Symbolic Representation as a Window into String Structure: A Hypothesis on Particle Notation and Topological String Configurations

This paper proposes a novel interpretation of conventional particle symbols as visual analogs of underlying string topologies. Specifically, the electron’s common depiction — a circle with a minus sign — is reinterpreted as a closed string loop containing a single open string. Extending this reasoning to protons and neutrons, the hypothesis suggests that particle charge and mass may emerge from the number, orientation, and vibration modes of constituent open and closed strings. This conceptual bridge between symbolic notation and string topology offers a potential framework for unifying visual representation and physical structure.<br>

本文提出一种新颖的解读范式，将传统粒子符号视作其底层弦拓扑结构的视觉类比形式。具体而言，电子的常规图示——带负号的圆形——被重新诠释为包含单根开弦（open string）的闭合弦圈（closed string loop）。将此推导思路延伸至质子与中子后，该假说指出：粒子的电荷与质量可由其组成的开弦、闭弦的数量、空间取向以及振动模式衍生而来。这种符号标记与弦拓扑之间的概念纽带，为统一视觉表征与物理结构提供了潜在的理论框架。