共同体凝聚度模型:所有定性概念如何从定量公式体系中"生长"出来
Year: 2026
Type: preprint
Abstract: This paper traces the origin of all core qualitative concepts within the Community Cohesion Model, demonstrating how they are strictly derived from the variable relationships, operational logic, and dynamic mechanisms of the core formula D = R × [T_E × (E × η) × (G × C)]. These concepts include Geography (G), Climate (C), Productivity (P), Production Relations (R), Technical Level (T_E), Effective Productive Population (E), Efficiency Coefficient (η), Multiplicative Structure, Community Cohesion (D), Adapter Function, Equilibrium State, Reversion Pressure, Lower-limit Threshold, Upper-limit Threshold, Quantitative Accumulation / Qualitative Leap, Internalized Injection / Dependent Injection, the Scale Differentiation Mechanism, and the Effective Productive Population Threshold. The paper argues that the formula system itself serves as a conceptual generator, and that in the industrial age, the threshold constraint of technical complexity dictates that reversion pressure ultimately points toward reunification. Keywords: Community Cohesion Model; Concept Generation; Multiplicative Structure; Variable Derivation; Reversion Pressure; Political Philosophy Cohesion Model; Effective Productive Population; Dynamic Thresholds.
Author: 骆, 鑫培
Language: English
Topic: Complex Systems and Dynamics
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7168552062
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