Presents an octonionic framework to reconstruct geometric codes, indicating advancements in computational models.
This paper presents an octonionic extension of the H4/E8 geometric-code framework. Using the Fano-plane multiplication rules, the supplied computational model reconstructs all 48 target arc types, resolves the previous no exception through a Fano-bit selection rule, and defines a revised codon map f_exact that produces valid codons for all 48 symbols, including three AUG instances and one unique UGG instance. The paper separates exact internal computational results from structural physical interpretations and identifies CKM/flavor dynamics as the next refinement target.
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Takada et al. (2026) studied this question.
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