Diraq

Diraq’s silicon tech integrates into data centers, using a single quantum chip with cryogenic, low-power electronics linked to room-temperature controllers.

AI has made the relationship between computing power and energy consumption impossible to ignore. The power draw of an AI rack ranges from around 30 kW to more than 100 kW per rack, with some new models expected to exceed 1 MW, consuming more electricity in a single day than an average US home

Quantum computing has two separate economics: the cost of building the machine, and the cost of running it. In our previous Substack, One Dollar Per Qubit: The Number That Changes Everything , we explored how manufacturing qubits from silicon drives down the cost of building a utility-scale quant

A quantum computer that only works in a lab is a science project, no matter how good its qubits happen to be. Diraq’s systems are designed to be deployed wherever they’re needed: on-prem at a facility where new batteries are developed, in situ with the tech controlling a smart energy grid. That me

What’s the best way of gauging the commercial readiness of the quantum computing industry? The obvious answer is to assess qubit counts and gate fidelities — the numbers that tell us how close we are to reaching utility scale. Those numbers matter, but there’s another signal that says something more

Funding of up to US$300 million will support independent verification and validation of Diraq's path to utility-scale, fault-tolerant quantum computing under DARPA's Quantum Benchmarking Initiative.    Diraq today announced it has been selected by the U.S. Defense Advanced Researc

Diraq and Dell Technologies are working together to address one of the central challenges in quantum computing : how to integrate quantum processors with classical high‑performance computing (HPC) in a practical, scalable way. Andrew Dzurak, Diraq’s CEO and Founder, sat down with Dell Global CTO a

Diraq Founder and CEO Andrew Dzurak has been elected a Fellow of the American Physical Society (APS), one of the highest honors in the global physics community.  APS Fellowship is a lifetime appointment awarded through nomination and peer review to physicists who have made exceptional

New Mexico backs Diraq’s latest U.S. expansion to accelerate utility-scale quantum computing Diraq today announced plans to establish a new research and development laboratory in Albuquerque, New Mexico, expanding its U.S. presence as the company brings its silicon quantum computing technology t

At Diraq, we're on a mission to deliver on the profound potential of full scale, fault-tolerant quantum computing. In order to achieve this mission, we are currently recruiting for passionate and driven individuals to be a part of our growing team! We have 14 open positions across our technical and

Diraq is building quantum computers that scale.

With offices in Sydney, Chicago and Palo Alto, Diraq is poised to lead the development of cost-effective, advanced silicon-based quantum chip technology.

Diraq is building quantum computers using modified silicon transistors, the technology best suited to reaching utility scale, where value outweighs cost.

Diraq is building quantum computers using modified silicon transistors, the technology best suited to reaching utility scale, where value outweighs cost.

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