Entropy Systems Utilizing Insulator and Conductor Properties v.2 : A Thought Experiment on Matter Formation Through Electron-Proton Potential Structures

This paper builds upon the previous study "Entropy Systems Utilizing Insulator and Conductor Properties v.1" and presents a novel conceptual perspective on matter formation through a thought experiment involving electrons, protons, neutrons, and the Higgs field. We explore interactions between electrons and protons relative to the electromagnetic field, electron phase differences, pyramid-like potential structures, and the structural support conditions provided by neutrons. Through this framework, the formation process of simple elements, such as hydrogen, is conceptually connected from the quantum level to macroscopic matter formation, while referencing established physical theories to propose an integrated approach. This thought-experiment-based study visualizes potential field structures and principles of matter formation, offering a foundation for further formalization and experimental validation. [email protected]