Spacetime Substantivalism 30: Constitutive Audit of the Higgs Mechanism via Gravitational Wave Observations and the Monistic Spacetime Materials Science Restructuring of Mass Origin

Title: Spacetime Substantivalism 30: Constitutive Audit of the Higgs Mechanism via Gravitational Wave Observations and the Monistic Spacetime Materials Science Restructuring of Mass Origin Abstract: This work strictly continues the preceding papers in the series, using the natural observational data of the 2017 gravitational wave (GW170817) and gamma-ray burst traveling 1.3 billion light-years with zero time difference and isotropic speed alignment as the macroscopic audit benchmark, conducting a constitutive audit of the Higgs field and ~ 125 GeV energy peak mechanism in the current standard model of physics. This work demonstrates that any dualistic mechanism that separates material mass from the spacetime background inevitably possesses an unbridgeable gap at the most fundamental level, which necessarily exposes its mechanistic defects when confronted with the ontological test of gravitational waves as the spacetime entity itself. By incorporating Maxwell's first-order electromagnetic constitutive law (c2≡1/ϵ0μ0) into the classical mass-energy equation, the legitimacy of static mass as a fundamental physical quantity is re-examined, reduced to the material rigid damping produced when free photons undergo topological folding and local spin curvature due to local energy power occupation of electromagnetic constant resources. Within this framework, the 125 GeV energy peak that remains invariant regardless of which particles are used in collider experiments corresponds in physical essence to the physical structural energy locked in the minimal lattice plane of first-order substantial spacetime, composed of two photons. The original 2013 phenomenological interpretation exhibits deviation in physical qualitative characterization and mechanistic explanation; this work, while affirming the accuracy of the measurements and calculations, restores it to its proper physical position. This study restores Lorentz's substantial spacetime view and Maxwell's first-site sovereignty, affirms and restores the efforts and intuitions of Tesla and contemporary substantivalist scholars, and introduces physics into the framework of Monistic Spacetime Materials Science (MSMS). Keywords: Gravitational waves; Higgs mechanism; origin of mass; monistic spacetime materials science; spacetime unit structural energy; photon topological folding 标题 : 时空实体论30:引力波实测对希格斯机制的本构审计与质量起源的一元化时空材料学重整 摘要 : 本研究严格承接本系列先前论文,以2017年引力波(GW170817)与伽马射线暴跨越13亿光年奔袭、实现零时差与各向同性速度对齐的自然观测数据为宏观审计基准,对现行物理学标准模型中的希格斯场及~125 GeV能量峰机制进行了本构审计 。本工作表明,任何将物质质量与时空背景分离开来的二元论机制,在最根本层面上都必然存在难以逾越的鸿沟,当面对引力波作为时空实体自身的本体论检验时,其机制缺陷必然暴露无遗 。通过将麦克斯韦一阶电磁本构方程 (c2≡1/ϵ0μ0) 强行并入经典质能方程,重新审视了静止质量作为基本物理量的合法性,将其还原为当自由光子因局域能量功率强占电磁常数资源、发生拓扑折叠与局域自旋弯曲时所产生的材料刚性阻尼 。在此框架下,无论对撞机实验中使用何种粒子轰击均保持不变量的125 GeV能量峰,在物理本质上对应于由两个光子构成的一阶实质时空最小单元晶格面中所锁死的物理结构能 。原2013年的唯象解释在物理定性表征和机制说明上存在偏差;本工作在肯定其测量与计算精确性的同时,将其恢复至应有的物理位置 。本研究重整了洛伦兹的实体时空观与麦克斯韦的第一现场主权,肯定并恢复了特斯拉及当代实质论学者的努力与直觉,并将物理学引入了一元化时空材料学(MSMS)的理论框架之中. 主题词 (Keywords): 引力波;希格斯机制;质量起源;一元化时空材料学;时空单元结构能;光子拓扑折叠