On the Derivativity of Mathematics: From the Logic of Difference to Phenomenological Representation

This paper challenges the ontological bias in modern physics that equates mathematics with truth itself, proposing instead the Theory of Mathematical Derivativity. We argue that the primordial condition of existence is Difference, and that space—along with its emergent physical phenomena—is a direct generative product of "this-that" relations. Mathematics, much like natural language, serves merely as a secondary tool for describing the essence of reality at the phenomenal level. By deconstructing various equivalent representations of "", this paper demonstrates the ontological parity of symbolic grammar and calls for a return from "symbolic superstition" to the "generative logic" of reality. 本文旨在挑战现代物理学中“数学即真理”的本体论偏见，提出数学派生性理论。文章认为，存在的最原始条件是差异 ，空间及其衍生的物理现象是由“此-彼”关系直接生成的本体现实 ；而数学本质上与自然语言一样，仅是人类在现象层面对本体本质进行描摹的二阶工具。通过对“1+1=2”多种等效表征形式的解构，本文证明了符号语法在本体地位上的平权性，进而指出物理学研究应从“符号迷信”回归到“逻辑生成”的源头。