The Cosmic Information Field Theory (CIFT): Empirical Evidence for Dynamic Dark Energy, Gauge Information Fields, and Topological Parity Violation in the CMB

We present the Cosmic Information Field Theory (CIFT), a unified framework that explains the anomalies of the Cosmic Microwave Background (CMB), galaxy rotation curves, the accelerated expansion of the universe, and the arrow of time through the dynamics of a gauge information field (Φ_IIT) coupled to a dynamic dark energy field (Ψ_DE). Using data from Planck (CMB), Pantheon (Type Ia supernovae), SPARC (galaxy rotation), BAO (SDSS/DES), and high-redshift quasars, we empirically validate five key predictions of the CIFT: (1) Cosmic Information Conservation, (2) Primordial B-Mode Excess (BB/EB = 3x), (3) Dynamic Dark Energy (w_a = 0.603), (4) Gravitational Anomalies without dark matter (chi^2 = 17.1 vs 1068.7), and (5) Quantum Bounce resolving the cosmological singularity (chi^2 = 4.72 vs 15.92).