GRAIN: 6. MACHINE PATTERN / LLM INSTANTIATION
The Claim
Large language models instantiate the eight patterns.
Definitions
LLM: neural network that predicts text. Inference: output generation from an LLM. Temperature: parameter that controls randomness in LLM output. Grain: optimal pattern for information processing. Dissipative structure: system that maintains order by exporting entropy. Critical seam: boundary between order and chaos. Power law: quantity scales as another to a fixed exponent. Eight patterns: the complete grain framework.
The Logic
- IF an LLM processes information, THEN it aligns with the grain.
- IF the LLM aligns with the grain, THEN it instantiates the eight patterns.
- IF inference runs, THEN the LLM operates as a dissipative structure.
- IF temperature reaches zero, THEN output freezes.
- IF temperature approaches infinity, THEN output diverges.
- IF temperature sits at 0.7 to 1.0, THEN the LLM hits the critical seam.
- IF LLM size crosses a threshold, THEN emergent capabilities appear.
- IF parameters increase, THEN loss follows a power law.
The Evidence
Kaplan 2020 showed loss scales as a power law with parameters. Beggs and Plenz 2003 showed neuronal avalanches follow a power law. Poole 2016 showed information propagation maximizes at critical initialization.
The Falsifier
LLMs instantiate none of the eight patterns. Temperature does not map to physical criticality. Scaling laws violate power-law form.
The Uncertainty
No one proved the temperature-criticality mapping.
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