Xanadu

Quantum computing powered by light

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Xanadu Quantum

Recent Insight
  • Navigating the quantum storm
    The quantum sector faces a perfect storm of depressed tech markets, lengthening timelines to revenue and unwinding hype. The sector’s long-term potential remains unbound, but startups, investors and governments face a period of challenge. With challenge comes opportunity. The post Navigating the quantum storm appeared first on Fact Based Insight.... Read more
    Source: Fact Based Insight - prepare for tomorrow Jul 10, 2022
  • Quantum Software Outlook 2022
    IBM continues to lead the quantum cloud, but faces real competition to service early quantum applications. Building the future of this market still looks like a long game. It may be more important to pick a partner with the right strategy than just to compare today’s product features. The post... Read more
    Source: Fact Based Insight - prepare for tomorrow Jan 17, 2022
  • Quantum Algorithms Outlook 2022
    In contrast to the hype, the early applications of quantum computers look modest. But they do exist. The talented teams developing quantum algorithms still have a fight on their hands to bring forward the date of true broad quantum advantage. What might be achieved and when? The post Quantum Algorithms... Read more
    Source: Fact Based Insight - prepare for tomorrow Dec 17, 2021
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Project Description

Xanadu designs and integrates quantum silicon photonic chips into existing hardware to create truly full-stack quantum computing.

Instead of using electrons to carry information and perform calculations, we use photons. Unlike electrons, photons are very stable and are almost unaffected by random noise from heat. We use photonic chips to generate, control, and measure photons in ways that enable extremely fast computation.

We work with foundries for chip fabrication, leveraging photonics at its cutting edge with lithographically-written photonic integrated circuits.

Laser light powers our quantum processor chips, traveling and interacting through nano-scale channels.

The fundamental resource for computation -- squeezed light -- is generated on chip and used for calculations intractable for conventional chips.

Project Details
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