Spin(2,3) Global Path Selection v15: Minimal New-Model Exhaustion
Frozen: 23 October 2026
Three concrete enlargement families have now been executed. Axial gauging leaves continuous gauge/locking parameters; local supersymmetry leaves a continuous Kähler parameter; heterotic normalization becomes dependent on four-dimensional moduli and a nontrivial field-mixing map.
| ID | Path | State | Result or blocker |
|---|---|---|---|
| AU | Compact axial gauge locking | rejected as selector | \(g\rho\) remains continuous |
| SG | \(N=1\) local supersymmetry | rejected as selector | arbitrary Kähler coupling and extra spectrum |
| ST | Heterotic torsion normalization | rejected as selector | canonical coupling is moduli/mixing dependent |
| CC | Fully specified stabilized compactification | externally blocked | geometry, bundle, flux, modes and thresholds absent |
| FP | Nonperturbative fixed point | externally blocked | complete quantum packet absent |
This is global exhaustion of the minimal generic new-model families. Further work cannot proceed by naming another framework; it must provide a complete compactification dataset or execute the full Spin(2,3) quantum calculation.
Reproduction
node verification/verify/verify_spin23_heterotic_torsion_normalization_audit.mjs
node verification/verify/verify_spin23_new_model_path_selection_v3.mjs