Gravity as an Emergence of Convergence Zones: A Critical–Propositional Examination of Information Flux Theory in Light of the Theory of Objectivity (TO)

This paper develops a critical–propositional articulation between Yoshinori Shimizu’s Information Flux Theory (IFT)—which seeks to reformulate the Standard Model through a single fermionic operator and reinterpret gravity as an emergent informational phenomenon—and the Theory of Objectivity (TO), a modal–axiomatic ontology grounded in Seven Absolute Truths considered necessary conditions for the coherence of any possible universe. The central contribution of this work is a decisive reformulation: within TO, gravity does not appear as a primitive fundamental interaction, but emerges as the macroscopic signature of Convergence Zones (auras), i.e., existential magnetic fields distributed internally and externally to elements. In composed systems such as stars and planets, the organized summation of atomic convergence produces the convergent regime that human science recognizes as gravitational force. This ontological repositioning enables a disciplined translation of IFT’s “informational gravity” into TO’s framework, preserving phenomenological insights while preventing an inversion of explanatory priority where information would become ontologically absolute. Methodologically, the paper applies a three-level architecture—(i) modal axioms (conditions of possibility), (ii) phenomenic elements and regimes (boundaries, convergence, plasmas), and (iii) operational bridges of testability (indirect empirical contact). In this structure, TO is presented explicitly as not intended to replace modern physics or standard cosmology, but as the logical, ontological, and scientific minimal foundation required for any coherent model of a possible universe, consistent with AI-assisted independent assessment and the proposal of testability and predictability models through new methods and systematic reinterpretation of data. The analysis integrates TO’s Expansive Inductor Effect (EIE) (Axioms 4–5) and Reductive Inductor Effect (EIR) (Axioms 4–6) as regime operators capable of explaining stabilization, aggregation, and large-scale structure formation under convergent dominance. Additionally, it advances a research hypothesis in which neutrinos may function as phenomenic manifestations of TO plasmas, offering a plausible observational channel to connect TO’s cosmological eras to measurable signatures. Finally, the paper proposes operational dialogue with contemporary observational evidence—Bell/Aspect tests of nonlocality, Planck CMB anisotropies, LIGO/Virgo gravitational-wave detections, and JWST early-galaxy results—treating them as indirect constraints and interpretive targets for regime-based analysis under modal discipline. Keywords: Theory of Objectivity; Convergence Zones; emergent gravity; Information Flux Theory; modal ontology; Perfect Logical Sphere; Expansive Inductor Effect; Reductive Inductor Effect; operational bridges; neutrinos; testability; cosmology.