Resolving JWST High-Redshift Anomalies with the UAT/UCP Framework: Causal Redshift Correction and the Restoration of Cosmic Chronology

<jats:p>This Zenodo repository contains the full manuscript, Python code, and supplementary material for the study "Resolving JWST High-Redshift Anomalies with the UAT/UCP Framework: Causal Redshift Correction and the Restoration of Cosmic Chronology" by Miguel Angel Percudani. The James Webb Space Telescope has revealed massive galaxies, supermassive black holes, Little Red Dots, and quiescent galaxies at unexpectedly high redshifts. The standard LCDM model cannot provide enough cosmic time for their formation. We show that a single correction to the redshift formula, derived from the UAT/UCP causal membrane framework, removes these tensions without modifying the background expansion. The corrected redshift is (1+z_obs) = (1+z_LCDM) * (1+z_causal) with z_causal ≈ (kappa/k_early) * R_geom ≈ 1.43, where kappa/k_early = 5.14 is the thermodynamic overdrive ratio and R_geom = 0.279182 is the 8-phase geometric residue. Applying this correction to a galaxy observed at z=12 yields a true cosmological redshift of about 4.35, giving the universe roughly 1.3 Gyr at that epoch instead of 370 Myr, ample time for hierarchical formation. The same constants resolve the Hubble tension, explain dark matter as causal amplification, and predict the QCD confinement scale. The repository includes the LaTeX manuscript, a Python script implementing the causal redshift correction and field equations, and a table of fundamental constants. All code uses only NumPy and SciPy. No Boltzmann codes or LCDM parameter inputs are required.</jats:p>