February 2026 accomplishments focused on calibration workflow enhancements and throughput improvements across qibocal and qibolab_platforms_qrc. Key features delivered include: 1) Mixer Calibration: Flexible Instrument Handling and Plotting Improvements — enables flexible handling of instrument types in mixer calibration and fixes plotting to correctly handle fit parameters, improving calibration usability and accuracy. 2) Calibration Module Refactor and Cleanup — extensive refactors to calibration logic for mixers and instruments to improve data handling, clarity, and maintainability across the calibration workflow. 3) Multi-Queue Management Enhancement — updates to queues.json to support multiple queue entries, enabling the system to manage several queues concurrently and boost throughput. These changes are complemented by co-authored contributions across multiple commits, strengthening code quality and collaboration. Overall impact includes reduced calibration setup time, improved reliability of calibrations across instrument types, and higher throughputs in queue-driven workflows. Technologies demonstrated include Python, data handling, plotting adjustments, protocol refactoring, and collaborative development practices (co-authored commits).

December 2025 (2025-12) monthly summary for qibolab_platforms_qrc. Focused on delivering business-value improvements to the D2 quantum system by enhancing readout fidelity, calibration stability, and qubit control. Implemented extra drive channels to improve operational accuracy and reliability in quantum experiments. No major bugs reported this period; effort centered on feature delivery with measurable impact on throughput and data quality. The changes are captured in two commits for the repository: optimized_ro_D2 and Qubits d1,d2,d3,d4 ro optimization.