lemonforest/mlehaptics: Prior Art v3.22: MHC as Biological Encryption (205 Claims)

Defensive Publication for Distributed Time Synchronization 205 prior art claims establishing public domain prior art for connectionless distributed timing architectures. What's New in v3.22 (S2.32) Claims 82-83: Cross-Domain Structural Identity | Claim | Title | Description | |-------|-------|-------------| | 82 | MHC as biological encryption | Major Histocompatibility Complex is not analogous to encryption—it IS encryption. Biology invented key-based authentication 500 million years ago. Shared secrets determine recognition; non-matching keys render signals invisible. UTLP encryption keys function identically to MHC Class I surface proteins. | | 83 | Synthesis observation - bidirectional recognition | AI finds cross-domain mappings but defaults to unidirectional framing ("tech borrows from biology"). Human prompting enables bidirectional recognition—MHC IS encryption, not an analogy for it. Documents human architect role in synthesis collaboration. | Documentation Updates TARDIS bind-rune imagery (PNG + SVG) for visual branding Integrative Capacity methodology documentation expanded 10-day documentation timeline clarified Prior Art Scope (v3.22) | Document | Claims | Coverage | |----------|--------|----------| | Connectionless Distributed Timing Prior Art | 122 | Core innovations (DOI: 10.5281/zenodo.18078265) | | Technical Supplement S2 (Biological Governance) | 83 | Immune architecture, TARDIS, Loom, MHC-encryption identity | | Total | 205 | Therapeutic → Planetary scale | Key Documents docs/Connectionless_Distributed_Timing_Prior_Art.md - Base prior art (122 claims) docs/UTLP_Technical_Supplement_S2.md - Biological Governance (83 claims) docs/Integrative_Capacity_AI_Synthesis_Alignment.md - AI collaboration methodology examples/utlp/ - ESP32-focused UTLP v2 with trust model License CC0 1.0 Universal (Public Domain Dedication) This defensive publication is released to the public domain to prevent patent claims on these fundamental techniques. For Zenodo DOI archival