13 Summary of Results

Exact results:

1. ∥F∥ = 1∕ for any n-site equal superposition.
2. ∥B∥ = for any n-site equal superposition.
3. ∥F∥² + ∥B∥² = 1 for any pure state.
4. Fermion spin-1∕2 is encoded in the universal −π∕2 phase of Paper VII.
5. Pauli exclusion: ∥B∥ = 0 for any localised fermion.
6. Colour symmetry: |B_ij| = 1∕3 for all colour pairs in the n=3, m=1 class.
7. Charge as winding number: m = 0 gives neutral fermion, m = 1 gives charged fermion, within the n=2 sector.

Conjectures (physically motivated, not yet derived):

1. Confinement from mixed symmetry of the n=3, m=1 fermion residual.
2. n=3, m=0 as the scalar sector underlying the Higgs mass generation pattern.

Open:

1. A generation index distinguishing electron, muon, and tau within the single class (2,1). No such parameter exists in the present framework; the previously claimed 4-bit mass ladder is not a derived consequence of C_s and is withdrawn (see Section 10).
2. Physical identification of the n=4, m=2 spin-2 fermion class and its relation to geometric gravity.