Building the future of computing

PsiQuantum is a quantum computing company on a mission to build and deploy the world’s first useful quantum computers.

Impossible until it’s not

Quantum computing will transform industries and provide a new level of mastery over the physical world.

But this transformation hinges on building the world’s first commercially useful quantum computers—fault tolerant and on the order of one million qubits. PsiQuantum’s thesis is that the unique strengths of photonic qubits, combined with direct leverage of high-volume semiconductor manufacturing, provide a fast, practical path to scale.

That vision of delivering a commercially useful quantum computer has been our mission from day one.

Our approach

Slider Principal

Omega

A quantum photonic chipset purpose-built for utility-scale quantum computing.

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Blueprint

A path to utility-scale, fault-tolerant quantum computers based on silicon photonics.

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Applications

Improving our understanding of how quantum computing will impact the microscopic foundations of our biggest industries.

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Research

Research from PsiQuantum's team of quantum architects, chemists, developers, engineers, and theorists.

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Building the world’s first utility-scale quantum computers

We are moving quantum computing out of the lab and into utility-scale infrastructure. PsiQuantum is building these systems in partnership with the US and allied governments, with our first sites planned in Brisbane, Queensland (Australia) and Chicago, Illinois (USA).

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Brisbane, Queensland, Australia

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Illinois Quantum & Microelectronics Park - Chicago, Illinois, USA

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Our path to scaling

Taking a photonic approach, PsiQuantum leverages the trillions of dollars that have gone into the semiconductor manufacturing infrastructure to build Omega, our silicon photonic chipset.

Expandable Feature List
  • Manufacturability 01

    We design our own chips and manufacture our Omega chipset at GlobalFoundries flagship fab in Malta, NY.

  • Networking 02

    We scale beyond a single chip using standard telecom optical fiber — used today in conventional datacenters — without any need for transduction.

  • Cooling Power 03

    Because photons don’t feel heat or electromagnetic interference, we can colocate control electronics close to the qubit — improving system size, cost and signal integrity.

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