SPATIAL REFLEX PRESSURE, UNIQUE MOMENT, AND RADIATION-INFORMATION: a critical-propositional analysis of Hürşehit Gürbüzer's model in dialogue with the Theory of Objectivity

This article presents a critical-propositional analysis of Hürşehit Gürbüzer’s Spatial Reflex Pressure Field Propulsion and the Continuity of the Unique Moment: Field-Based Solutions in Quantum Mechanics and Cosmology (2026), in dialogue with the Theory of Objectivity (TO). The study examines the conceptual, cosmological, and ontological implications of Gürbüzer’s model of spatial reflex pressure, the Unique Moment, photon evolution, redshift, the CMB, black holes, and the non-collapsing wave function. The analysis identifies significant convergences with the Theory of Objectivity, especially regarding the critique of singularities, the rejection of dark matter and dark energy as autonomous ontological entities, the centrality of boundary, field dynamics, radiation-information, and the search for physical mechanisms beyond purely abstract mathematical formulations. At the same time, the article highlights an important modal tension: while Gürbüzer assumes an infinite physical spatial field as a primary foundation, the Theory of Objectivity requires the deduction of existence from the logical Nothing, the Perfect Sphere, the Absolute Truths, and the modal passage toward phenomenic elements. The article concludes that Gürbüzer’s model offers a highly relevant phenomenological and cosmological interlocution with the Theory of Objectivity, although it does not replace the modal-cosmogonic foundation of TO. This analytical study received analytical support from ChatGPT. Keywords: Teoria da Objetividade; Vidamor Cabannas; Denivaldo Silva; Hürşehit Gürbüzer; spatial reflex pressure; Unique Moment; radiation-information; logical Nothing; Perfect Sphere; Inducing Effects; alternative cosmology; gravity; redshift; CMB; black holes; photon evolution; modal ontology; field-based cosmology.