
# 论文摘要 针对传统格点量子色动力学(LQCD)仅能描述强相互作用末端效应、无法解释色荷起源、夸克禁闭本质等核心基础问题,本研究构建了一套基于拓扑规则的本源格点模型,完整实现了从信息奇点到物质稳态的0→1正向生成过程,并完成了其与格点QCD的严格统一对接。研究以5条最简拓扑演化规则为核心公理,通过黄金角球面分布构建了三维均匀空间格点,基于Z₃循环对称生成了三条独立拓扑链,通过数值仿真与四维时空动画可视化,验证了模型的自洽性、稳定性与鲁棒性;系统拆解了格点QCD的完整理论框架、数学基础与计算逻辑,明确了其微分还原型理论的本质,以及严格锁定于0.99~1物质末端区间的固有认知边界;通过数学等价性、拓扑同构性、物理意义映射的三重验证,证明了本源格点模型与格点QCD在0.99~1交界面完全重合、严格等价,格点QCD的所有实验与计算成果,均可作为本源模型在物质末端区间的直接验证。研究表明,夸克的3种色荷、强相互作用、夸克禁闭等传统QCD的先验假设,均可从本源模型的拓扑规则中自然生成,无需额外假设;本研究建立的信息为本的结构实在论,实现了物理学从物质本体论到信息本体论的范式转换,以及本体论与认识论的统一,开创了生成论替代还原论的基础物理研究新路径,为强相互作用起源、粒子物理大统一理论提供了全新的底层框架。
本源格点模型;量子色动力学;格点 QCD;拓扑结构;信息本体论
本源格点模型;量子色动力学;格点 QCD;拓扑结构;信息本体论
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