Athermal_Quantum_Transformation_TQA_Theoretical_Framework

This deposit presents the core formulation of the Athermal Quantum Transformation (TQA) framework, a theoretical proposal that explores the emergence of spacetime curvature as a consequence of topological reorganization processes in baryonic matter under critical, non-thermal conditions. The framework introduces the operator Σ(M, T) to characterize geometric transitions without invoking exotic matter or dark energy as fundamental components. Its formal structure is based on a modified Chern–Simons–type coupling and is explicitly constructed to allow falsifiability. The model leads to testable predictions in high-energy astrophysical environments, including specific polarization signatures in active galactic nuclei and the possible emergence of narrow spectral features around 3.472 keV, accessible to current observational missions. No empirical closure is claimed; this work defines the theoretical nucleus intended to be critically evaluated, constrained, or refuted through observational and numerical investigation. This deposit constitutes the foundational reference of the TQA framework. Conceptual developments and extended analyses are provided in complementary deposits by the same author, explicitly linked to this DOI.