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Necessity Prediction of Possibility (Final Axiom of Equation Mathematics)ー可能性の必然的予測(方程式数学最終公理)ー
Note: The full text is written in Japanese in order to preserve the precise definitions and logical structure specific to the language. DOI: 10.5281/zenodo.17772964 Abstract (English) “Mathematics as a Programming Language” This paper redefines mathematics not as a “system of truth” but as a “programming language,” and philosophically organizes the relationships among numerals, calculation, and meaning while proposing minimal conditions for using mathematics as a methodology. Numerals are fundamentally forms (symbols), and calculation is the operation of those forms; however, the result of such operations appears as meaning. Accordingly, mathematics can be understood as an execution process that generates meaning from language-like rules based on a finite symbol set (e.g., 0–9). In addition, against the conventional practice of treating infinity (∞) as a univocal concept, this paper decomposes infinity into two distinct forms: the infinity of number via succession (+1), and the infinity of layers via numeral systems (×). It argues that conflating these two as a single equality is a source of error. On this basis, the paper proposes, as a necessary condition for using mathematics as a methodology, the stance of not forcibly reducing non-identical entities into calculation (i.e., suspending computation). If this proposal is accepted, the paper permits a representational framework using x^√Z = Y (base^time = numeral), and provides (x = Y)∈Z to express a relation of validity within a field Z. The aim is not to deny existing mathematics, but to re-present the foundational programmability of number from the perspective of mathematics as language and of Value as both numerical value and evaluative value. 【AI Models Used】 The analysis and reconstruction in this work utilized the following AI models: * ChatGPT 5.2 (Reasoning Model) * Gemini 3.0 Pro 『数学はプログラム言語である』 本稿は、数学を「真理体系」ではなく「プログラム言語」として再定義する立場から、数字・計算・意味の関係を哲学的に整理し、方法論としての数学利用に関する最小条件を提案する。数字は本質的に形(記号)であり、計算はその形の操作であるが、操作の結果は意味として立ち現れる。ゆえに数学とは、有限の記号集合(例:0〜9)に基づく言語的規則から、意味を生成する実行過程である。さらに無限(∞)を一義的概念として扱う従来の慣習に対し、本稿は無限を「後者(+1)による数の無限」と「進法(×)による層の無限」に分解し、両者を同一の等式として混同することが誤差の源泉となることを示す。その上で、同一化不能な対象を無理に計算へ回収しない(計算を保留する)という態度を、数学を方法論として用いる際の必要条件として提案する。提案を受け入れる場合の記述体系として、x^√Z = Y(進法^時間=数字)を許可し、(x=Y)∈Z により場(Z)における成立関係を表現する枠組みを与える。本稿の目的は既存数学の否定ではなく、数学の言語性と「値/価値(Value)」の観点から、数の根源的プログラム性を再提示することである。 【使用したAIモデル】 本研究における分析および再構成には、以下のAIモデルを使用した。 ・ChatGPT 5.2(推論モデル) ・Gemini 3.0 Pro
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