IndisputableMonolith.Verification.LedgerUniquenessCert
Verification certificate module that packages ledger uniqueness: once discreteness and conservation hold, the ledger is forced to φ, the 3-cube Q₃, and the eight-tick period. Auditors cite it to close Gap 9 against “other discrete ledgers.” It re-exports the Meta.LedgerUniqueness development as a checkable verification artifact rather than a new proof engine.
claimAny discrete conserved recognition ledger compatible with the Recognition Composition Law is forced to the self-similar ratio $\varphi$, spatial structure $Q_3$ (the 3-cube), and temporal period $2^3$ (eight-tick); the module certifies that uniqueness claim.
background
Recognition Science faces the Gap 9 objection: even granting a discrete conserved ledger, why specifically the golden ratio $\varphi$, the 3D cube $Q_3$, and an eight-tick clock? Other discrete bookkeeping schemes might seem available.
The upstream module Meta.LedgerUniqueness answers that critique by tying the ledger to the forcing chain: T5 uniqueness of the cost $J(x)=(x+x^{-1})/2-1$, T6 $\varphi$ as the self-similar fixed point, T7 period $2^3$, and T8 spatial dimension $D=3$. The Recognition Composition Law $J(xy)+J(x/y)=2J(x)J(y)+2J(x)+2J(y)$ is the algebraic constraint that pins the structure.
This Verification module sits one layer above that argument. It does not redefine $J$ or the ladder; it imports the uniqueness development and exposes it as a certificate object for the verification suite.
proof idea
Certificate/re-export module, not an independent proof development. It imports Mathlib and IndisputableMonolith.Meta.LedgerUniqueness, then surfaces the Gap 9 uniqueness result (φ, Q₃, eight-tick) as a named verification artifact (LedgerUniquenessCert). Argument structure and lemmas live upstream; this file only packages them for the verification graph.
why it matters in Recognition Science
Closes Gap 9 in the verification layer: the claim that the discrete conserved ledger cannot be swapped for an arbitrary alternative once RCL and the forcing chain are in force. It anchors the RS-native package of T6 (φ fixed point), T7 (eight-tick octave), and T8 (D=3) so downstream audits can point at a single cert rather than the whole Meta development. No further used_by edges are recorded here; the module is a terminal verification surface for ledger uniqueness.
scope and limits
- Does not reprove J-uniqueness, φ-forcing, eight-tick, or D=3; those live in Meta.LedgerUniqueness and the T5–T8 chain.
- Does not rule out continuous or non-conserved bookkeeping outside the discrete conserved ledger hypotheses.
- Does not derive masses, α, or other constants; only the ledger skeleton (φ, Q₃, 8-tick).
- Does not supply a runtime checker; it is a Lean certificate surface, not an executable audit harness.