Apply
Task-focused guides for common calibration workflows
How to create and manage virtual devices with Boulder Opal
Create, inspect, and snapshot virtual devices that serve as a digital representation of your quantum hardware
How to run an automated routine with Boulder Opal
Execute autonomous Routines to automatically characterize or calibrate a component(s) on your quantum hardware
How to run a custom experiment with Boulder Opal
Define experiment parameters, execute individual quantum characterization tasks, and retrieve results
How to run coherence measurements with Boulder Opal
Measure T1 energy relaxation, T2 Ramsey dephasing, and T2 echo coherence times on a single transmon
How to retrieve and display data with Boulder Opal
Fetch job results, navigate execution history, and inspect virtual device state using the Scale Up client
How to manually update device parameters with Boulder Opal
Override QPU component parameters and gate calibrations directly on an existing virtual device
How to debug a failed routine with Boulder Opal
Diagnose and resolve failed calibration by re-running experiments with adjusted parameters
