en.Wedoany.com Reported - Quantum software company Phasecraft Inc. has been awarded a $4,519,658 contract by the U.S. Department of Energy's Advanced Research Projects Agency-Energy (ARPA-E). Granted under the Selective Computational Chemistry Quantum Computing program, Phasecraft will develop and run highly optimized quantum simulation algorithms on quantum hardware to discover and evaluate alternative industrial catalysts, reducing the energy industry's reliance on scarce critical minerals such as platinum group metals like iridium. The project initially targets low-cost hydrogen production via proton exchange membrane electrolysis, with subsequent research outcomes to be extended to syngas synthesis, metallurgy, and petroleum refining production lines.

Phasecraft will employ hardware-adaptive algorithm designs to address the physical limitations of current noisy intermediate-scale quantum systems. Traditional quantum chemistry simulations running on quantum processors are affected by gate accumulation noise and phase decoherence in many-body spin calculations. Phasecraft constructs compressed gate decomposition channels, offloading non-quantum computing tasks to classical coprocessors while natively running electronic structure evaluations within compact quantum circuits. This method is based on Phasecraft's foundational material simulation methodology previously published in Nature Communications, achieving up to six orders of magnitude reduction in Trotter layer circuit depth in time-dynamic simulations of the transition metal oxide SrVO3. Phasecraft also leverages its proprietary Magritte material modeling toolchain, achieving a 43,000,000-fold improvement in operational efficiency relative to unoptimized baseline quantum algorithms. Phasecraft is collaborating with industrial chemical manufacturer Johnson Matthey, researchers at Harvard University, and neutral atom quantum computer developer QuEra Computing to complete the end-to-end toolchain development.

This award is part of a $37 million federal portfolio managed by the ARPA-E QC3 program group, which selected ten projects aimed at accelerating commercial energy innovation by achieving practical quantum advantage. The projects require demonstrating a 100-fold computational acceleration or equivalent precision improvement over state-of-the-art classical supercomputers using platforms scaling to approximately 100 logical qubits. Foundational research targets highly localized bottlenecks in U.S. energy infrastructure, including rare-earth-free permanent magnets, high-temperature superconducting power lines, and advanced battery chemistries. Phasecraft's contract represents a coordinated push by the Department of Energy to translate hardware-adaptive algorithms into industrial applications, aiming to reduce dependence on international supply chains for critical minerals.

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