Model D Nine Component State Architecture

Abstract

We propose a nine-component state architecture extending the five-component dual-vortex torus framework of Model D. The formulation retains the poloidal and toroidal phases, radial amplitude, branch coordinate and slow reservoir state, and adds coordinates for proposed interference, temporal relations, asymmetric constraints and an enclosing model boundary. It provides a common vocabulary for the geometric architecture and the companion audit of computational loops and physical time. The contribution is a theoretical organization of variables and proposed interfaces. We specify the torus embedding, paired circulation directions, reference normalization and 17+1 layer map. We preserve the project value 0.218 while separating its dimensionless use from a candidate frequency of 0.218 Hz. The evolution law and observation map remain open specifications. The nine coordinate labels do not establish nine physical spatial dimensions, a universal frequency or a physical coupling between computation and spacetime.