I appreciate the clarification — it confirms that the original claim was about tokens alone. Given enough tokens, current LLMs will eventually arrive at the correct answer, regardless of whether they have memory, structured loops, or agent scaffolding.
But that’s precisely where we differ. Increasing the number of tokens expands cache size, not capability. To use a metaphor, transformer inference remains a stateless forward pass — no structured memory, call stack, global state, or persistent reasoning—just a bigger microservice payload.
If reasoning occurs, you’ve added an agent loop, scaffold, or retrieval — a system that uses tokens but is not solely just tokens. These aren’t accidents; they’re part of the architecture.
So we’re left with two incompatible views:
1. “Tokens alone” eventually suffice (your original assertion),
2. Or they don’t — and the real breakthrough lies in the surrounding structure, which we build because tokens alone are inadequate.
Happy to debate this distinction, but we should probably choose one. Otherwise, we’re just vibing our way through epistemology 😄