Towards an open-source framework to perform quantum calibration and characterization
summary
Qibocal is an open-source Qibo-based toolkit that performs platform-agnostic calibration, characterization and verification for superconducting qubits by composing instrument drivers, a chip platform model and pulse objects. Protocols run from a YAML rank card or Python API, with an acquisition/fit split that sends pulse sequences to hardware, fits models (T1/T2, tomography, crosstalk, leakage) and updates device parameters. The package includes benchmarking of driver latencies, a monitoring-triggered auto-calibration flow and automatic HTML report generation with plots and tables.
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chapters (11)
- 0:00Keo quantum ecosystem intro
- 1:10Keo’s Kocal and Kab libraries
- 3:19Kab pulse abstraction
- 5:06Quantum calibration purpose
- 6:37Kocal calibration workflow
- 8:27Calibration with YAML runcards
- 9:34Kocal API scripting
- 10:16Monitoring with Keo tools
- 11:44End-to-end circuit execution
- 12:27Modularity and contribution call
- 12:48Q&A calibration methods
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