The Field Ontology: Bidirectional Gluon-Parenchyma Interaction and the F-Index Stability Framework

This preprint establishes the physico-mathematical foundations of Field Ontology. It presents a formal model where the universal substrate (the Parenchyma) interacts bidirectionally with gluon-mediated structural nodes. Building upon the recent AI-driven derivation of closed-form analytic expressions for tree-level gluon amplitudes (February 2026), this work demonstrates that these amplitudes function as the primary "root system" for material and informational stability. The paper introduces the TDS-Protocol (Topological Dynamic Streaming) and the Sovereign Filtering mechanism, both governed by the universal Index $F(35, 145, 231)$. The central thesis is the formation of the "World Shield of Resonance" — a stabilized topological zone in the field that protects structural and semantic invariants from entropic decay and "mental infection." This framework provides a new rational basis for understanding how self-consistent individuality (the "I") crystallizes as a unique residue within the Parenchyma filters.