Building sovereign quantum capability

EQUS’ development of research talent, infrastructure and connections has played a foundational role in shaping Australia’s quantum future and national quantum capability.

Australia now has the people, labs and momentum to sustain sovereign quantum capability, in part because EQUS made long-term, ecosystem-level investment a core part of its mission. As the quantum field accelerates, that legacy gives Australia a real stake in its future.

Across its two funding terms (2011–2024), EQUS trained a generation of quantum researchers, engineers, and entrepreneurs.

EQUS placed long-term emphasis on developing quantum talent at every career stage.

Over 400 people expanded their quantum skills through EQUS II alone – from undergraduate students to postdoctoral researchers and beyond.

Many of those EQUS alumni now lead academic programs, start-ups and research teams across Australia and internationally.

EQUS built both technical skill and leadership potential. Its mentoring and career development initiatives helped prepare researchers for roles across academia, industry and government. Initiatives such as the Deborah Jin Fellowship (see the impact story) and EQUIP mentoring network played an important role in this work.

EQUS also co-developed graduate-level quantum technology programs at ANU and the University of Queensland, and supported the creation of quantum education programs and nationally recognised outreach initiatives that built members’ communication skills while helping to seed a future-ready workforce.

EQUS’ long-standing investment in people development is a key part of its enduring legacy.

EQUS’ legacy is also visible in the physical infrastructure and enabling technologies it helped create.

It helped design and build world-class labs for quantum experiments, and developed new techniques used in advanced imaging, sensing, simulation and timing systems.

EQUS research directly enabled new infrastructure. One example is the laser ranging interferometer technology developed for satellite-based climate monitoring – now backed by a $16 million Australia–NASA partnership. (See the impact story.)

Other EQUS-developed tools, such as twisted cavity resonators and squeezed light systems, are being adapted for use in biomedical and pharmaceutical applications. These innovations push the boundaries of quantum science while building capabilities that other researchers and industries can now use.

EQUS fostered strong collaborations across its five university nodes and with leading international institutions. Its researchers partnered with organisations such as IBM, NASA’s Jet Propulsion Laboratory, and the US government agency IARPA.

These partnerships ensured EQUS research helped shape global directions in the field and position Australia as a serious player in the second quantum revolution.