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IBM Quantum Compute Service introduces directed execution as a lower-level model that grants users explicit control over circuit behavior without sacrificing performance on 100+ qubit systems. This architectural shift automates the generation of circuit variants for advanced techniques like noise learning, effectively removing previous manual bottlenecks in quantum research workflows. By replacing opaque backend methods with transparent primitives, the update positions the platform as a dedicated environment for exploring complex error mitigation and correction strategies.
IBM Quantum Compute Service, 4 Benefits of Directed Execution for Users
Directed execution is a new, lower-level execution model in IBM Quantum Compute Service that runs circuits exactly as directed, giving users an explicit and composable way to express how circuits run and a transparent view into what happens on IBM Quantum hardware. Crucially, this visibility and control is gained without trading off the performance of 100+ qubit systems.
IBM Quantum Compute Service is introducing directed execution, a new approach that maintains performance on its 100+ qubit systems while giving users transparency and control over circuit behavior. The shift addresses a longstanding challenge; previously, increased control often came at a performance cost in complex quantum systems. This model rebuilds the underlying machinery to allow users to customize algorithmic primitives and direct how circuits run, a capability described as giving an “explicit, composable way to express how your circuits run.” Directed execution builds on the framework used in recent demonstrations of quantum advantage through trusted computation, and positions IBM Quantum Compute Service as a platform for exploring advanced error mitigation and correction techniques. This approach moves beyond simply running circuits and facilitates the exploration of complex quantum phenomena, particularly in experiments requiring multiple circuit executions with varied parameters. The ability to define these elements upfront streamlines workflows for advanced quantum research, reducing the need…
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