Photon Emission from Pattern Disruption

This paper introduces a geometric model of the electron as a closed surface whose structural integrity is determined by the uniformity of electric force-line intersection patterns. The electron’s mass is proportional to the area of the surface multiplied by a defined Pattern Uniformity Index, analogous to surface tension in classical fluid mechanics. When external electric or magnetic fields distort this pattern beyond a critical threshold, the surface ruptures and releases energy as electromagnetic radiation. This rupture is interpreted as the geometric origin of photon emission. The model offers a novel topological explanation for mass, field interaction, and quantum radiation phenomena, grounded in pattern distribution and surface stability. Tetsuo Konno 今野哲夫