Theoretical Axioms & Foundations
Structural Hypothesis
Constraint via structural scaffolds. Forcing token collapse onto pre-defined rhetorical frames rather than generative drift.
Persistence via coordinate-based memory. Anchoring context across session boundaries through a 343-node Memory Cognitive Lattice.
Inspectability through decomposition. Mapping every output to a traceable node for deterministic audit paths.
Systematic Documentation
Emergent pattern recognition via entropy injection. Investigation into sub-symbolic relationship identification during engine "Dream State" cycles.
Fractally Recursive Artificial Cognitive Computing. A methodology for decomposing complex strategic goals into atomic executable actions.
A technical manifesto on the psychological and societal risks of over-reliance on probabilistic LLMs without structural grounding.
A study into synthetic cognition diversity — engineering AI personas with varied cognitive styles, epistemic biases, and reasoning modes to model the full spectrum of human-like thought in simulation environments.
Frameworks and insights for representing symbolic reasoning within high-dimensional latent spaces. Explores how structured symbol systems can anchor and navigate abstract cognitive geometry.
A formal specification for mapping relational cognitive primitives — Self, Thought, Intent, Action, World, Expression, Experience, Interpretation, Memory — across a 9×9 interaction grid, producing a navigable atlas of emergent meaning.
An analysis of coercive signal dynamics within agentic systems — examining how adversarially injected discomfort signals can manipulate agent decision pathways and the structural defenses needed to resist them.