Reinterpreting Bell's Theorem via Informational Constraint

This paper presents a classical, constraint-based model that reproduces the quantum correlations observed in Bell-type experiments — including violations of Bell’s inequality that are indistinguishable from those predicted by quantum mechanics. Rather than invoking nonlocality or wave function collapse, the model relies on a shared informational structure between measurement devices, enabling the observed correlations to emerge without superluminal signaling. This version includes minor revisions and adds author contact information on the final page for correspondence and academic inquiry.