Diraq’s silicon spin qubits are exceptionally fast, performing up to a million fault-tolerant operations in under a minute — but this speed demands a powerful, low-latency interface to manage control, error correction and hybrid quantum-classical processes. NVIDIA’s new NVQLink provides that capability, replacing the earlier DGX Quantum system. NVQLink offers Diraq an open, high-performance platform for orchestrating its quantum processing unit (QPU) alongside the classical c

Recent results published in Nature  demonstrate that silicon spin qubits designed by Diraq and fabricated on 300 mm wafers at imec in Belgium can achieve consistently high-fidelity quantum logic operations when measured in Sydney, Australia. This work provides clear experimental evidence that high-performance qubits can be manufactured using standard semiconductor foundry processes. The findings represent a significant step toward scalable, utility-grade quantum computing, co

Imec, a world-leading research and innovation hub in nanoelectronics and digital technologies, and Diraq, a pioneer of silicon-based...

Image: https://science.nasa.gov/image-detail/image2stscihp1733bf2146x2400/ Diraq’s silicon spin qubits are key to building the world’s...

UNSW spinout company Diraq has won the Technology Platform category at the prestigious NSW iAwards. The company, which was founded in...

Diraq has partnered with new venture Iceberg Quantum to extract early value from its quantum computers. Diraq has a clear line of sight...

Computing has come a long way, yet there remains a myriad of problems that traditional computers cannot solve, and making them faster...

Sydney, Australia (23 July 2025)  — Diraq has been awarded AU$500,000 in funding to explore how quantum computers can enhance the...

A collaboration between Diraq and new venture Emergence Quantum has given rise to exquisite classical control that doesn’t compromise...