Beyond Physical Manifestation I: Ontological Primacy of Information

This paper challenges the fundamental assumption of ``dimensionality'' in classical and modern physics, asserting that space and time are not intrinsic backgrounds but emergent informational constructs derived from the causal relational network of matter. By introducing the Dimension Free Principle, we argue that causality is a fundamental, timeless logical constraint rather than a temporal sequence. Through the application of Gödel's incompleteness theorems to spatial formal systems, it is argued that empty spacetime lacks ontological status, and existential primacy belongs to the informational substrate. This paper explicitly restricts Gödel’s incompleteness to the relativistic spacetime formalism viewed as a self-contained mathematical system, and not to physics itself. Since conventional mathematical tools are inherently built upon dimensional presuppositions, this foundational layer remains inaccessible to closed-form analytical methods. Consequently, we propose the Imitation Methodology, an approach positing that the operational logic of reality can only be reconstructed and validated through self-consistent algorithmic simulation rather than classical mathematical analysis.