Patent Portfolio — 59 Innovations
Comprehensive patent portfolio transforming error correction from reactive to proactive across quantum, classical, and AI systems.
"Don't correct errors — prevent them."
Core Innovations
Universal semantic architecture compatible with any Large Language Model — Claude, GPT, Llama, Gemini — without retraining.
Mathematical framework evaluating quantum gate non-commutativity through Lie algebraic structures.
Transform quantum error correction from reactive to proactive with measurement-based structural analysis.
Dynamic encoding order optimization achieving next-generation compression with current-generation codecs.
Revolutionary approach transforming thermal noise from enemy into structural signal source for quantum state detection.
Multi-track heterogeneous fractal circuits inheriting Collins radio resonance selection principles.
Complete Coverage
| Category | Patents | Focus Areas | Status |
|---|---|---|---|
| Quantum Core | 13 | Error suppression, autonomous operation, security | Complete |
| Quantum Physics | 7 | CV systems, thermal noise, fractal architectures | Complete |
| Hardware & Architecture | 14 | Phase synchronization, processor optimization | Complete |
| Signal & Codec | 4 | Dynamic parallelization, video encoding | Complete |
| Molecular & Bio | 2 | Genomics, molecular interaction | Complete |
| AI Inference | 8 | Semantic knowledge, inference optimization | Complete |
| Safety & Ethics | 5 | AI safety constraints, distributed ethics | Complete |
| System Infrastructure | 2 | Event processing, predictive systems | Complete |
| Fundamental Theory | 4 | Resonance theory, probability foundations | Complete |
Mathematical Basis
Many computational problems involve operations where order matters (A×B ≠ B×A). The Slime approach identifies, quantifies, and transforms these non-commutative relationships into tractable commutative mappings.
This enables optimization, parallelization, and error prevention previously impossible.
Real-World Impact
Background
Independent inventor with over six decades of experience in analog circuit engineering, applying classical RF engineering wisdom to quantum-age challenges.
Philosophy: The principles that governed Collins Radio receivers—resonance selection, phase synchronization, structural stability—provide the foundation for next-generation quantum error suppression.
Current Progress
SlimeTree
Filed (JPO)
Remaining 58 Patents
Filing from February 2026
International
PCT Planned