Phasecraft wins ARPA-E award for quantum catalyst discovery

Phasecraft has landed a U.S. Department of Energy ARPA-E award to develop quantum algorithms for finding new catalysts, with an initial focus on cheaper hydrogen production. The project is designed to reduce dependence on iridium and other critical minerals while pushing quantum computing into near-term energy applications. Why it matters: - The project targets catalysts that underpin hydrogen production and other industrial processes, where current chemistry depends heavily on scarce materials. - Reducing reliance on iridium and other platinum group metals could lower costs and ease supply-chain pressure in energy and manufacturing. - ARPA-E’s backing signals that quantum computing is moving from research promise toward practical work on energy systems. What happened: - Phasecraft announced an award from the U.S. Department of Energy’s Advanced Research Projects Agency-Energy for work under the Quantum Computing for Computational Chemistry program. - The award is for about $4.5 million. - The program is designed to support quantum computing approaches to chemistry and materials science problems that classical computers cannot handle efficiently. - The project will develop highly optimized quantum algorithms to simulate and discover novel catalysts for the energy sector. - Phasecraft will work with Johnson Matthey, Harvard and QuEra on the project. The details: - The initial application is low-cost hydrogen production. - The work is intended to produce insights that could also apply to syngas production, petroleum refining, metallurgy and other catalyst-dependent industries. - The project aims to cut the current dependence on critical minerals, especially platinum group metals such as iridium. - Phasecraft’s approach builds on published quantum materials simulation work. - The company says those algorithms have shown efficiency improvements of up to 43,000,000 times over earlier quantum methods. - Ashley Montanaro, co-founder and CEO of Phasecraft, said quantum computing is now a working technology and that the key question is which problems it should tackle first. - Steve Flammia, principal quantum scientist and head of Phasecraft US, said reducing the iridium requirement in industrial electrolysis would change the economics of hydrogen fuel and related catalytic processes. Between the lines: - QC3 fits into a wider U.S. government effort to turn quantum computing into an advantage in energy, the economy and national security. - The program’s target areas include superconducting transmission lines, advanced batteries, rare-earth-free magnets and new catalysts for fuel production. - The emphasis on hardware-adaptive algorithms shows the near-term bet is on getting useful results from today’s imperfect quantum machines, not waiting for fault-tolerant systems. - Phasecraft is positioning itself as a specialist in algorithms that can deliver practical gains before large-scale quantum hardware arrives. What’s next: - Phasecraft will begin the QC3 project and focus first on hydrogen-related catalyst discovery. - The company and its partners will test whether quantum algorithms can accelerate catalyst design enough to matter for industrial economics. - The work could inform future efforts to reduce iridium use across a broader set of chemical processes. - Phasecraft says the effort could help shape iridium requirements in years rather than decades. The bottom line: - The award gives Phasecraft a government-funded test case for whether quantum computing can help redesign the chemistry behind cleaner, cheaper industrial energy.