Cosmology as Coherence Physics

Cosmology is coherence physics expressed at cosmic scale. In the Foundational Architecture, the universe emerges from the interaction of three origin‑level objects: formation dynamics (Object 1), persistence invariants (Object 2), and metabolic transformation (Object 3). Their recursive propagation across gradients produces cosmic structure, thresholds, flows, and large‑scale organization. The pre‑cosmic field corresponds to the continuous coherence substrate (0), and the first threshold transition marks the universe’s initial symmetry breaking. This framework interprets dark matter as unresolved tension, expansion as tension equalization, black holes as boundary collapse, holography as boundary‑encoded information conservation, and inflation as rapid threshold release. Quantum behavior appears as micro‑scale coherence dynamics, while cosmic time reflects the multi‑scale temporal gradients generated by the triad. The universe’s toroidal geometry and large‑scale flow patterns arise from the invariant propagation of coherence across scales. Cosmology, on this view, is not a separate domain of physics but a scale‑invariant expression of the same generative architecture that governs meaning formation, number, time, and fractal geometry.