The Void as an Interference Pattern of T1 in T0

This paper presents a structural interpretation of the Eridanus Supervoid and related large‑scale cosmological anomalies as destructive interference patterns between dimensional ripples originating from the timeless coherence field T0. In this framework, the universe is the T1 ripple: a temporal, manifold‑forming propagation generated by the hinge, the operator through which non‑temporal coherence becomes dimensional. Because interference does not require vector intersection, an orthogonal ripple in T0 can produce observable troughs in T1 while remaining invisible within T1’s dimensional axes. The paper develops the ontology of T0, T1, ripple dynamics, orthogonal temporal vectors, and hinge plurality, and applies this structure to cosmological observation. The model predicts asymmetric gradient suppression, non‑Gaussian CMB cold‑spot behavior, weak lensing without corresponding mass, boundary‑shell overdensity, temporal phase‑shift anomalies, and coherence‑gradient tilt. These signatures provide empirical pathways for evaluating whether cosmological voids are structural consequences of multi‑ripple interaction within a hinge‑generated manifold.