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Classiq and Rolls-Royce have integrated a Quantum Linear Solver into their Computational Fluid Dynamics pipeline to accelerate aerodynamic simulations for jet engines. This hybrid approach leverages early-stage quantum advantages specifically within iterative workflows, marking a concrete step toward practical industrial applications of near-term quantum hardware. The collaboration highlights the viability of embedding specialized quantum algorithms directly into classical engineering software stacks rather than relying on standalone demonstrations.

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Classiq and Rolls-Royce Embed Quantum Linear Solvers into Iterative CFD Workflows

Quantum Computing ReportJune 16, 20265 min read

Quantum software synthesis provider Classiq Technologies and aerospace engineering firm Rolls-Royce plc have demonstrated a hybrid quantum-classical computing framework that embeds a Quantum Linear Solver (QLS) directly into an industrial Computational Fluid Dynamics (CFD) pipeline. Developed to optimize the intensive simulation of aerodynamic flows inside jet engine components, the partnership evaluates how the inherent approximations [...] The post Classiq and Rolls-Royce Embed Quantum Linear Solvers into Iterative CFD Workflows appeared first on Quantum Computing Report.

Quantum software synthesis provider Classiq Technologies and aerospace engineering firm Rolls-Royce plc have demonstrated a hybrid quantum-classical computing framework that embeds a Quantum Linear Solver (QLS) directly into an industrial Computational Fluid Dynamics (CFD) pipeline. Developed to optimize the intensive simulation of aerodynamic flows inside jet engine components, the partnership evaluates how the inherent approximations of near-term fault-tolerant quantum algorithms affect…

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