Informational Resolution Hypothesis: A Predictive Framework for Emergent Cosmological Geometry

We propose the Informational Resolution Hypothesis, a predictive framework in which certain aspects of cosmological geometry emerge as effective functions of structural information rather than being solely determined by energy–matter content. The hypothesis introduces an informational variable associated with large-scale structural connectivity and predicts observable geometric residuals beyond standard ΛCDM expectations, particularly in weak gravitational lensing. The framework is explicitly falsifiable and formulated as an effective hypothesis rather than a fundamental theory.