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This new engine automates the translation of high-level circuits into hardware-aware execution plans, specifically optimizing resource overhead for 3D surface-code lattice architectures. By simulating routing and scheduling for quantum error correction now, it allows developers to prepare applications for future fault-tolerant processors without waiting for widespread availability.
Classiq Launches Fault Tolerance Engine for Hardware-Aware Quantum Application Synthesis
Classiq has launched its Fault Tolerance Engine, a new tool integrated into the Classiq SDK. This engine translates high-level quantum circuits into detailed, hardware-aware execution plans for fault-tolerant quantum processors, specifically using a 3D surface-code lattice. It automates routing and scheduling for quantum error correction, aiming to optimize qubit overhead and runtime. The engine helps developers and hardware designers understand resource needs and bottlenecks before fault-tolerant quantum processing units are widely available. The post Classiq Launches Fault Tolerance Engine for Hardware-Aware Quantum Application Synthesis appeared first on Quantum Computing Report.
Quantum software synthesis provider Classiq has introduced its Fault Tolerance Engine, a compiler and translation suite integrated directly into the Classiq SDK. The tool maps high-level, optimized logical quantum circuits (written in Classiq’s Qmod…
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