
In September 2025, Alfredo Glioti developed Minimal Flavor Violation (MFV) capabilities within the SMEFT framework in the silvest/HEPfit repository. He implemented the initial NPSMEFTd6MFV model using C++ and object-oriented programming, introducing a dedicated model class, parameter definitions, and ModelFactory integration to support MFV scenarios in physics analyses. Alfredo refactored parameter naming for consistency across models and enhanced initialization error handling by enforcing strict validation of SMEFTBasisFlag values. His work improved the reliability and maintainability of the codebase, providing a robust foundation for future extensions and ensuring uniform, error-resistant model configurations for downstream physics modeling tasks.

In September 2025, delivered MFV capabilities in the SMEFT framework and strengthened model robustness. Implemented the initial MFV model (NPSMEFTd6MFV) with a dedicated model class, parameter definitions, and ModelFactory integration, plus updates to parameter generation. Refactored parameter naming for consistency across models and tightened initialization error handling by throwing on invalid SMEFTBasisFlag. These changes enable Minimal Flavor Violation scenarios within SMEFT and support downstream physics analyses, while improving reliability and maintainability of the codebase.
In September 2025, delivered MFV capabilities in the SMEFT framework and strengthened model robustness. Implemented the initial MFV model (NPSMEFTd6MFV) with a dedicated model class, parameter definitions, and ModelFactory integration, plus updates to parameter generation. Refactored parameter naming for consistency across models and tightened initialization error handling by throwing on invalid SMEFTBasisFlag. These changes enable Minimal Flavor Violation scenarios within SMEFT and support downstream physics analyses, while improving reliability and maintainability of the codebase.
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