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Andrew Dzurak's work with Diraq demonstrates that silicon spin qubits can achieve >99% fidelity using existing semiconductor foundry infrastructure, validating the strategy of leveraging mass-production lines for quantum hardware. This approach shifts the industry bottleneck from building new fabrication facilities to optimizing standard transistor processes for quantum coherence, potentially accelerating the timeline for scalable quantum devices.
Source coveringQuantum Zeitgeist
What this isA model's reading of the article and related coverage, written for aiqbench. Not the publisher's words.

Andrew Dzurak, The Engineer Turning Ordinary Transistors Into Qubits

Quantum Zeitgeist24 min read

Andrew Dzurak helped build silicon's first spin qubits at UNSW with Andrea Morello, then founded Diraq to make them on the chip industry's own production lines. In 2025 four foundry-made devices cleared 99 per cent fidelity, evidence at the level of a few qubits for a claim the company has to prove at the level of a machine.

The Sydney physicist who with Andrea Morello built the first qubit made from a single atom in silicon, argued that a quantum computer should be made from the same transistor the chip industry already prints by the billion, and founded a company to prove it. Andrew Dzurak is the Australian physicist and engineer who with Andrea Morello built the first qubit made from a single atom in silicon and then founded Diraq, the Sydney company that makes silicon spin qubits on ordinary chip-industry production lines. He is Scientia Professor in Quantum Engineering at UNSW Sydney, and he held an Australian Research Council Laureate Fellowship from 2019 until it closed in May 2025. He was final author on the 2010 paper that first read out a single electron spin in silicon, and on the 2015 paper that reported the first two-qubit logic gate in the material. For most of the last fifteen years his argument has been the same one. The transistor is the most manufactured object in human history, and it is the right thing to build a quantum computer out of. The appeal of the argument is easy to state. Delivering it is not. If the qubit is a…

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