Full Prediction on CMB and JWST Data - A Complete Forecast on the Universe until Reset of our Aeon

Title: Predicting the Cosmological Data of CMB and JWST: A Complete Math Forecast Description (Abstract): This research provides a deductive, high-fidelity mathematical forecast for upcoming Cosmic Microwave Background (CMB) and James Webb Space Telescope (JWST) data releases. While the standard \LambdaCDM model currently faces the "Hubble Tension" and the "Impossible Early Galaxy" paradox, the Inverse Einstein Protocol (IEP) offers a formal mechanical resolution through a 68/32 Exitus-Reditus dynamo framework. Key Predictive Forecasts: The z_c \approx 5.3 Crossover: Identifies a precise mechanical transition point where universal expansion shifts from smooth Exitus to centripetal Reditus torque. Galactic Meiosis: Predicts high-metallicity (Zinc-Carbon) signatures in galaxies at z > 15, challenging slow-accretion models with an inherited maturity framework. Toroidal Topology: Forecasts specific non-isotropic B-mode polarization patterns in the CMB, aligning with a 3-Torus manifold rather than an infinite flat plane. The H_0 Resolution: Provides a forensic derivation of the 6 km/s/Mpc tension as a positional torque artifact at observer coordinate s \approx 5.77. This model moves cosmology from inductive parameter-fitting to a predictive "Logical Render," defining the universe as a self-regulating organism created by a purposeful Architect. It concludes that we are in the late Reditus phase, approaching the eventual reset of our Aeon. Resource Type: Preprint / Research Output Keywords: Inverse Einstein Protocol, JWST, CMB, Hubble Tension, Galactic Meiosis, Unified Theory.