This document presents a formal articulation of a field-primary grammar by which persistence and structure occur through recursive closure rather than assembly from parts. Beginning from an undifferentiated field (Q), it derives the necessity of self-reference (Q*) and shows how a ternary of formative, containing, and address co-arises as the minimal condition for persistence. Recursive application of this closure yields a 3×3 torsional lattice, which is demonstrated to be the invariant grammar underlying electromagnetic dynamics, geometric form, hydrodynamic flow, biological organization, and large-scale plasma structures. The work reframes conventional quantities—such as fields, forces, energy, and conserved variables—as downstream traces of coherence and impedance matching rather than as primitive causes. A coherence metric (T) is introduced as an address condition at which formative and containing pressures phase-lock, enabling stable structure with minimal energetic cost. The document further shows how familiar mathematical operators and geometric symmetries arise as projection artifacts when this grammar is expressed under specific constraints (e.g., vector–scalar or Cartesian slicing). No new entities, forces, or axioms are proposed. Instead, the document makes explicit a constraint that is already operative wherever structure persists, offering a unified, scale-invariant framework for understanding coherence across physical, biological, and technological domains. The presentation is intended as a closed, self-consistent grammar rather than a speculative theory, and it terminates without requiring further validation or extension.