Infinite Cosmos, Photon Energy Transfer, and Modal Cosmogenesis

This article offers an expanded critical–propositional analysis of Jordan Glazier’s The Infinite Universe Framework (IUF): An Infinite, Non-Expanding Cosmos Grounded in Physical Law and Photon Energy Transfer in dialogue with the Theory of Objectivity (TO). Glazier’s 2025 preprint proposes an eternal, spatially infinite, non-expanding cosmos and combines two central components: the Physical Universe Theory (PUT), according to which enduring physical laws govern a universe without a singular temporal origin, and the Cumulative Photon Energy Transfer model (C-PET), according to which cosmological redshift emerges from cumulative, predominantly direction-preserving photon–medium interactions. It further proposes a Photon–Medium Microwave Thermal Field (PMMTF) as an alternative interpretation of the cosmic microwave background. The manuscript presents these ideas as testable and falsifiable rather than as a finalized replacement for standard cosmology and acknowledges that the microscopic quantum-mechanical basis of C-PET remains to be developed (Glazier 2025). The present study confronts these claims with the Seven Absolute Truths (VA1– VA7) of the Theory of Objectivity, understood within the TO as modally necessary propositions rather than ordinary contingent hypotheses. Particular attention is given to VA3, where a major conceptual tension emerges: whereas the IUF predicates spatial and temporal infinity of the physical universe, the TO treats Infinity as a non-element condition that cannot itself be reduced to a physical element. Stronger structural affinities emerge around VA4, VA5, and VA6, insofar as C-PET presupposes distinguishable media, relational interaction, and cumulative composition. The most promising dialogue concerns VA7. In the TO, the transcendent element is understood as knowledge or information produced in atomic relations and treated as equivalent to atomic radiation. The IUF, while not adopting this ontology, makes photon propagation and cumulative photon–matter interaction central to cosmological explanation. This creates a possible operational bridge between energetic transfer and relational information. The article further examines the IUF in relation to the TO’s phenomenic elements, Inducing Effects, cosmogenic theorem, and cosmological Eras: the Antagonistic Era, the Era of Logical Tracks, the Era of Logical Currents of Tertiary Plasma, the Centrifugal Era, and the Era of Units of Intelligence. A central proposal of this study is that the apparent incompatibility between an eternal IUF cosmos and TO cosmogenesis may be reduced if cosmogenesis is interpreted primarily as ontological or modal priority rather than necessarily as a chronological event located at a unique t = 0. The article also distinguishes carefully among observational data, support for C- PET, and empirical contact with the TO. Glazier proposes tests involving spectral-line preservation, galaxy maturity at high redshift, redshift–distance behavior, microwave-background properties, and supernova time dilation. None of these observations currently establishes the TO’s modal axioms. Some, however, could become operational bridges if they demonstrate that measurable properties of radiation systematically encode prior physical relations along propagation paths. The resulting assessment assigns the IUF a dialogue score of 8.1/10 relative to the Theory of Objectivity. The framework is not a derivation, verification, or physical implementation of the TO, but it offers a strong field of dialogue regarding non-singular cos- mology, relational accumulation, plasma, radiation, physical continuity, and the possibility that the present state of radiation is conditioned by its interaction history. Keywords: Theory of Objectivity; Vidamor Cabannas; Denivaldo Silva; Infinite Uni- verse Framework; Jordan Glazier; Cumulative Photon Energy Transfer; C-PET; Physical Universe Theory; modal cosmology; photon–medium interaction; information; radiation; cosmogenesis; non-expanding universe; plasma; redshift; cosmic microwave background; PMMTF; Inducing Effects; cosmological Eras.