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Quantum Elements' Orbit function significantly enhances circuit fidelity on IBM Quantum hardware by integrating dynamical decoupling, optimized transpilation, and error mitigation into a unified workflow. This approach allows users to execute deeper circuits with higher reliability, effectively suppressing errors during execution rather than relying solely on post-processing. The feature is currently available as an experimental tool for premium IBM Quantum users, marking a step toward more robust logical-level operations without yet shielding logical qubits.
Quantum Elements’ Orbit boosts circuit reliability on IBM hardware
Orbit, a Qiskit Function from Quantum Elements, boosts performance on IBM Quantum hardware via dynamical decoupling, optimized transpilation, & measurement error mitigation—improving the depth and reliability of circuits.
IBM Quantum users on Premium, Flex, and On-Prem plans now have access to Orbit, a new Qiskit Function from Quantum Elements that integrates dynamical decoupling, optimized transpilation, and measurement error mitigation into a single workflow, the company says. This unified approach aims to boost the reliability of quantum circuits by actively suppressing errors during execution, rather than relying on post-processing techniques. Orbit achieved a 27.51x improvement in fidelity on dynamic circuits, increasing fidelity from approximately 10% in raw circuits to approximately 0% with Orbit active. It suggests a path toward logical-level dynamical decoupling, but does not focus on shielding logical qubits. In experiments, Bernstein-Vazirani algorithms successfully evaluated circuits reaching…
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