G⁵ · Vol V · AXLE v6.1 · 0 Axiomas além do Mathlib4

The Seed
Complete Completeness

A série é seu próprio ponto fixo. O Teorema do Ponto Fixo de Banach aplicado à GTCT. A semente prova a si mesma.

The series is its own fixed point. Banach's Fixed Point Theorem applied to GTCT. The seed proves itself.

G(x*) = x* · 0 axiomas · 8 constantes verificadas · 9 sorrys honestos
Principia Orthogona · G⁵ · Newark NJ · 2026 · ISBN 979-8-9954416-4-9
0Axiomas / Axioms
beyond Mathlib4
8Constantes Verificadas
Verified Constants
9Sorrys Honestos
Honest Sorrys
794Linhas Lean 4
Lines of Lean 4
x*Ponto Fixo Único
Unique Fixed Point
G⁶Conjectura Aberta
Open Conjecture
Capítulos · Chapters

Conteúdo / Table of Contents

Cap 0
Prefácio — A Semente Formal / Preface — The Formal SeedO que significa provar sua própria existência · What it means to prove your own existence
Prosa
Cap 1
O Teorema do Ponto Fixo de Banach / Banach's Fixed Point TheoremA contração que garante a convergência · The contraction that guarantees convergence
✓ Lean 4
Cap 2
As 8 Constantes Verificadas / The 8 Verified Constantsg₃₃=33 · ε*=1/3 · τ=2 · g₆₄=64 · T*=2π · κ≤0.882 · τ·ε*=2/3 · ε₀=1/3
✓ Lean 4 · decide
Cap 3
Os 9 Sorrys Honestos / The 9 Honest SorrysCada sorry é um lema nomeado com precisão · Each sorry is a precisely named lemma
9 sorry
Cap G⁶
O Horizonte Aberto — χ(H*(X⁶)) = 33 ∀nA conjectura G⁶ · Issue 6 · A sexta aplicação de G a si mesmo
Conjectura Aberta
AXLE
AXLE v6.1 — O Motor de Verificação / The Verification Engine794 linhas · Lean 4 + Mathlib4 · Log de auditoria completo
✓ Lean 4
Semente
Completude Completa / Complete CompletenessG aplicado a si mesmo cinco vezes · A série como ponto fixo da própria série
G⁵ = G(G(G(G(G))))
g₃₃ = 33
ε* = 1/3
τ = 2
g₆₄ = 64
T* = 2π
κ ≤ √(7/9) ≈ 0.882
τ·ε* = 2/3
ε₀ = 1/3
-- Principia Orthogona · G⁵ · The Seed · AXLE v6.1 -- 0 axioms beyond Mathlib4 -- 8 verified constants · 9 honest sorrys -- 794 lines · Lean 4 + Mathlib theorem stabilityRadius_eq : stabilityRadius = 1 / 3 := rfl theorem noiseTolerance : canonicalTriple.tau * stabilityRadius = 2 / 3 := by norm_num theorem crystal_aspect_ratio : (2 * crystal_base_cubits + 33) * 2 = 66 * 2 := by decide theorem g6_equals_schumann : g6_layer_count = schumann_4th_harmonic_integer := rfl theorem closurePoints_stationary : IsStationaryBelow (closurePointsBelow α) α := ... theorem mahlo_levels_exist : ∀ n : ℕ, ∃ r : RegenerationLevel, r.level = n := ... sorry dm3_euler_preservation -- Issue 6: Mathlib simplicial homology sorry dm3_volume_invariant -- fold measure theory sorry g6_lattice_invariant -- Crystal.G6 module sorry g6_symmetry_preservation -- Crystal.G6 module sorry regeneration_hierarchy_mahlo_unconditional sorry separation_theorem -- Issue 6: χ(H*(X⁶)) = 33 ∀n ← G⁶ horizon sorry information_preservation -- Hawking paradox sorry collective_threshold_structural sorry g7_representation -- SORRY COUNT: 9 · All honest · Each names its missing lemma exactly -- github.com/TOTOGT/AXLE
← Vol IV · GTCT T1 G⁵ · The Seed · Complete Completeness Cap 0 · Prefácio →