运算的存在论前提——为何人类心智系统不以数值计算为其运行形式 The Ontological Preconditions of Computation: Why the Human Mind Does Not Operate via Numerical Calculation
摘要
本次发布包含两部系列理论著述。 《运算的存在论前提》从存在论层级对人类心智系统的运算形式前提进行系统性清算。通过将逻辑上可能的运算形式穷尽为三类并逐一排除,本文论证唯一可能成立的运算形式是分化式运算,其在整体耦合向量体系中的实现即为判定展开——向量协同配置在面对作用对象时以分化或不分化方式持续推进的过程。本文进一步确立分辨率的存在论形态为五向量耦合配置作为不可分解整体所具有的系统级属性,其形态为受耦合约束的整体性结构,而非可进行全序比较的标量参数。数理模型由此被重新定位为判定结构的外化延展,而非系统内部的运行机制。 《分辨率的结构、运行后果与智力的存在论定位》为前者的应用章节。在前文已确立的结论基础上,本文推导分辨率结构的内部约束与耦合可行域边界,展示不同分辨率轮廓导致的具体运行后果,并由此对"智力"进行存在论重新定位——作为分辨率结构在五向量不同方向上差异化分化精细度的整体性轮廓,而非独立认知模块的集合。本文亦推导反思的存在论根基,并明确划定存在论推导与实证研究的边界。 This release contains two companion works in a series of ontological investigations. "The Ontological Premises of Operation" undertakes a systematic ontological audit of the premises governing the form of operation in the human mental system. By exhausting all logically possible forms of operation into three categories and excluding each in turn, the work argues that the sole viable form is differential operation — realized in a holistically coupled vector system as adjudicatory unfolding: the process by which vector-coordination configurations advance through differentiation or non-differentiation when encountering their operational objects. The work further establishes that resolution is a system-level property of the five-vector coupling configuration as an irreducible whole — a holistic structure constrained by coupling, not a scalar parameter amenable to total ordering. Mathematical models are repositioned as externalized extensions of adjudicatory structure, not as internal operational mechanisms. "Resolution Structure, Operational Consequences, and the Ontological Positioning of Intelligence" is the applied chapter of the foregoing work. Departing from its established conclusions, this work derives the internal constraints and asymmetric feasible domain of resolution structure, demonstrates the operational consequences that follow from different resolution profiles, and on this basis repositions "intelligence" as the holistic profile of differentiated fineness across the five vector directions of the resolution structure — n