Dimensional Mismatch and the Asymptotic Projection Principle

This paper introduces a unifying geometric framework for interpreting quantum uncertainty, wavefunction collapse, and entanglement as structured consequences of dimensional mismatch. It proposes that many measurement anomalies arise not from randomness but from projection effects between spaces of differing dimensionality. The theory integrates mathematical formalism with testable predictions across quantum physics, cosmology, and computation, offering new tools for visualizing and recovering hidden structure in physical systems.