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This article defines the information field slowdown factor, revealing its significance in time-scale analysis of physical fields.
This article defines the information field slowdown factor — the mathematical expression of three-field time-scale separation. The evolution time scale of the information field is far longer than those of the matter field and causal field, producing a "slowdown" effect. The slowdown factor is uniquely determined by the ratio of coding weights. This article derives the slowdown factor , analyzes its physical meaning, and discusses the three-layer effective theory under the adiabatic approximation.
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guobin ouyang (2026) studied this question.
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