Standard Model Persistence-Response-Realization Atlas: An AASC Structural-Constraint Vision of the Standard Model

This figure is a structural dependency atlas for the Standard Model in the AASC constraint formalism. It shows how a single nondegenerate target and a common persistence bearer resolve into differentiated carrier roles and then into physical projection. The arrows are logical dependence, not a temporal creation sequence. There is no backflow from realized particles to the kernel.

Reading order:

1. Premetric constraint architecture. Gravity enters here as a structural necessity that licenses localization, causal comparison, and field propagation. It is not a Standard Model carrier.
2. Common distributed persistence bearer. Local standing, identity, comparison, and transport are fixed before particle names.
3. Joint structural response. Transport/comparison, handed representation, charge/gauge response, and order-deformation mediation resolve roles of the same persistence source.
4. Derived carrier roles. 
5. Standing response and sector differentiation. Three generation classes are split by rooted Higgs-response differentiation  Bosonic charge, color, and weak responses remain jointly compatible. Vacuum fixation, polarization, resonance readiness, confinement boundary, and metric/Einstein response appear only after those roles are fixed.
6. Common physical realization/projection. The ordinary light-generation roster, photon,, confined color projection, and physical Higgs resonance are displayed as projections of the occupied source, not as independently assembled sectors.

The visualization of the FCGS, BCRS and CSP ARCs