Quantum Computing Meets Future Mobility

Advanced and SupercomputingQuantum ComputingAdvanced Materials

Imagine a world where quantum computing powers the next generation of vehicles, enabling faster, cleaner, and more efficient transportation. Welcome to the future of mobility, where innovation meets sustainability.

TL;DR
• Quantinuum and BMW Group expand their collaboration to advance future mobility through quantum computing.
• The partnership aims to unlock new applications of quantum computing in materials science and industrial chemistry.
• The collaboration has the potential to revolutionize the transportation industry and create a more sustainable future.

Summary
Quantinuum and BMW Group have extended their quantum‑computing partnership into a multi‑year agreement aimed at accelerating future mobility through advanced materials science. The collaboration, which began in 2021, will now span several generations of Quantinuum’s trapped‑ion systems, including Helios, Sol (2027) and Apollo (2029), to validate progress and scale toward industrial solutions.
• Leverage successive quantum generations to benchmark catalyst chemistry and fuel‑cell optimization.
• Integrate high‑fidelity simulations of electrochemical processes to reduce platinum catalyst costs.
• Maintain a cross‑disciplinary team of quantum scientists, chemists and engineers for sustained innovation.
• Publish results in peer‑reviewed journals to establish credibility and attract additional industry partners.
• Align hardware milestones with long‑term roadmaps to ensure readiness for fault‑tolerant systems.

The partnership has already produced the first quantum‑simulated catalytic performance published in Nature Partner Journal, demonstrating the practical value of trapped‑ion architectures for complex molecular systems. BMW’s research group uses these simulations to explore oxygen‑reduction reactions, a key step toward more efficient fuel cells. By accessing successive generations of hardware, the teams can validate each improvement and iterate designs that meet real‑world performance targets.

Quantinuum’s broader ecosystem supports this effort. The company’s global workforce of 700, with over 70% holding advanced degrees, drives continuous hardware and software enhancements. Its full‑stack platform, built on the QCCD architecture, delivers industry‑leading two‑qubit gate fidelity, enabling accurate modeling of electrochemical environments. The company’s active engagements span pharmaceuticals, materials science, finance and government, positioning it to share best practices across sectors.

Parallel to the BMW collaboration, Quantinuum has supplied RIKEN’s Reimei‑Fugaku hybrid platform with its H2 system, a 56‑qubit quantum computer that augments Japan’s Fugaku supercomputer. This upgrade accelerates biomolecular reaction simulations and supports high‑value applications in chemistry and materials science. The joint effort exemplifies how quantum‑HPC hybrids can overcome classical limits, offering a roadmap for future industrial deployments that prioritize safety, transparency and workforce readiness.

As we embark on this exciting journey, we invite you to join us in shaping the future of mobility and exploring the limitless possibilities of quantum computing.