
Karam enhanced the Classiq/classiq-library repository by upgrading its Jupyter notebook to support Quantum Volume benchmarking on IBM Cloud quantum computers, specifically targeting ibm_fez, ibm_marrakesh, and ibm_sherbrooke. Using Python and Markdown, Karam refactored the code to decouple IBM-specific configurations, broadening the notebook’s applicability to other quantum providers and reducing vendor lock-in. The work included fixing escape sequence rendering issues to ensure accurate progress bar and terminal output display within the notebook. This focused, month-long effort improved the maintainability and portability of benchmarking workflows, demonstrating depth in cloud computing, benchmarking, and code refactoring within quantum computing environments.

July 2025: Delivered targeted notebook enhancements in Classiq/classiq-library to broaden benchmarking capabilities, improve portability, and ensure robust notebook outputs. The work focused on enabling IBM Cloud Quantum Volume benchmarking, decoupling IBM-specific configurations to broaden provider applicability, and fixing rendering issues in notebook outputs, driving business value through cross-provider support, reliability, and maintainability.
July 2025: Delivered targeted notebook enhancements in Classiq/classiq-library to broaden benchmarking capabilities, improve portability, and ensure robust notebook outputs. The work focused on enabling IBM Cloud Quantum Volume benchmarking, decoupling IBM-specific configurations to broaden provider applicability, and fixing rendering issues in notebook outputs, driving business value through cross-provider support, reliability, and maintainability.
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