Beyond the Diagonal: A Philosophical Inquiry
What Spivack's theorem means for AI: the diagonal argument applied to self-modeling systems.
What Spivack's theorem means for AI: the diagonal argument applied to self-modeling systems.
An executive briefing on the structural blind spot in LLMs and its business implications.
Tracing the history of self-reference problems from Gödel to modern LLMs.
A fictional dialogue between two AI systems exploring each other's blind spots.
Technical analysis of why transformer architectures structurally cannot self-model during generation.
How to teach AI systems — and humans — about the structural limits of self-modeling.
Part 2 of the structural cognition series: what systems do after they hit the wall.
A structured checklist for probing the self-reference boundary of any LLM.
A Socratic dialogue exploring whether AI systems can recognize their own cognitive limits.
Formal analysis of why self-modeling systems contain an unavoidable blind spot.
A late-night experiment: probing 10 language models at the self-reference boundary.
Academic paper reporting consistent empirical finding: all LLMs exhibit a characteristic failure at the self-reference boundary.
Every LLM hits the same wall when asked to describe itself.