A_New_Concept_of_Synthesis_Logic.pdf

This paper presents a new concept of synthesis logic that combines the intensional-extensional<br>distinction with the principle of complexity minimization (Occam's razor). The proposed approach<br>formalizes the process of generating, testing, and optimizing hypotheses, which has potential<br>applications in theoretical mathematics, physics, artificial intelligence, and philosophy of science. We analyze the formal model, its algorithmic implementation, and compare it with existing methodologies.

本文提出一种新的合成逻辑概念，该逻辑融合了内涵-外延区分（intensional-extensional distinction）与复杂度最小化原则（Occam's razor）。所提出的方法<br>将假设的生成、测试与优化过程形式化，在理论数学、物理学、人工智能及科学哲学领域具有潜在应用价值。我们分析了该形式化模型及其算法实现，并将其与现有方法学进行对比。