IndisputableMonolith.Gravity.SevenGaps.Gap2TickPhaseSubstrate
Defines the Fin-8 tick-phase substrate used in Gap2 gravity work: phase $2\pi\,t/8$ on each tick, eighth roots of unity, shell fibers by tick, and mass-balance predicates. Downstream tail blockers and certified phase-close APIs import it as the carrier for exact-shell phase accounting. Content is definitions plus elementary root-of-unity sum identities, not a deep existence proof.
claimFor each tick $t\in\{0,\ldots,7\}$, attach phase $\theta_t=2\pi t/8$ and root $\omega^t=e^{i\theta_t}$. Partition an exact shell into tick fibers; fiber mass is the measure of each fiber. Equidistribution (constant class measure across ticks) implies mass balance. The eight roots sum to zero and $\omega\neq 1$ with $\omega^8=1$.
background
Gap2 in the Seven Gaps gravity program must control oscillatory tails on exact $Z_q$ shells without assuming phase cancellation by fiat. The upstream shell-balance blocker records finite exact shells, positive class masses, and a fixed-cap pairing witness, but supplies no substrate that resolves phases inside every late shell.
This module is that substrate. It ties phases to the Recognition eight-tick octave: each discrete tick carries phase $2\pi\cdot\mathrm{tick}/8$ and the matching eighth root of unity. Shells are sliced into tick fibers; fiber mass and the predicate that those masses balance (equal across the eight ticks) are the bookkeeping objects later used to force shell amplitudes to vanish.
Local setting is pure discrete phase geometry on $\mathrm{Fin},8$, not continuum posting histories or full RCL cost calculus.
proof idea
Primarily a definition module. It introduces tick-derived phase, the exponential form, tick roots, exact-shell phase substrate structure, fibers, equidistribution, fiber mass, and the mass-balanced predicate. Supporting lemmas are elementary complex arithmetic: the primitive eighth root is not 1, its eighth power is 1, and the sum of the eight tick roots vanishes. A short implication shows that constant class measure (card equidistribution) yields mass balance. No heavy analysis or existence argument lives here.
why it matters in Recognition Science
Closes the missing phase carrier named by the Zq shell-balance blocker so Gap2 can talk about exact-shell phases without a bare cancellation hypothesis. Downstream, the tick-phase tail blocker uses all-shell mass balance to make every exact-shell amplitude identically zero (contiguous-block sums vanish). The certified Fin-8 phase-close API banks provenance-honest close surfaces after the antipodal-shift route was killed. The substrate audit demands headline theorems stay inside standard classical axioms. The posting-history continuum residual imports the same vocabulary while remaining an open equal-strength API on actual histories. Landmark link: T7 eight-tick octave as the discrete phase clock.
scope and limits
- Does not prove continuum cancellation or oscillatory-tail decay on its own.
- Does not construct posting-history phases or cocycle carriers.
- Does not certify a Gap2 close; only supplies the Fin-8 phase vocabulary.
- Does not claim physical units or mass-ladder numerics beyond discrete ticks.
- Does not discharge shell-balance blockers without downstream balance hypotheses.
used by (4)
depends on (1)
declarations in this module (35)
-
def
tickDerivedPhase -
def
tickRoot -
theorem
tickDerivedPhase_exp -
structure
ExactShellTickPhaseSubstrate -
def
tickFiber -
def
TickEquidistributedInShell -
def
tickFiberMass -
def
TickFiberMassBalanced -
theorem
tickCardEquidistribution_constantMu_implies_massBalanced -
lemma
eighth_root_ne_one -
lemma
eighth_root_pow_eight -
theorem
sum_tickRoots_eq_zero -
theorem
exactShellAmplitude_tick_fiberwise -
theorem
exactShellAmplitude_eq_zero_of_massBalanced -
theorem
tickEquidistribution_implies_shellAmplitudeVanishes -
def
TypedResidual_strengthened_tick_balance -
def
TypedResidual_shell_phase_enrichment_schema -
def
signatureVertexTick -
def
edgeHeavyComplex -
def
edgeHeavySig -
def
edgeHeavyClass -
theorem
signatureVertexTick_edgeHeavy -
theorem
signatureVertexTick_isolated -
theorem
signatureVertexTickPhase_not_shellConstant -
theorem
signatureVertexTickPhase_not_eventuallyZero -
def
signatureVertexTickSubstrate -
theorem
typedResidual_shell_phase_enrichment_schema_closed -
def
complexityTick -
def
complexityTickPhase -
theorem
complexityTickPhase_shellConstant -
theorem
complexityTickPhase_not_oscillatoryTail -
theorem
complexityTickPhase_decoy_dead -
structure
Gap2TickPhaseSubstrateStatus -
def
gap2TickPhaseSubstrateStatus -
theorem
gap2TickPhaseSubstrateStatus_flags