into real-world quantum innovation

RMIT University is at the forefront of applied quantum research, translating quantum science into technologies that shape the future. RAQT, established in 2024, unites researchers across science, engineering, and technology to accelerate quantum innovation and industry collaboration. Quantum science sits at the heart of RMIT’s vision to drive innovation with global impact. From secure communications and advanced computing to healthcare, energy, and defence, RMIT is developing the tools and talent that will power the quantum economy.

Key research areas

A complete ecosystem from discovery to deployment

Through RAQT, RMIT researchers and students develop prototypes, demonstrators, and test systems that bridge the gap between lab and market. Our work spans Technology Readiness Levels 1-6, underpinned by advanced facilities and expertise in.

Stylised transparent cube with RAQT inscribed, intersected by a red beam and surrounded by wavy blue lines.

Sensing, Navigation, Timing

Innovative quantum sensing, navigation and timing solutions to reach new levels of precision in application areas spanning health, mining, telecommunications, and defence sectors.

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Materials & Manufacturing

Quantum technology requires nanoscale precision manufacturing using ultra-pure materials. We use the latest equipment and simulations to minimise defects and maximise performance in quantum devices.

Glowing cube with gold emblem atop, situated on a detailed electronic circuit board.

Computing & Communication

We design and realise novel ways to process and transmit quantum information, using the quantum physics of photons, atoms and circuits.

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Quantum Fundamentals

Our work in quantum technology is underpinned by deep research in the fundamentals of quantum and relativistic physics using advanced mathematical and computational tools.

A National Leader in Applied Quantum Research

RMIT is a founding partner of the Australian Centre for Quantum Growth, reflecting our strategic role in shaping Australia’s quantum future. We also contribute to national initiatives including the Victorian Quantum ecosystem and the UN’s International Year of Quantum Science and Technology (2025), advancing quantum capability across research, industry, and community.

Innovation in Action

RMIT researchers are pioneering compact, portable quantum magnetic microscopes that make the invisible visible. This breakthrough approach enables non-invasive fault detection, saving cost and time across electronics manufacturing, while also opening opportunities in medical diagnostics, mineral detection, and environmental monitoring.

Design Tools for the Quantum Computers of Tomorrow

RMIT is partnering with global leaders to build the next generation of quantum computer design and simulation tools, integrating materials science, device physics, and control engineering to guide the design of large-scale quantum computers. These innovations will be essential for the global quantum computing supply chain.

People

Leadership

Prof. Jared Cole

Director

Learn more about Jared

A/Prof. Stefania Castelleto

Deputy Director

Learn more about Stephania

Prof. Nicolas Menicucci

Deputy Director

Learn more about Nicolas

A/Prof. Jean-Philippe Tetienne

Deputy Director

Learn more about Jean-Philippe

Researchers

If you would like to know more about the RMIT Applied Quantum Technologies Centre please contact us for more information.

raqt@rmit.edu.au

STEM Leading Research Centres

The RMIT Applied Quantum Technologies Centre is supported by RMIT's Leading Research Centre (LRC) initiative — a mechanism designed to identify, support, and grow research areas of strategic priority to the STEM College and to RMIT. If you would like to know more about our Leading Research Centre initiative please visit the LRC website, or contact us at stem.research@rmit.edu.au for more information.

Acknowledgement of Country

RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business - Artwork 'Sentient' by Hollie Johnson, Gunaikurnai and Monero Ngarigo.

More information

RMIT Applied Quantum Technologies