Skip to content

The Forge v2.5.0 — KLS Stochastic Localization, Trajectory Pruning & Lean 4 Proof Factory

Latest

Choose a tag to compare

@ModernOps888 ModernOps888 released this 23 Oct 08:56

The Forge v2.5.0 — KLS Stochastic Localization & Lean 4 Formal Proof Edition

Surgical Upgrades

  1. KLS Stochastic Localization Tilt Selection (\ orge/evolution.py):
    • Added \StochasticLocalizationState\ and \stochastic_localization_select()\ implementing Eldan / Song–Zhang (2026, \�rXiv:2610.01447) continuous measure-tilting over isotropically preconditioned 64D character n-gram embeddings with standardized fitness advantages and quadratic confinement.
    • Added structural loop/index invariant protection to \mutate_change_constant().
  2. KLS Isoperimetric & Poincaré Spectral Diagnostics (\ orge/benchmark.py):
    • Added \kls_spectral_diagnostics()\ computing empirical fitness variance, discrete Dirichlet gradient energy, the Poincaré spectral ratio (\KLS500\ bound verification <= 500.0), and Silverman KDE median hyperplane cut conductance.
  3. Multi-Trajectory Dead-End Pruning & Human-Director Steering (\ orge/arena.py):
    • Added _prune_dead_end_trajectories()\ and \director_hook\ to prune stagnant evolutionary lineages and reallocate evaluation budget to high-gradient Pareto trajectories.
  4. 18th Artifact Type: Lean 4 Formal Proof (\lean4_proof) (\ orge/factory.py, \ orge/deployer.py, \ orge/fitness_engine.py):
    • Added \lean4_proof\ scaffolding (\Proof.lean, \lakefile.lean, \lean-toolchain, \README.md) and kernel-trust-level-zero fitness scoring that penalizes unproven \sorry/\�dmit\ axioms (\SORRY_AXIOM_DETECTED) and rewards constructive tactic proofs + #print axioms\ audits.

Raw Grounded Verification Data (10-Seed Controlled A/B Benchmark)

  • Baseline Population Fitness: \85.932 ± 4.073\ (95% CI [83.019, 88.845])
  • KLS + Trajectory Pruning Population Fitness: \92.310 ± 1.649\ (95% CI [91.130, 93.489]) — +6.378 fitness gain and 59.5% variance reduction
  • Welch's t-test: \ = 4.59, \df = 11.9, \p < 0.001, Cohen's d = 2.0527
  • Empirical KLS Hyperplane Conductance: \