Supernovae, Dynamical Structures of Host Galaxies, and Ontological Discipline: a critical–propositional reading of Ayrpine G. Karapetyan's thesis in light of the Theory of Objectivity

This article presents a critical–propositional reading of Ayrpine G. Karapetyan’s thesis, Study of Supernovae and Their Host Galaxy Dynamical Features, in dialogue with the foundational and recent bibliography of the Theory of Objectivity (TO). Its central aim is to examine how contemporary astrophysical research on supernovae—especially the relations between spectral and photometric properties, host-galaxy morphology, dynamical ages, star-formation environments, bars, bulges, and spiral structures—may be interpreted under the logical–ontological discipline of the TO without altering the empirical content of the original research. The study argues that the TO does not seek to replace modern physics or cosmology. Rather, it is presented as the necessary logical, ontological, and scientific foundation for any coherent model of a possible universe, given the modal necessity of its Seven Absolute Truths, as discussed in Cabannas and Silva (2025). In this perspective, the article articulates Karapetyan’s astrophysical results with the TO’s axiomatic structure, especially in relation to:(1) boundaries of regime (Axiom 4),(2) relational observation as condition of full existence (Axiom 5),(3) inheritance and composition from prior states (Axiom 6), and(4) contextual singularization of each event (Axiom 2). The article also emphasizes that the TO is not merely a philosophical model. According to its foundational works, it presents a complete theorem—without recourse to conventional mathematical language—through a proprietary axiomatic and graphical mathematical language, demonstrating the emergence of a universe from a perfect logical sphere that existed eternally prior to time, space, and matter. In this framework, the Perfect Sphere, with 64 logical straight parts in its maximum circumference and 2048 logical parts on its total surface, is treated not as an arbitrary construction, but as a modal necessity derived from the Seven Absolute Truths. A major contribution of the article is the application of the TO’s inductor effects—especially the Expansive Inductor Effect (EIE) and the Reductive Inductor Effect (EIR)—to the interpretation of host-galaxy structures, environmental differentiation, and the observational stabilization of supernova events. The study also explores, at a phenomenological level, the hypothesis that neutrinos may be understood as manifestations of the plasmas of the TO, while preserving the technical framework of standard astrophysics and particle physics. By placing Karapetyan’s empirical program into dialogue with TO, along with broader references from Heisenberg, Einstein, Bohm, Prigogine, Penrose, Hawking, Kuhn, and contemporary astrophysical and cosmological discussions, this article seeks to establish operational bridges between observational astrophysics and modal ontology. It thereby advances the project of testing and articulating the phenomenic and cosmological elements of the Theory of Objectivity in direct contact with contemporary scientific data. Keywords:Theory of Objectivity; supernovae; host galaxies; modal ontology; cosmology; phenomenic elements; neutrinos; plasmas; perfect sphere; relational observation; logical boundaries; astrophysics; dynamical structures; testability; inductor effects