The Cosmic Web as View-Vector Geometry - V5

The large-scale structure of the universe - the cosmic web of flaments connecting galaxy clusters with vast intervening voids - represents one of the most striking organisational patterns in nature. While the ΛCDM model reproduces this structure through N-body simulations, it ofers no simple analytical understanding of whymatter organises this way. This paper presents a Fractal Uncertainty Theory (FUT) interpretation in which the cosmic web directly refects the geometry of view-vector-dependent null-zones.Filaments trace ε-gradients, clusters form at ε-minima, and voids appear at ε-maxima. The central result is the void exponential feedback mechanism: spatially variable dark energy creates self-reinforcing expansion in under dense regions, which explains the observed cluster-void density contrast of 100-1000 with no additional free parameters. The framework predicts filament thicknesses (∼ 5-10 Mpc), the galaxy two-point correlation exponent , void expansion rates, and baryon acoustic oscillation scales - all from a single underlying principle, with fewer free parameters than ΛCDM. These results are theoretical proposals under active development.The predictions formulated here are intended to motivate empirical scrutiny rather than to constitute established results.