Preliminary Observational Constraint on an Informational Resolution Hypothesis of Cosmic Expansion

This work introduces the Informational Resolution Hypothesis, proposing that certain aspects of cosmological geometry emerge as a function of informational resolution rather than additional energy components. The hypothesis is formulated as a falsifiable framework, defining an effective informational variable linked to large-scale structural connectivity and predicting residual geometric effects observable through weak gravitational lensing. The manuscript presents the conceptual foundations, formal structure, and observational implications of the proposal.