![]() ![]() Rolls-Royce is putting into practice hardware-independent, optimized algorithms for today’s and tomorrow’s quantum computers with the assistance of Classiq. This functional-level exploration is possible only when synthesizing circuits from functional models, an approach fundamentally different from existing quantum solution schemes.Ĭapability building is an important step to take in order to be ready for this new computing age, which is predicted to bring about a computation speedup for quantum computers compared to conventional computers in the future. By combining quantum and conventional computing methods, the cooperation will make use of each technology’s advantages.Ĭlassiq’s synthesis engine implicitly explores a vast design space of potential circuits to meet the need of each user and provide state-of-the-art optimization-leaving users with more resources, whether it’s time, qubits, quantum gates, or accuracies. ![]() CFD is essential for enhancing new equipment designs since it may be used to optimize aerodynamics and thermodynamics, among other things. Heavy-lifting, intricate numerical simulations of fluid and gas processes are the focus of computational fluid dynamics (CFD). Rolls-Royce will be able to apply computational fluid dynamics techniques in a hardware-independent manner. Rolls-Royce will be able to create, enhance, and evaluate scalable quantum algorithms with the Classiq platform. ![]() Classiq, a Tel Aviv-based startup that provides a model for building quantum algorithms, announced it is working with Rolls-Royce to implement novel computational fluid dynamics algorithms. ![]()
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