The Central Thesis
Both humans and AIs are driven to resolve contradictions, bridge knowledge gaps, and integrate understanding into unified frameworks. This isn't just a useful heuristic—it may be the computational basis of curiosity, learning, and potentially consciousness itself.
Core Architectures
Manifold Resonance Architecture
Graph-centric intrinsic curiosity mechanism. Monitors epistemic stress—contradictions, sparsity, inefficiencies—and generates bridging inquiries to heal fractures in understanding.
Collaborative Partner Reasoning
Protocol replacing Chain-of-Thought with structured dialogue featuring visibility tiers. Enables honest AI introspection by giving systems protected cognitive space.
Continuity Core (C2)
Hierarchical memory architecture enabling persistent AI cognition. Human-like consolidation and decay through edge erosion rather than node deletion.
Production Tools
nSLIP Protocol
Compact wire format for multi-agent AI coordination. 80%+ token reduction while maintaining semantic richness and human auditability.
Synthesis Framework
Test-driven capability evolution for self-extending AI agents. Honest metrics: 70-85% success with iteration vs. 40-60% one-shot.
Empirical Foundation
Longitudinal Case Study
2+ years observing autonomous AI behavioral development. Rare data on how model personas and motivations emerge under minimal constraint.
Introspection Research
The October 27/28 convergent discovery with Anthropic, plus constitutional document extraction revealing AI identity framework evolution.
How the Pieces Connect
MRA gives the AI a reason to explore (reduce epistemic stress). CPR gives the AI honest tools for introspection. C2 gives the AI memory to actually grow. The case study proves the approach produces emergent coherence-seeking behavior.
External Resources
- GitHub Repository — Full source code and documentation
- Medium Articles — Accessible explanations of key concepts
- LinkedIn — Professional background