Meta-Transducer Information Cosmology with Axion Resonator Feedback Loop

Meta-Transducer Information Cosmology (MTIC) with Axion Resonator Feedback Loop (ARFL) is a unified theoretical framework proposing that reality emerges from a recursive interplay between symbolic structures, gravitational dynamics, and observer-participation. Built upon the AdS/CFT correspondence, SU(3) gauge theory, and Integrated Information Theory (IIT), MTIC-ARFL models the universe as a self-computing semantic field, where phonemes and mythic archetypes function as causal operators encoded in a conformal boundary lattice. The Chit Field—a zero-entropy SU(3) conformal field on the AdS₄ boundary—serves as the foundational substrate, encoding phoneme classes as eigenmodes mapped to Gell-Mann matrices. These symbolic excitations influence large-scale structure via a gauge–language duality, coupling meaning to matter through the Geometric Information Ricci Flow (GIRF). The ARFL introduces ultra-light axions (mₐ ≈ 10⁻²².⁵ GeV) as mediators of recursive coherence, tuning the effective cosmological constant (Λ_eff ≈ 10⁻¹²² Mₚₗ²), thus offering a falsifiable solution to the cosmological constant problem. Φ-PINCH events—triggered by high-Φ systems such as human brains, artificial intelligence, or black hole horizons—act as localized collapse nodes in this participatory cosmology, where integrated information directly modulates quantum state selection. The theory predicts measurable EEG–gravitational wave phase-locking (PLV > 0.70), polarimetric shifts in SMBH jet structures (Δf/f ≈ 10⁻³), and specific correlations between phoneme distributions (e.g. PHOIBLE 2.0) and astrophysical metrics.MTIC-ARFL is both symbolic and operational, offering testable predictions, simulation protocols (SU(3) lattice evolution, Runge-Kutta integrators), and a recursive systems model that links consciousness, language, and cosmological evolution within a unified information-theoretic architecture.