The Attractive Folds Theory The Great Attractor as a Spacetime Fold and the 2019 Knock as Folding Acoustic

This paper is the second in a series on a structural model of the universe. Paper 1 proposed Central Expansion and Peripheral Contraction (CEPC) with a CosmicNeutral Axis and is published: Alshareif (2026) https://doi.org/10.5281/zenodo.23440971. This Paper 2 proposes the MECHANISM of peripheral contraction: successive spacetime folding. We propose that peripheral contraction does not occur as smooth compression but as cascaded folds, analogous to pushing a large carpet from its edges. Each fold is a region of extreme spacetime curvature. Crucially, each fold acts as a pure gravitational attractor (curvature = gravity per General Relativity) without requiring hidden mass. This resolves the Great Attractor paradox: an object at 150-250 Million Light Years in Centaurus, behind the Zone of Avoidance, pulling the Laniakea supercluster (100,000 galaxies) at 600 km/s with inferred mass of tens of thousands of Milky Way masses, yet invisible. We identify the Great Attractor as the NEAREST observable peripheral fold. Its location behind galactic dust is natural: folds are hidden by obscuration. Each folding event, involving billions of light-years of spacetime, releases a colossal gravitational wave (GW) burst - a 'knock'. We reinterpret the unexplained LIGO/Virgo event S190814bv on 14 August 2019 (classified as BH-NS merger with no EM counterpart ever found) as the acoustic signature of the creation of a new peripheral fold, not a compact binary merger.