Autocalibration

Install Boulder Opal, configure your credentials, and create a client session ready for your first job

Manage workflows for autonomous quantum hardware characterization and calibration

Understand how experiments, routines, and solutions compose into a three-tier calibration workflow

Examine the structure, components, and state-management workflow of the virtual device that mirrors your QPU

Create virtual devices on the Boulder Opal Scale Up platform, list available ones, and retrieve data from them

Execute quantum characterization and calibration tasks

Retrieve job history, inspect execution summaries, and verify device state after running experiments and routines

Connect a Qblox cluster to Boulder Opal

Connect a Quantum Machines OPX+ system to Boulder Opal

Identify the supported QPU models and controller vendor models that are supported in the Boulder Opal platform

Create, inspect, and snapshot virtual devices that serve as a digital representation of your quantum hardware

Execute autonomous Routines to automatically characterize or calibrate a component(s) on your quantum hardware

Define experiment parameters, execute individual quantum characterization tasks, and retrieve results

Measure T1 energy relaxation, T2 Ramsey dephasing, and T2 echo coherence times on a single transmon

Fetch job results, navigate execution history, and inspect virtual device state using the Scale Up client

Override QPU component parameters and gate calibrations directly on an existing virtual device

Diagnose and resolve failed calibration by re-running experiments with adjusted parameters