Australia’s Quantum future starts here.

Join us for a special public lecture with 2025 Nobel Prize in Physics laureate Professor John M. Martinis on Tuesday 17 November in the Seymour Centre, Sydney.

Toshiba Corporation has launched the Quantum-Safe Networking (QSN) Platform, a new system designed to integrate quantum-safe security with organisations’ existing network infrastructures.

Nova Systems and US headquartered quantum technology company Infleqtion have formed a strategic partnership to fast-track the adoption of quantum technologies across Australia's Defence sector.

Diraq today announced it has been selected by the U.S. Defense Advanced Research Projects Agency (DARPA) to advance to Stage C of the agency’s Quantum Benchmarking Initiative (QBI), the final stage of the world’s most rigorous program evaluating whether any quantum computing approaches can achieve utility-scale operation by 2033.

A $12.3 million Australian Government investment will propel six quantum projects into their next phase of development, backing solutions for health, energy, biosecurity and logistics. Among the recipients, Quantum Australia’s NextQ graduates FeBI Technologies and Q Factorial have secured a combined $3.3 million.

Quantinuum and The University of Western Australia (UWA) sign MOU to help prepare Australia’s workforce and innovation ecosystem for the hybrid quantum-AI-HPC computing era

The Melbourne Quantum Diamond Hub has officially launched, bringing together 14 founding member organisations to grow the region’s quantum diamond ecosystem and connect its capabilities with opportunities across Australia and internationally.

Schneider Electric and SQC's partnership moves to Stage 2 of Australia's Critical Technologies Challenge Program (CTCP) following an average 20% accuracy improvement in forecasting grid consumption with SQC's Watermelon™ system

The Melbourne Quantum Diamond Hub Capability Statement 2026 showcases the expertise, organisations and facilities driving quantum diamond innovation across Melbourne and Victoria.

Why Australia’s energy transition needs quantum in the mix

Today we're announcing work done by Iceberg Quantum and Diraq, leveraging early access to the newly announced Logical layer of the NVIDIA CUDA-Q platform. The work demonstrated how Iceberg Quantum’s Pinnacle architecture can be implemented on Diraq's spin-qubit hardware platform while preserving Pinnacle's logical performance advantage.

Diraq today celebrates the opening of its U.S. Technology Hub in Santa Monica, California. The hub brings together a 20-strong multi-disciplinary team with deep expertise in silicon spin qubits, tapping into Southern California's uniquely deep concentration of quantum talent, and placing Diraq alongside the region's leading semiconductor, aerospace, and technology companies, foundries, and research partners. 

Quantum Lock uses entangled photons to prove, not infer, that the memory of a remote device has not been compromised. A new layer of the cybersecurity stack, grounded in physics.

Gridstate Photonics is developing a core technology needed to make optical quantum computers practical and scalable. They create highly reliable quantum building blocks that help quantum systems detect and correct errors.

FeBI Technologies is on a mission to revolutionise the diagnosis of iron disorders. By developing world leading quantum sensing medical technology accurate iron level monitoring will enable personalised care to optimise health and performance.

QFactorial builds optimisation software for planning and scheduling where high-quality decisions have to be made quickly - vehicle routing, job scheduling, resource allocation or rostering.

Space CoLAB is building diamond-based quantum transceivers that will operate at room temperature - enabling genuinely secure communications for mobile platforms, remote locations, and tactical environments where traditional quantum systems cannot go.

Australia’s first open access quantum testbed is positioning Queensland as a leader in developing quantum technologies, capability and businesses, while giving industry access to world-class infrastructure.

Explore Quantum Australia’s Quantum in Action report, showcasing Australian quantum innovation, practical applications and pathways to industry adoption.

Discover how Australian quantum companies are applying quantum technologies to real-world challenges across energy, mining, defence, healthcare, telecommunications and advanced computing.

New independent modelling has been released that shows Quantum Australia's national programs have created $83.1 million in economic value while supporting more than six times the public investment in economy-wide activity.

Australia and Japan are strengthening their partnership in quantum technologies through deeper collaboration across research, industry and government. At the Australia–Japan Quantum Workshop, leaders from both nations came together to explore how trusted international partnerships, talent development and commercialisation will help accelerate innovation and build a globally competitive quantum economy.

Opinion: As AI hits an infrastructure wall, quantum technologies could help Australia seize its next big tech opportunity, argues Petra Andrén.

Quantum technology is no longer a distant scientific promise, according to the international leaders who travelled to Australia for the recent annual Quantum Australia Conference. 

Archer Materials has partnered with global quantum computing company IonQ in a strategic agreement aimed at accelerating quantum adoption in Australia. The collaboration will provide access to IonQ's commercial quantum computing platform while exploring the feasibility of establishing sovereign quantum computing infrastructure on Australian soil.

From CSIRO, to Q-CTRL, to Quantum Australia, here are six standout women changing the face of emerging technology in our nation.

Phasor Quantum is developing quantum-assured navigation systems for GPS-degraded and denied environments, addressing the growing challenges of GPS spoofing and jamming. Using proprietary diamond quantum sensors, the company enables continuous correction of inertial navigation systems, delivering highly accurate positioning without reliance on GPS.

CSIRO is turning low-value diamond ‘dust’ into high-performance quantum materials that can detect tiny magnetic signals, unlocking powerful new approaches to chemical and biomedical sensing.