
Stefan Seegerer developed a cross-backend Quantum Benchmarks Framework for the iqm-finland/iqm-benchmarks repository, enabling data-driven evaluation of quantum hardware using algorithms such as Phase Estimation, Quantum Fourier Transform, and Shor’s Algorithm. He implemented benchmarking metrics for fidelity, circuit depth, and execution time across Braket, Cirq, and Qiskit backends, leveraging Python and YAML for configuration and automation. Stefan refactored the repository structure and standardized naming conventions to improve maintainability, updated CI/CD pipelines, and enhanced documentation. By deprecating legacy benchmarks and focusing on a curated suite, he streamlined the codebase, supporting more focused and maintainable quantum benchmarking workflows.

November 2024 monthly summary for iqm-finland/iqm-benchmarks. Key outcomes focus on delivering a cross-backend Quantum Benchmarks Framework, improving repository maintainability, and focusing on a maintained set of benchmarks to maximize business value.
November 2024 monthly summary for iqm-finland/iqm-benchmarks. Key outcomes focus on delivering a cross-backend Quantum Benchmarks Framework, improving repository maintainability, and focusing on a maintained set of benchmarks to maximize business value.
Overview of all repositories you've contributed to across your timeline