A milestone in quantum CFD: Simulating real fluid dynamics on quantum hardware
See how Quanscient and Haiqu ran the first quantum simulation of fluid flow around a solid object — how it works and what it means
April 9th, 2026
3 pm GMT, 10 am US East · 60 minutes
Industry Prof. Valtteri Lahtinen, Chief Scientist & co-founder · Quanscient | Dr. Maciej Koch-Janusz, Principal Scientist · Haiqu
About the webinar
Classical computational fluid dynamics (CFD) is hitting a performance wall for industries like aerospace, automotive, and maritime.
Quantum computing offers a scalable alternative, but real-world hardware demonstrations have historically been limited to simple, empty-space toy problems.
Quanscient and Haiqu have changed that by executing the first publicly documented quantum simulation of nonlinear fluid flow interacting with a solid object.
By pairing Quanscient’s new OSSLBM algorithm with Haiqu’s circuit optimization and noise mitigation, we successfully ran a complex geometry-constrained flow on a real IBM quantum processor.
In this webinar, we’ll explore what this demonstration means in practice and how it impacts the timeline for practical quantum advantage.
Key takeaways
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Why classical CFD is a bottleneck and how quantum computing offers a scalable alternative for large-scale engineering
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How the new algorithm works and how we successfully ran it on quantum hardware to simulate flow around an obstacle
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What this means for industry R&D teams preparing for practical quantum advantage
Who should attend?
Engineers, researchers, and technical leadership who want to see the latest advancements in quantum CFD and understand its impact, applications, and timeline for real-world use.
About our speakers
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Industry Prof. Valtteri Lahtinen, Chief Scientist and co-founder of Quanscient, leads quantum algorithms research at Quanscient Quantum Labs — one of the most accomplished teams in the field of quantum algorithms for CFD applications.
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Dr. Maciej Koch-Janusz, Principal Scientist at Haiqu, is focused on application of theoretical and numerical tools of quantum condensed matter to practical quantum computing. Maciej leads the research team at Haiqu, some of whose results on circuit optimisation, compression and error mitigation played a critical role in enabling the successful execution of this geometry-constrained CFD simulation on IBM quantum processors.