Quantinuum and BMW Group have expanded their long-standing collaboration through a new multi-year partnership focused on applying quantum computing to advanced materials science and next-generation mobility technologies. The renewed agreement builds on research efforts that began in 2021, when the two companies started working together to explore how quantum computing could help solve complex industrial chemistry challenges linked to sustainable transportation and energy systems.
Over the past several years, the collaboration has progressed from early-stage algorithm research to advanced molecular simulations aimed at improving understanding of catalytic activity, material behavior, and electrochemical reactions critical to future mobility applications.
The extended partnership is expected to become one of the most sustained collaborations between a commercial enterprise and a quantum computing company, reflecting growing confidence in the practical industrial potential of quantum technologies.
Dr Rajeeb Hazra, President and CEO of Quantinuum, said the company remains focused on accelerating the commercial adoption of quantum computing through partnerships centered on high-impact industrial applications. He noted that the expanded collaboration with BMW Group demonstrates the progress already achieved and the opportunities ahead as quantum hardware capabilities continue to evolve.
Researchers at BMW Group are using Quantinuum’s trapped-ion quantum computing architecture, which is designed to deliver the high-fidelity operations required for accurate molecular simulations. The systems are being used to study electrochemical processes associated with fuel cells, catalyst chemistry, and advanced material optimization aimed at improving efficiency and reducing costs in future vehicle technologies.
As part of the new agreement, BMW Group will gain access to multiple future generations of Quantinuum’s quantum computing systems. This includes the currently available Helios platform as well as next-generation systems named Sol, planned for 2027, and Apollo, scheduled for 2029. The phased access is expected to help researchers validate progress while scaling toward more industrially relevant applications.
Dr Martin Tietze, Vice President of New Technologies at BMW Group, said the company has been actively exploring quantum computing for several years and continues to work with technology partners to convert advancements in quantum hardware into real-world industrial applications. He added that materials optimization remains a key focus area supporting the development of future vehicle platforms.
In 2024, Quantinuum and BMW Group, alongside another commercial partner, achieved a significant milestone by becoming the first organizations to simulate catalytic performance using a quantum computer, with the findings published in Nature. Beyond research achievements, the partnership has brought together quantum scientists, chemists, and engineers in a multidisciplinary effort aimed at accelerating innovation in sustainable mobility and advanced materials development.
