How the Cosmic Web Is Created: Cosmic Web and Cosmic Voids in the Superblock Framework

Working paper (31 October 2026) in the Tau-Superblock (Superblock) cosmology on how the cosmic web, with emphasis on cosmic voids, is created. Clusters, filaments, walls and voids arise from the same dual-channel residual-L mechanism that produces laboratory gravity, acting hierarchically on a randomized initial gas of bound quanta modelled as an inhomogeneous Poisson point process. The attractive time-like channel drives hierarchical “globbing” toward dominant concentrations of bound energy, building the overdense skeleton. The space-like channel pushes outward on a non-metric hard wall and expands low-density regions into voids. Rare low-dark-halo galaxies such as NGC 1052-DF2/DF4 sit in the extreme tail of the same process, and the six co-located domains share kinematic simultaneity labels (Tpriv) without a metric fifth dimension. A schematic 2D visualization, published as a 24-second looping video with the X article version, is described analytically and in plain language: density-weighted attraction forms filaments and nodes, a (1 − density) outward kick opens voids, and a late-cycle Mirron black-to-white bounce reseeds the next aeon. Its parameters are tabulated. The dark-energy efficiency η remains free; no derivation of ρΛ is claimed.