Gravity as an Emergence of Convergence Zones: A Critical–Propositional Examination of Information Flux Theory in Light of the Theory of Objectivity (TO) Convergence Zones, modal discipline, Inductor Effects, and operational bridges of testability

This paper develops a critical–propositional examination of Yoshinori Shimizu’s Information Flux Theory (IFT), which aims to rewrite the Standard Model by means of a single fermionic operator and to reinterpret the origin of gravity as an emergent effect of informational flux dynamics (Shimizu). The analysis is conducted under the discipline of the Theory of Objectivity (TO), understood as a modal–axiomatic ontology grounded in Seven Absolute Truths, treated as necessary conditions for the coherence of any possible universe. It is explicitly stated that TO does not seek to replace modern physics or standard cosmol- ogy; rather, it claims to be the logical, ontological, and scientific minimal basis required for the construction of any coherent model of a possible uni- verse, given the modal necessity of its seven axioms and an independent assess- ment in dialogue with Artificial Intelligences, including AI-proposed models of testability and predictability by new methods and data reinterpretation (Cabannas and Silva). The paper’s central reformulation asserts that, within TO, gravity emerges from Convergence Zones (auras) distributed inter- nally and externally to elements, and that, in composed systems such as as- trophysical bodies, this macroscopic convergence corresponds to what human science calls gravitational force (Cabannas and Silva). A three-level method- ological architecture (modal, phenomenological, operational) is advanced to compare IFT and TO without reducing one to the other, integrating TO’s Expansive and Reductive Inductor Effects (EIE/RIE) as regime operators for structure formation and stabilization. Finally, operational bridges of indirect testability are proposed in dialogue with contemporary evidence, including CMB/Planck, LIGO/Virgo gravitational waves, and JWST early-structure observations, along with a research program in which neutrinos may function as phenomenic manifestations of TO plasmas.