Lattice QCD Dominates Search: Spacetime Discretization, Not Number Theory — E8 Intelligence Research

FINDING: The search results are dominated by lattice QCD (quantum chromodynamics) — not integer factorization or Gödel numbering — revealing that "lattice" here refers to spacetime discretization for particle physics, not mathematical lattices in number theory. The core mathematical structure is the lattice gauge theory action and its renormalization group flow. | MATH: QCD lattice action: \( S = β ∑plaquettes (1 - 1/3 Re Tr Uμν ) \), with \( β = 6/g^2 \) (g = strong coupling). Pion form factor: \( π(p') | J_μ | π(p) = (p+p')_μ F_π(Q^2) \), where \( Q^2 = -q^2 \). Heavy quark masses from Fermilab method: \( m_Q = Z_m \, m_Qˡᵃᵗ \) with one-loop perturbative matching. | CONNECTION: The lattice itself is a 4D hypercubic lattice — a crystallographic structure with symmetry group \( Z_4^4 \) (discrete translation) and hyperoctahedral group \( B_4 \) (Weyl group of the \( B_4 \) root system). Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com