Industrial giant Rolls-Royce and quantum systems developer Quantinuum have announced the launch of a multi-year research project. The key goal is to determine how hybrid quantum-classical computing can be applied to the design of gas turbines. The consortium also includes quantum error correction specialists Riverlane and the EPCC supercomputing center at the University of Edinburgh.
This is not about immediately transferring all simulations to quantum processors, but rather about pilot testing. The partners intend to verify which specific computational blocks related to modeling gas flows inside turbines can be effectively implemented on quantum platforms. Traditional gas dynamics calculations require enormous computing power, and as model accuracy increases, this demand only grows.
In the first phase, algorithms will be run on Quantinuum's Helios quantum computer. After evaluating the results, scaling to the more powerful Sol and Apollo systems is planned. The key task is to understand whether future fault-tolerant quantum computers can take over part of the calculations, working in conjunction with supercomputers.
This project is part of the UK's national quantum strategy. By 2035, the government plans to deploy systems in the country capable of performing 1 trillion quantum operations and solving real industrial problems. Notably, Quantinuum is simultaneously preparing to go public on Nasdaq: the company has updated its IPO filing, setting a price range of $45–50 per share, implying a valuation of up to $12.7 billion.
Analyst's opinion: The collaboration between Rolls-Royce and Quantinuum is not just another experiment. It is a demonstration that quantum computing is moving from laboratories to specific engineering tasks. If the hybrid approach proves its effectiveness in aerodynamics, we will see an avalanche of interest from the aerospace and energy industries. For the crypto industry, this is also an important signal: progress in quantum computing is accelerating, meaning issues of post-quantum cryptography are becoming not theoretical, but practical.