Testable Predictions of Projection-Based Physics: Observational Matches and Falsifiability Conditions

We present the definitive test suite for the projection-based framework of emergent spacetime. In this theory, all physical structure—including mass, time, gravity, and quantum behavior—emerges from a bidirectional projection off a timeless, scale-invariant conformal boundary. This paper catalogs the model’s parameter-free predictions, current observational confirmations, and explicit falsifiability conditions across cosmology, quantum mechanics, gravity, and particle physics. The framework uniquely predicts constants such as , particle masses, and cosmological expansion without free parameters. We provide criteria by which the theory could be definitively falsified, including graviton detection, monopole observation, and violation of the Born rule. This document positions projection-based physics as a unified, predictive, and falsifiable theory of the physical universe.