Falsifikationspaper: Vorhersage der kosmischen Doppelbrechung β = 0,3505◦ aus zwei Band-1-Konstanten

This record provides the theoretical derivation and numerical verification of the cosmic birefringence angle as predicted by the Arithmetic Theory of Everything (AToE). Unlike standard cosmological models ( CDM) that require the introduction of axion-like particles (ALPs) or quintessence fields to explain parity-violating rotations in CMB polarization, the AToE derives this effect as a fundamental requirement of arithmetic spacetime. Key Highlights of this Record: Parameter-Free Derivation: The birefringence angle is derived using only the fine structure constant alpha and the 12th non-trivial Riemann zeta zero. Spectral-Topological Mechanism: The paper explains as an "Arithmetic Faraday Effect" resulting from the projection of the 12D prime Fock space into a 3D dodecahedral manifold. Numerical Precision: The derived value of is shown to be in agreement with the combined Planck + WMAP data analysis by Minami & Komatsu (2020, 2022). Falsifiability: The record sets a rigid prediction for upcoming measurements from the Simons Observatory and LiteBIRD.