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Read the result in its research context.

Follow the published construction into its registered claims, then explore reviewed research questions, attempts and the connections that remain open.

Established in scope

Existing C12 lift induces coherent E8 field action between two lattice objects

In the question: Common clock sectors, quartic geometry and operational reconstruction

Two-object mathematical field closure preserves every given c0 linearization. Executable strict witness does not replace original J marking. No full G31 extension splitting,256 physical theories,single common local VOA or P1 source/time identification. Test deliberately uses T² different from1 and [T,beta0] different from1.

Read the exact result, assumptions and evidence

Result

For every given geometric faithful c0 and every unitary isometry lift T:V0->V1 set beta1=T beta0 T^-1,sigma1=T sigma0^-1 T^-1,alpha01=T,alpha10=beta0 T^-1. Then alpha²=diag(beta0,beta1),alpha^8=1 and alpha sigma alpha^-1=sigma^-1 hold on all lattice charges and finite-energy vertex fields. Both objects carry faithful C12 clocks. Standard cocycle depends only on Lambda/2Lambda; all256 classes and65536 pairs exhaust cocycle checks,while matrix relations separately hold exactly over Z. Character-gauge changes of T give equivalent groupoids. Optional strict C4×S3 census yields256 raw sign sections,but none with the zero-character J lift.

Required assumptions

  • Do not identify source types

    Observable algebra, OS reflection, state, collar operator, time evolution, carrier connection, family holonomy, and readout are distinct data until an original map relates them.

  • Completed theta frame with explicit primitive Gaussian integral normalization

    Start with completed Wq=H0(Jac(C),O(2Theta)) tensor Nq^-1, beta=i, fixed Schrodinger frame e_x for x in F2², a unit norm-line trivialization and actual alpha=zeta8 V. The same-spin representative also retains odd B_O^-1 and its alpha sign. For affine d planes A and stabilizer phases phi in mu4 explicitly choose r(A,phi)=(1+i)^(2-d) sum(phi(x)e_x)/sqrt2. Gaussian integer numerators,norm squared2 and the central i orbit are the arithmetic construction. This is not deduced from complex dimensions and does not assert P1 selection,physical length normalization or uniqueness among all Heisenberg-stable lattices.

  • Two theta lattice VOAs with a given faithful geometric C12 lift

    Lattices Lambda0 and Lambda1=zeta8 Lambda0 come from the explicitly normalized theta construction. Use their unitary lattice VOAs with standard cocycle. On object0 the existing faithful C12 lift c0 with geometric action i sigma is given; beta0=c0^9 lifts i and sigma0=c0^4 lifts sigma. T is any standard-cocycle VOA isomorphism lifting actual lattice isometry alpha01=zeta8 V. Branch-one marks are transported. No T²=1,[T,beta0]=1,full G31 splitting,common local VOA or physical P1 identification is assumed.

Original evidence

  • TWO-BRANCH-VERTEX-GROUPOID.txt lines 1–200

    Source checked at this snapshot

    Original location and fingerprint

    experiments/theory-contracts/elliptic-moebius-source-bridge-20261026/theta_lattice_closure_20261027/fields/TWO-BRANCH-VERTEX-GROUPOID.txt

    fe9459880a659895813853671b5959855d32826cc52c244ca167ff2453b6f8dc

  • TWO-BRANCH-VERTEX-GROUPOID.txt lines 201–297

    Source checked at this snapshot

    Original location and fingerprint

    experiments/theory-contracts/elliptic-moebius-source-bridge-20261026/theta_lattice_closure_20261027/fields/TWO-BRANCH-VERTEX-GROUPOID.txt

    fe9459880a659895813853671b5959855d32826cc52c244ca167ff2453b6f8dc

  • check_small_vertex_lifts.py lines 1–200

    Source checked at this snapshot

    Original location and fingerprint

    experiments/theory-contracts/elliptic-moebius-source-bridge-20261026/theta_lattice_closure_20261027/fields/check_small_vertex_lifts.py

    5493a6b479c554897eac88a5eea987f1f31f9c462c143f8d4607ef999da0ac42

  • check_small_vertex_lifts.py lines 201–294

    Source checked at this snapshot

    Original location and fingerprint

    experiments/theory-contracts/elliptic-moebius-source-bridge-20261026/theta_lattice_closure_20261027/fields/check_small_vertex_lifts.py

    5493a6b479c554897eac88a5eea987f1f31f9c462c143f8d4607ef999da0ac42

  • vertex-lifts.json lines 1–64

    Source checked at this snapshot

    Original location and fingerprint

    experiments/theory-contracts/elliptic-moebius-source-bridge-20261026/theta_lattice_closure_20261027/fields/vertex-lifts.json

    51a243b5a2674dc08e67edd279e2b2c262482d536a97d4112b8f4a997348dc31

  • COHERENT-TWO-LATTICE-FIELD-REVIEW.txt lines 1–200

    Source checked at this snapshot

    Original location and fingerprint

    experiments/theory-contracts/elliptic-moebius-source-bridge-20261026/theta_lattice_closure_20261027/review/COHERENT-TWO-LATTICE-FIELD-REVIEW.txt

    46c897da691c6f1730cc71a8d243788289328fbeccd61812247919a8acf9c2b6

  • COHERENT-TWO-LATTICE-FIELD-REVIEW.txt lines 201–216

    Source checked at this snapshot

    Original location and fingerprint

    experiments/theory-contracts/elliptic-moebius-source-bridge-20261026/theta_lattice_closure_20261027/review/COHERENT-TWO-LATTICE-FIELD-REVIEW.txt

    46c897da691c6f1730cc71a8d243788289328fbeccd61812247919a8acf9c2b6

finding:existing-c12-lift-induces-coherent-two-object-e8-vertex-groupoid