TFPT scientific source excerpt Original repository path: experiments/theory-contracts/e-series-source-reconstruction-20261024/SCALAR-QUARTER-REPRODUCTION.txt Original file SHA-256: 16e123a72d0d65e48fc1777bbc0b3a10a7585114c3f82bad33c87e0794e15f94 Inclusive original lines: 175-206 Line numbers below refer to the original source. This bounded excerpt is source evidence; it is not a new proof/checker run. Conversation metadata and personal execution details are omitted where indicated. 000175 | 6. First remaining source identification, now precisely located 000176 | 000177 | The original charged-limit source001 first defines H_N as the actual 000178 | QWZ/CAR low-energy GNS space and declares 000179 | 000180 | Psi_(lambda,N)(f)=sum_m fhat_m epsilon_lambda 000181 | :exp(i lambda.phi_N):_m. 000182 | 000183 | The concrete refinement embeddings in source002 are instead 000184 | 000185 | V_(N,2N)=I_(ell2(L_charge)) tensor Gamma_s(j_(N,2N)) 000186 | 000187 | on a chosen bosonic charge-lattice Fock system. An actual microscopic 000188 | bosonization/sector map B_N linking these two systems, preserving the 000189 | original energy, state, parity, support and compatible refinements, is 000190 | not supplied. For this identification one needs in particular 000191 | 000192 | B_(2N) J_(N,2N) = V_(N,2N) B_N, 000193 | 000194 | with a precisely specified source sector/local algebra and a microscopic 000195 | charged field carried to the displayed normal-ordered exponential. 000196 | The isometry F in Section1 identifies current CHARGE LATTICES. It does 000197 | not supply B_N on the QWZ Hilbert space or prove local charged-field 000198 | convergence. The source's current equations2.12 are correctly typed; 000199 | the separate equation2.3 covariance has a missing '+' between its two 000200 | spectral projections, a literal source typo left unchanged in this audit. 000201 | 000202 | Verdict: the exact common glue class, corrected two-step extension, both 000203 | full scalar field lifts and resulting E7/D8 fixed nets are reproduced. 000204 | The scalar-to-native-J route is excluded in its precise fixed category. 000205 | The fundamental physical solution remains unproved at B_N and its 000206 | original P1 source/sector specification. No paper or ledger is promoted.