Paper 64: Lattice Topology and Defect Network Formation Emergence of Structure through Coherence–Vacancy Interference

The large-scale structure of the universe exhibits a striking network of fil-aments, voids, and nodes—often likened to a cosmic web. In this paper, wepropose that such structure arises not from primordial density fluctuations,but from angular interference and strain propagation within a discrete Holo-sphere lattice. Building upon previous Holosphere Theory papers, we examinehow coherence pathways, vacancy defect migration, and topological interfer-ence patterns generate persistent defect networks. These networks are guidedby the angular phase landscape of the lattice, forming long-lived corridorsand nodal hubs of coherence saturation. We introduce the concepts of topo-logical strain traps, coherence plasticity, and network lock-in to describe howlarge-scale connectivity emerges from fundamentally local interactions. Theresulting framework offers a deterministic alternative to stochastic structureformation and suggests a new lens for interpreting voids, filaments, and galac-tic connectivity in the observable universe.