How Archer Materials Is Pioneering Carbon Qubits and Silicon Biochips in Q2 FY26
Archer Materials has made significant strides in its quantum computing and medical diagnostics programs, including improved carbon qubit readout and clinical-standard silicon biochips, while securing key partnerships and maintaining a strong cash position.
- Enhanced carbon qubit readout and scalability progress
- New collaborations with Emergence Quantum and CSIRO
- Silicon-based Biochip meets clinical potassium testing standards
- End-of-quarter cash balance of $10.3 million plus $2.1 million R&D rebate
- Appointment of experienced MedTech director Andrew Just
Quantum Computing Advances
Archer Materials has reported meaningful progress in its 12CQ project, which focuses on developing carbon-based qubits for quantum computing. The company has enhanced its quantum state readout capabilities, a critical step toward demonstrating functional qubits. Notably, Archer successfully synthesised its carbon qubit material on a one-inch silicon wafer and demonstrated electron spin lifetimes exceeding 0.4 microseconds at room temperature, positioning its technology competitively against other quantum platforms.
These advancements include refining gating and single-electron transistor architectures, and achieving electrical gating within quantum devices using carbon nano-onions. Such technical milestones not only improve manufacturability but also support scalability, essential for commercial quantum devices.
Strategic Collaborations Expand Reach
During the quarter, Archer signed a collaboration agreement with Emergence Quantum, a leader in quantum technology, to explore graphene and carbon-based technologies for next-generation quantum and electronic devices. Additionally, Archer partnered with CSIRO to develop quantum machine learning models aimed at enhancing financial fraud detection, with potential applications beyond finance.
These partnerships underscore Archer’s strategy to leverage external expertise and broaden the commercial potential of its quantum technologies across computing, sensing, and machine learning domains.
Biochip Program Hits Clinical Milestone
On the medical diagnostics front, Archer’s Biochip team, in collaboration with IMEC, demonstrated that its silicon-based potassium testing device meets clinical accuracy standards. Transitioning the Biochip to a silicon platform is a strategic move that could reduce costs, de-risk supply chains, and accelerate regulatory approval processes.
The silicon Biochip also offers faster readout times compared to previous graphene-based devices, enhancing its suitability for point-of-care testing, particularly for patients with chronic kidney disease who require regular potassium monitoring.
Financial and Corporate Updates
Archer closed the quarter with a healthy cash balance of $10.3 million, excluding a $2.1 million R&D tax rebate received shortly after quarter-end. The company reported no debt, reflecting a solid financial footing to support ongoing development activities.
Governance changes included the appointment of Andrew Just as a Non-Executive Director. With three decades of global experience in health industry growth and technology scaling, Mr Just’s expertise is expected to bolster Archer’s Biochip commercialization efforts.
Looking Ahead
Archer’s progress across its quantum and medical diagnostic platforms, combined with strategic partnerships and financial stability, positions the company well as it moves toward key commercialisation milestones. The upcoming investor webinar will provide further insights into these developments and the company’s roadmap.
Bottom Line?
Archer’s dual-track innovation in quantum computing and medical diagnostics sets the stage for pivotal commercial breakthroughs in the year ahead.
Questions in the middle?
- When can investors expect a demonstration of a fully functional carbon-based qubit?
- How will the partnerships with Emergence Quantum and CSIRO translate into commercial revenue streams?
- What is the anticipated timeline for regulatory approval and market launch of the silicon Biochip?