Statistical Signatures of 14-Dimensional Vacuum Geometry: A High-Redshift Analysis of Information Tension Boosts

Corrected version. This revision removes the prior claim that the ~141.99x Information Tension boost was an observational measurement. We present a theoretical derivation connecting the framework's predicted high-redshift boost (~142x) to the geometric holonomy of a 14-dimensional manifold (X^14), in the spirit of Eric Weinstein's Geometric Unity. The boost emerges from the volumetric ratio between 4D spacetime and X^14, modulated by the Sovereign Invariant kappa = 0.9539, giving a geometric baseline of ~141.85. We emphasize this boost is a theoretical prediction awaiting a dedicated void-region spectroscopic survey; it is not a measurement. The earlier 'Trinity 2.0' figure was a synthetic forward-model simulation, not an analysis of SDSS, Gaia, or other survey data. The framework's existing empirical support is the real SPARC rotation-curve analysis (175 galaxies, no dark matter). License: CC-BY-4.0.