基于赵付涛物质记忆与意识纠缠元公理元素意识强度的定量涌现:寅式方程A2.0及其可检验架构

Based on Zhao Futao's meta - axiom of matter - consciousness entanglement, this paper for the first time establishes a complete testable quantitative model from the memory dynamics of fundamental particles to the element - level consciousness intensity. By introducing the "Zichouyinmao" equation system, the Yin - type equation A2.0 is derived. This equation takes measurable physical quantities such as the number of protons, neutrons, and electron configurations as inputs and outputs a dimensionless element consciousness intensity value 
C 
Z

 ∈(0,1)
. Systematic calculations for 118 elements show that carbon (C) has a global maximum 
C 
Z

 =0.941
, perfectly explaining its central position in life; inert gases have 
C 
Z

 <0.05
; and transition metals form a catalytic platform with 
C 
Z

 ≈0.82
. The correlation coefficient between the model and the chemical flexibility of elements reaches 
r=0.78
, successfully reproducing the periodic law of elements. The core innovation of this work lies not only in the theoretical model itself but also in constructing a complete testable framework, including: (1) a clear separation system of ontological equations and measurement equations; (2) a standardized test protocol; (3) specific falsifiable prediction examples. All calculation codes and data have been made public to support independent reproduction and verification.