
Contributed to the silvest/HEPfit repository by enhancing the SMEFT-LEFT framework for rare B meson decays, specifically focusing on B_s → mu mu and B_d → mu mu processes. Developed and integrated Higgs-exchange contributions and refined W/Z-exchange calculations, updating the SMEFT-LEFT matching and associated Wilson coefficients to improve theoretical precision. Leveraged expertise in C++ development, numerical analysis, and high energy physics to align predictions with updated coefficients, supporting more reliable phenomenological studies. The work addressed the need for accurate matching in SMEFT analyses, resulting in more precise theoretical predictions for rare decay processes within the particle physics community.
In 2025-08, contributed to the silvest/HEPfit SMEFT-LEFT framework focusing on rare B decays. Implemented Higgs-exchange contributions and refined W/Z-exchange calculations, updating SMEFT-LEFT matching and coefficients for B_s -> mu mu and B_d -> mu mu. Committed changes include 9fc5841cfca7aa27a8a8374f8524ebc8cc88a64d, documenting improvements and aligning predictions with updated Wilson coefficients. This work enhances the precision of theoretical predictions and supports more reliable phenomenology for SMEFT analyses.
In 2025-08, contributed to the silvest/HEPfit SMEFT-LEFT framework focusing on rare B decays. Implemented Higgs-exchange contributions and refined W/Z-exchange calculations, updating SMEFT-LEFT matching and coefficients for B_s -> mu mu and B_d -> mu mu. Committed changes include 9fc5841cfca7aa27a8a8374f8524ebc8cc88a64d, documenting improvements and aligning predictions with updated Wilson coefficients. This work enhances the precision of theoretical predictions and supports more reliable phenomenology for SMEFT analyses.

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