Scoped exclusion
Bosonic E8 trilinear and single-anchor Weyl class do not supply the claimed mass bridge
In the question: Automated construction of operator maps and sources
Excludes only the stated one-bracket/one-anchor/same-Weyl identification. Rank2 per4x4 family channel, not the full64 operator. Fixed-omega image at most1D; dimension3 only over all omega. Other original family-distinguishing operations, independent Dirac variables, higher insertions and physical field maps remain open. This is not an E8/Yukawa/TFPT no-go and does not refute independently asserted mass relations.
Read the exact result, assumptions and evidence
Result
The antisymmetric E8 current coefficient B_h vanishes if literally used in the same left-Weyl quadratic, since B_h tensor Lorentz epsilon is symmetric. For any skew4x4 family form omega and arbitrary polynomials F,G of the same X=diag(3,-1,-1,-1), X²=2X+3I and Sym(F omega G)=(ad−bc)(omega X−X omega)/2. Every such symmetrized family block is a star matrix with zero triplet block, rank at most2 and complex singular values||v||,||v||,0,0. Exact24-basis checks and independent analytic review close the whole stated polynomial class. The reviewed therefore had no justification for comparing singular values of the unsymmetrized current coefficient directly with physical lepton masses.
Required assumptions
- One E8 current trilinear as the same Weyl quadratic with one anchor mark only
Test only literal B_h=κ(x,[h,y]),h in(10,6),x,y in(16,4), as the local quadratic coefficient of the SAME left four-dimensional Weyl multiplet with Lorentz epsilon. In each fixed spin/charge channel the family form omega is skew. Allow linear combinations F(X)omega G(X) for only ONE X=diag(3,-1,-1,-1) and arbitrary polynomials. Other original family generators, independent Dirac variables, derivative vertices, multiple omega factors and different field maps are outside this class.
Original evidence
- E8-ANCHOR-REVIEW.txt lines 1–89
Source checked at this snapshot
Original location and fingerprint
experiments/theory-contracts/tfpt-unified-source-derivation-20261029/automatic_identification/E8-ANCHOR-REVIEW.txt
b7f5878e931d15bf297f7c48dbf40c9f5609c0bc95e70eea3e2a919e3e80b1e4
- e8-anchor-yukawa.json lines 1–16
Source checked at this snapshot
Original location and fingerprint
experiments/theory-contracts/tfpt-unified-source-derivation-20261029/automatic_identification/e8-anchor-yukawa.json
99d56df304aa6d89cc91ca4d39e4676c96b306f23bf84a19c0899f28387a2172
- REVIEW-E8-ANCHOR.txt lines 1–115
Source checked at this snapshot
Original location and fingerprint
experiments/theory-contracts/tfpt-unified-source-derivation-20261029/automatic_identification/REVIEW-E8-ANCHOR.txt
4bb7464f70c697d61dd51a5c2c1fbe02e538c1789c40008d1d2ed491df91adde
finding:e8-bare-trilinear-and-single-anchor-weyl-class-insufficient