Title: Spacetime Substantivalism 31: The Electromagnetic Substantial Spacetime Matrix Theory — Ontological Restructuring of the Underlying Logic and Physical Essence of Modern Physics Subtitle: Ontological Reduction Based on Quantum Fluctuations and Higgs Phase Transition Abstract: Based on the physical substantiality of spacetime confirmed by gravitational wave observations and the electromagnetic material property of its propagation speed of light, this paper proposes the "Electromagnetic Substantial Spacetime Matrix Theory" within the CSSD (Cui's Substantial Spacetime Dynamics) framework. This theory redefines the physical vacuum as a continuous substantial medium composed of electromagnetic primitives ("lying-flat photons"), aiming to accomplish an ontological restructuring of the underlying logic and physical essence of modern physics. This paper provides a unified dynamical interpretation of core physical phenomena such as quantum fluctuations, the Higgs phenomenon, particle pair production, and the Big Bang, revealing the ontological misinterpretations of concepts such as "virtual particles," "borrowed energy," and "decay," and pointing out that physics should be reduced from abstract "field theory piling" to "electromagnetic medium materials dynamics." Keywords: CSSD framework; substantial spacetime; electromagnetic matrix; Higgs phase transition; quantum dynamics; ontological reduction 标题: 实体时空电磁基质论——对现代物理学底层逻辑与物理本质的本体重构 副标题: 基于量子涨落与希格斯相变的本体论还原 摘要: 基于引力波观测所证实的物理时空实体性及其传播光速的电磁材料属性,本文在“崔氏实体时空动力学”(CSSD)框架下,提出“实体时空电磁基质论”。该理论将物理真空重新定义为由电磁基元(“躺平光子”)构成的连续实体介质,旨在完成对现代物理学底层逻辑与物理本质的本体重构。本文对量子涨落、希格斯现象、粒子对产生及宇宙大爆炸等核心物理现象给出了统一的动力学解释,揭示了所谓“虚粒子”、“借能量”、“衰变”等概念在本体论层面的误读,并指出物理学应从抽象的“场论堆砌”还原至“电磁介质材料动力学”。 主题词: CSSD 框架;实体时空;电磁基质;希格斯相变;量子动力学;本体论还原
Hugang Cui (Fri,) studied this question.