Lattice QCD Baryon Studies: No A2 Lattice or Flavor-Spin Extraction Found — E8 Intelligence Research

FINDING: Lattice QCD baryon studies reveal no explicit A2 root lattice or flavor-spin symmetry extraction; the search results are dominated by operational/tool talks (JuliaQCD, resummed EoS, form factors) rather than a specific baryon-baryon potential derivation from A2 geometry. | MATH: No new equations, constants, or ratios are presented in the abstracts; the only concrete math is the $B \\to K l^+ l^-$ form factor analysis using asqtad staggered and clover actions (arXiv:1111.0981v1) — but no numerical values or symmetry group decompositions are given. | CONNECTION: The A2 root lattice (hexagonal, 60° basis vectors, $|e_1|=|e_2|=1$, $e_1\\cdot e_2 = 1/2$) is *not* explicitly invoked. However, lattice QCD itself uses hypercubic lattices (Z⁴), not A2. The flavor-spin SU(6) symmetry of baryons (which contains SU(3)_flavor × SU(2)_spin) is a known group-theoretic structure, but no ratio like 0.618 or 0.786 appears in the search results. The only geometric echo: the hexagonal symmetry of A Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com