
Quentin Remy contributed to the gammapy/gammapy-meetings repository by developing a comprehensive Fermi-LAT data analysis tutorial using Jupyter Notebook and Python, guiding users through data reduction, model setup, fitting, and residual analysis for the Galactic Center. He structured the workflow to convert raw data into Gammapy datasets and demonstrated a 3D analysis, supporting reproducibility and future scalability. Alongside the tutorial, Quentin improved documentation by updating the README to enhance contributor recognition and streamline onboarding. His work emphasized clear, maintainable code and thorough documentation, providing practical resources for both new and experienced users in astronomy and astrophysics data analysis.

September 2025 monthly summary for the gammapy-meetings repo. Focused on delivering a practical end-to-end data analysis tutorial and improving documentation to enhance onboarding and reproducibility. The month emphasized a single, high-value feature delivery with supporting documentation and setup for future scalability.
September 2025 monthly summary for the gammapy-meetings repo. Focused on delivering a practical end-to-end data analysis tutorial and improving documentation to enhance onboarding and reproducibility. The month emphasized a single, high-value feature delivery with supporting documentation and setup for future scalability.
January 2025 monthly summary for gammapy/gammapy-meetings. Delivered documentation improvements in README to recognize contributors and standardize formatting, enhancing collaboration and onboarding. No code changes or bug fixes this period; changes focus on governance, transparency, and contributor experience.
January 2025 monthly summary for gammapy/gammapy-meetings. Delivered documentation improvements in README to recognize contributors and standardize formatting, enhancing collaboration and onboarding. No code changes or bug fixes this period; changes focus on governance, transparency, and contributor experience.
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