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AXLE.lean
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67 lines (54 loc) · 2.2 KB
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/-
AXLE — Principia Orthogona Formal Verification Engine
G6 LLC · Pablo Nogueira Grossi · Newark NJ · 2026
MIT License
This is the barrel file for the AXLE library.
It imports every module that Lake should compile as part of
the AXLE build target.
Structure:
· Verified geometric fragment — Finite.lean (Kakeya)
· Verified toy pillars — Dm3*Toy.lean (6 pillars)
· Verified ordinal hierarchy — AXLE_v5_1.lean (Mahlo)
· Real conjectural pillars — dm3Collatz.lean, Dm3Comp.lean
sorry count across verified modules: 0
sorry count across conjectural modules: see individual files
-/
-- ============================================================
-- VERIFIED: Geometric fragment (Kakeya)
-- ============================================================
-- Proves: finite-directions Kakeya with thickened segments.
-- namespace AXLE.Kakeya.Finite
-- sorry count: 0
import Finite
-- ============================================================
-- VERIFIED: Toy pillars (zero sorry each)
-- ============================================================
-- Topological pillar: discrete Ricci flow → sphereComplex
-- namespace Dm3PoincareToy
import Dm3PoincareToy
-- Additive-arithmetic pillar: compression toward prime-pair base
-- namespace Dm3GoldbachToy
import Dm3GoldbachToy
-- PDE/flow pillar: energy dissipation → rest state
-- namespace Dm3NSToy
import Dm3NSToy
-- Analytic pillar: zeros pulled to critical line
-- namespace Dm3RHToy
import Dm3RHToy
-- ============================================================
-- VERIFIED: Ordinal hierarchy (Mahlo levels)
-- ============================================================
-- Proves: closurePoints_stationary for regular uncountable α.
-- Volume IV master theorem: regeneration_hierarchy_mahlo.
-- namespace TOGT
-- sorry count: 0
import AXLE_v5_1
-- ============================================================
-- CONJECTURAL: Real pillars (formally stated, sorry present)
-- ============================================================
-- Collatz/Syracuse: real C/K/F/U grammar, convergence axiomatic
-- namespace Dm3Collatz
import dm3Collatz
-- P vs NP: computational dm³ pillar
-- namespace Dm3Comp
import Dm3Comp