Applied Materials
Collaboration on a 300 mm wafer process for superconducting transition edge sensors, a component of the photon-number-resolving detectors in Xanadu's quantum computers (2025).
Corning
Collaboration on low-loss optical fiber and fiber-array solutions for photonic quantum computing chips, supporting Xanadu's fiber-networked modular architecture (2025).
Mitsubishi Chemical Group
Joint project on quantum algorithms for simulating extreme ultraviolet (EUV) lithography processes used in semiconductor chip fabrication (2025).
Rolls-Royce
Collaboration to co-develop quantum algorithm tooling in PennyLane for aerospace (2023), extended via the 2024 CATALYST jet-engine airflow project with Riverlane.
Toyota Research Institute of North America
Project on quantum algorithms for materials science simulations, including quantum sensing and optical response simulations of spin defects in 2D materials (2024).
Volkswagen Group
Collaboration on quantum simulation workflows for X-ray absorption spectroscopy to model next-generation battery materials and degradation.
HyperLight
Research on thin-film lithium niobate (TFLN) photonic chips for quantum computing (2025).
U.S. Air Force Research Laboratory
Four-year research and development partnership on silicon photonic integrated circuits for quantum applications (2025).
RTX BBN Technologies, Raytheon Advanced Technology, University of Maryland
Collaboration under DARPA's INSPIRED Program on the INSIGHT device, an integrated squeezed-light generator and homodyne detector (2025).
Thorlabs
Partnership relating to optical fiber components for photonic quantum computing (2026).
A*STAR (Singapore)
Memorandum of understanding for research and development in quantum technologies (2025).
Korea Institute of Science and Technology (KIST)
Partnership on quantum algorithms for lithium-ion batteries and quantum hardware (2023).