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This update marks a significant shift in quantum computing development by moving error mitigation logic from a server-side black box to the client, granting researchers explicit control over circuit transformations and QEC pipelines. By enabling custom execution blueprints for thousands of randomized circuits, this framework enhances transparency and efficiency for algorithm developers working on utility-scale hardware. The introduction of modular routines for techniques like Probabilistic Error Cancellation and Zero-Noise Extrapolation provides essential tools for advancing quantum error correction research.

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IBM Launches Directed Execution Model and Executor Primitive to Give Researchers Client-Side Control Over QEC Workflows

Quantum Computing ReportOctober 10, 20263 min read

IBM Quantum has launched a new directed execution model with the Executor primitive in qiskit-ibm-runtime v0.50.0. This framework shifts error mitigation to the client side, giving researchers greater control over quantum error correction (QEC) workflows. It allows for custom control over circuit transformations and error-correction pipelines, improving efficiency and transparency for quantum algorithm developers and QEC researchers. The post IBM Launches Directed Execution Model and Executor Primitive to Give Researchers Client-Side Control Over QEC Workflows appeared first on Quantum Computing Report.

IBM Quantum has introduced a new, low-level execution framework known as the directed execution model, powered by a new Executor primitive in qiskit-ibm-runtime v0.50.0. The framework transitions error mitigation logic—previously executed as a server-side black box—onto the client side, granting researchers explicit, composable control over…

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