Method to compute mixing angles from baryon mass data via C3 mapping

Develop and justify a reproducible procedure for mapping baryon octet mass data to vectors in the complex 3-space C3 acted on by the Hessian group, and use this mapping to compute Standard Model mixing angles; specify the particle set, vector assignments, and angle formulas to be used.

Background

The author proposes leveraging the baryon octet and its exact mass relation (Coleman–Glashow) to construct vectors in C3 that might yield mixing angles, aligning the particle physics data with the discrete symmetry structure.

However, the specific mapping choices (which particles, which vectors, and which formulas) are not determined, leaving the computational method open.