Electron and Positron as Minimal Stable Field Modes of the UQSH

This paper presents a minimal formalization of the Universal Quantum Foam Hypothesis (UQSH) focusing on the nature of elementary states. Within this framework, the electron and po- sitron are not interpreted as fundamental, isolated particles, but as minimal stable state modes of a dynamic field medium, the "Qu-foam". We introduce a regime-specific parameterization to describe the density of bound field organization and define the coupling threshold for detectable events. By introducing a discrete coupling parity, we account for the symmetry between matter and antimatter states without invoking additional substance-like properties. This model serves as an ontological interpretative layer that complements established quantum field theories by provi- ding a field-mechanical cause for discrete stability classes and gravitational coupling.