Beyond Causality: Emergence of Gravity and the Ontological Boundaries of Reality

It is shown that the non-renormalizability of quantum gravity is an artifact of erroneously quantizing a secondary geometric object – the observed spacetime metric. Within the framework of AB-tomography [1], the existence of a timeless Absolutewith geometry gµν is postulated, whose projection into observable reality is determined by the dynamic processual field Θ (the act of generation). The induced observed metric g˜µν = Θ · gµν and, consequently, all gravitational dynamics emerge from the dynamics of the process Θ, leading to a renormalizable effective theory. Quantum gravitons are interpreted not as fundamental particles but as tensor modes in the excitation spectrum of the processual field Θ. This approach forces a reconsideration of the ontological status of the entire observed reality as a self-consistent projection, whose harmonious structure is determined by the principles of causality, minimality, and stability.