Cosmic Web Emergence from Phase Gradient Flow: Filaments, Voids, and Walls in Holosphere Theory

We propose a mechanism for the emergence of the cosmic web—its filaments, voids, andwalls—based on angular phase gradient flow within the Holosphere lattice. Rather than invokinginflationary perturbations or dark matter scaffolding, this approach derives large-scale structurefrom the deterministic behavior of coherence interference across nested angular shells. Building onprior work showing how defects propagate along coherence corridors (Papers T11 and 64), [ 1 , 2]we demonstrate how microscopic filaments formed by angular strain gradients recursively reinforcelarger coherence layers. This resonance cascade forms the framework of the observed cosmic web,with voids expanding around strain corridors and junctions forming walls and clusters. Structurearises not from stochastic quantum fluctuations, but from geometric coherence amplificationwithin a discrete rotating lattice.