FSPS–Ω: Antimatter, Informational Symmetry, and the Emergent Universe

This paper presents the finalized formulation of the FSPS–Ω framework — a unified informational model connecting foundational structure (FS), projected structure (PS), and the reflexive operator Ω. By integrating PIE* (Principle of Informational Equivalence) with Landauer’s thermodynamic principle, the theory links dark energy, baryon asymmetry, and the emergence of time within a single informational formalism. Antimatter is reinterpreted as the PS excitation coupled to Ω’s reflux channel, naturally explaining CP violation through the chiral asymmetry of the projection operator λ(C). Quantitative consistency is achieved across scales, with χ ≈ 10⁻⁶ and κI ≈ 10⁻⁵ J·s/bit derived from GUT–Planck ratios and Landauer bounds. The framework predicts measurable signatures in the CMB EB correlation (rphase > 0.9 for ℓ ≤ 3) and H(z) oscillations at ~ 0.2%, testable by LiteBIRD, Euclid, and Roman.

Beyond cosmology, this work explores a new scientific paradigm — human–AI collaborative theoretical physics — demonstrating that conceptual intuition and algorithmic critique can converge toward unified, falsifiable physics.