Australia’s emergence as a global leader in quantum technology is the result of sustained investment in both fundamental research and the national research infrastructure needed to translate theory into real-world capability.

Over the past two decades, the National Collaborative Research Infrastructure Strategy (NCRIS) has played a central role by funding specialised facilities, data platforms and expert staff that enable scientists and industry to work at the cutting edge of discovery and innovation. From quantum computers to advanced sensors and medical imaging, these capabilities are helping transform scientific breakthroughs into sovereign commercial technologies.

Across the country, NCRIS-supported infrastructure underpins quantum innovation. Researchers are developing silicon and diamond-based quantum computers, precision atomic clocks for navigation without GPS, and next-generation medical technologies such as portable brain scanners and improved diagnostic imaging. Facilities such as the Australian National Fabrication Facility, Heavy Ion Accelerators, Microscopy Australia, and the Pawsey Supercomputing Research Centre provide the specialised equipment and expertise required to fabricate quantum devices, analyse materials at atomic scale and integrate emerging technologies with advanced computing.

This national ecosystem, linking universities, infrastructure providers and industry, has enabled Australia to move rapidly from theoretical research to commercial innovation. Companies such as Silicon Quantum Computing, Diraqand Quantum Brilliance have grown from this environment, attracting international investment and partnerships. As quantum technologies expand into navigation, healthcare and secure communications, sustained support for NCRIS infrastructure will remain critical to maintaining Australia’s leadership in the quantum era.

Read the full article from NCRIS.