This article presents a critical-propositional analysis of Jerad Happe’s Tachyonic Quenched Spacetime (TQS), published on Zenodo in version 24.0, in dialogue with the Theory of Objectivity (TO). Happe’s proposal interprets classical spacetime as an emergent condensed, elastic, and relational phase of a pre-geometric substrate subjected to a tachyonic instability and a global quench. In this context, “tachyonic” is understood not as superluminal motion, but as a pre-local instability of configuration-space curvature before the emergence of spacetime, causality, and propagation. The analysis examines possible compatibilities between TQS and TO regarding the non-fundamentality of spacetime, the emergence of geometry, the role of an originary null condition, the interpretation of time as reconciliation, gravity as a collective response, photons as relational updates, and radiation-information as the transcendent element produced in atomic relations. It also identifies modal tensions: TQS offers a powerful physical-operational model of emergent spacetime, but it does not yet deduce its relational substrate from the modal necessity of logical Nothingness, boundary, and objective composition as required by TO. The article proposes that TQS may be read as a physical-operational bridge for a later stage of objective cosmogony, especially in the passage from logical-relational differentiation to the phenomenic stabilization of spacetime. In this reading, tachyonic instability may be analogically related to the Expansive Inductive Effect, global quench to the Reductive Inductive Effect, elastic networks to logical tracks and currents, photons to radiation-information, and black holes to limit-zones of objective convergence. The study concludes by assigning TQS a high dialogue score with TO, while preserving the modal priority of the Theory of Objectivity. This analytical text received analytical support from ChatGPT. Keywords: Theory of Objectivity; Vidamor Cabannas; Denivaldo Silva; Jerad Happe; Tachyonic Quenched Spacetime; emergent spacetime; logical Nothingness; modal ontology; objective cosmogony; pre-geometric substrate; tachyonic instability; global quench; Inductive Effects; Expansive Inductive Effect; Reductive Inductive Effect; radiation-information; transcendent element; photons; neutrinos; emergent gravity; elastic spacetime; black holes; philosophy of physics; cosmology.
Cabannas et al. (Sat,) studied this question.