FTQC
Building quantum computers using photonics
Discover Xanadu's new networked 35 photonic chip quantum computer
Why photonics
The unique advantages of photonics
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Room temperature computation
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Manufacturability
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Error correction flexibility
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Modular and networkable
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Fast clock speeds
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Telecom compatibility
Architecture
Measurement-based quantum computing
Xanadu’s architecture is modular and capable of scaling to one million qubits through optical networking. To get there, we are developing a manufacturable, fault-tolerant module consisting of four components that work together to generate, entangle, and process thousands of qubits.
Research
Featured publications
Halving the cost of QROM again via dense encoding
October 1, 2026Near-optimal high-rate surgery from linear PCPPs
September 22, 2026Python in the front, party in the Backline: compiling quantum workloads across CPUs, GPUs, and FPGAs
September 8, 2026Spectral Theory of Semisimple Bivariate Bicycle Codes
August 27, 2026Improved constant factors for qubitized Hamiltonian simulation
August 3, 2026Spectral Born machines: classically trainable quantum generative models for discrete data
July 7, 2026
