GIRUM'S WEB THEORY • PART III : FALSIFIABLE PREDICTIONS AND EXPERIMENTAL PROTOCOLS

This paper transforms the framework from retrospective explanation to prospective testing. It presents a comprehensive set of falsifiable predictions derived directly from the theory's core equations, each accompanied by concrete experimental protocols and unambiguous falsification criteria. In cosmology, the framework predicts continued null results in dark matter searches, slow evolution of the Hubble constant, drift in dark energy's equation of state, and double-peaked void lensing profiles. In quantum mechanics, it predicts specific angular corrections to Bell inequality violations, temperature scaling of decoherence rates, and correlation between measurement outcomes and observer alignment. In biology, it predicts quantitative immune rejection probabilities, metastasis timing with high accuracy, and aging trajectories. In ecology, it predicts invasive species success rates based on alignment differences. In psychology, it predicts measurable effects of gratitude interventions. In technology, it predicts AI alignment thresholds and quantum coherence scaling. The paper specifies exactly what would constitute evidence for the theory and, equally important, what would disprove it. This volume completes the scientific arc from abstract axioms to empirical adjudication.