Reconstructing Time as a Dimensional Activation Axis: A Unified Interpretation of Quantum 2D and Relativistic 3D Frameworks

This work proposes a unified structural interpretation in which time is treated not as a physical dimension, but as a dimensional activation axis (Z-axis) that projects a two-dimensional quantum informational domain into a three-dimensional relativistic spacetime. By distinguishing the dimensional rules governing quantum nonlocality and relativistic causality, the model explains why both regimes appear incompatible when interpreted within the same dimensional framework. The proposed activation mechanism reframes wavefunction collapse, the speed of light, and the emergence of classical spacetime geometry as consequences of projection from a lower-dimensional substrate. This framework does not modify existing physics but organizes quantum and relativistic behavior within a coherent geometric hierarchy.