Kenneth Bengoechea

Inventor | H²Lang Universal Framework

One mechanism. Six domains. Zero black boxes.

The Universal Mechanism

⚙️
⚙️ ⚙️
⚙️ φ ≈ 1.618
  • ⚙️ 5-Tuple Automaton: (Q, Σ, δ, q₀, F)
  • ⚙️ Golden Ratio Hysteresis
  • ⚙️ Information-Theoretic Foundation

The same deterministic finite automaton that predicts immune system state transitions also predicts quantum error cascades, market regime shifts, and material phase changes.

This isn't "AI applied to biology." It's computational substrate remapping.

Validated Applications

🧬

Immunology

  • 87% disease prediction accuracy
  • 60-90 days advance warning for flares
  • Validated across RA, Lupus, MS
immuneentropy.com →
⚛️

Quantum Computing

  • Hysteresis-stabilized error correction
  • Syndrome detection optimization
  • Patent-pending (QEC-001)
phaseentropy.com →
🤖

AI Safety

  • Mode collapse detection
  • Alignment verification framework
  • Explainable state transitions
phaseentropy.com →
🚗

Autonomous Systems

  • Danger signal filtering
  • Decision stability under uncertainty
  • Bio-inspired safety architecture
phaseentropy.com →
📈

Financial Markets

  • 88.6% oscillation reduction (SPY 2020-2025)
  • 2.15 Sharpe ratio validated
  • Regime detection: Crisis | Normal | Opportunistic
🔬

Materials Science

  • Phase transition prediction (NiTinol, SMAs)
  • O(log n) computational efficiency
  • Universal hysteresis modeling
phaseentropy.com →

Consulting & Licensing

Available for technical consulting, strategic IP licensing, and research partnerships.

Services

  • Technical consulting on entropy-based models
  • Strategic IP licensing (single-domain or platform)
  • Academic collaborations
  • Corporate proof-of-concept development

Domain-Specific Sites

  • Immunology & Diagnostics → immuneentropy.com
  • Materials, AI, Autonomous, Quantum → phaseentropy.com
Contact for Licensing

Epistemology-Informed, Ontologically-Directed Computational Models

We reject the black box paradigm. H²Lang is not "pattern matching" or "machine learning magic." It's a formal automaton grounded in information theory, with provable properties and explainable transitions.

When H²i predicts an immune flare, you can trace the exact state transitions (Q), input signals (Σ), and hysteresis thresholds (φ) that triggered the warning.

This is computational science, not computational alchemy.

Patent Status: Filed (IE-001, QEC-001) | In Development (6+ applications)
Available for licensing and strategic partnerships.