EQUS helped strengthen Australia’s quantum research capability by investing not only in people and ideas, but also in physical infrastructure.

A standout example was the opening of two purpose-built laboratories at the University of Queensland in 2022 – the Superconducting Quantum Devices Laboratory, led by EQUS’ A/Prof Arkady Fedorov, and the Bose–Einstein Condensate Laboratory, led by EQUS’ Prof Halina Rubinsztein-Dunlop AO and Dr Tyler Neely.

Both labs were designed to support cutting-edge quantum experiments, providing the stability, control and technical capacity required for foundational research in quantum computing, sensing and simulation. Despite delays caused by COVID-19 and global supply chain disruptions, the labs opened to strong support from government, with federal and state science ministers and senior ARC leaders attending the launch. Their presence reflected growing national recognition of quantum science as a priority for future industry and security.

At the launch, UQ Vice-Chancellor Prof Deborah Terry noted that Australia’s quantum researchers attract a disproportionate share of global venture capital, and called the labs an example of how government and university collaboration can unlock economic opportunity. EQUS Director Prof Andrew White highlighted the importance of these facilities not just for current research, but for training the next generation of scientists.

For EQUS, these labs represent more than bricks and equipment – they are part of a broader effort to build long-term quantum capacity.

Across its nodes, EQUS contributed to the development of specialist facilities and enabling technologies, including novel laser systems, precision timing tools and advanced imaging infrastructure. These assets remain in place beyond EQUS’ funding term for future research, industry collaboration and education, continuing the Centre’s legacy.