Entangled Realities, Present Existence: Bell Nonlocality in ER

Bell’s theorem reveals a profound puzzle: quantum measurements on entangled particles exhibit correlations across spacelike separations that defy classical locality. Traditionally, resolving this “spooky action at a distance” has seemed to demand either a block-universe view (with all outcomes laid out and equally real in a static 4D spacetime) or a retreat from realism (e.g. treating the wavefunction and collapse as mere calculation tools without objective reality). Existential Realism (ER) offers a middle path. Within ER’s two-tier framework, outcomes come into existence only in their local present moments, while entangled correlations remain real as non-present structures that condition and delimit those outcomes. This framework maintains a genuine temporal becoming (only present events are fully actual) even as it acknowledges a deeper causal structure that extends beyond the present. As a result, ER can reconcile quantum nonlocality with a present-centric view of time: the entangled “realities” provide structure across distance, but only manifest as present existences when observed. In this paper, we articulate how Bell nonlocality can be understood within the ER framework – preserving relativistic causality (no faster-than-light signals) and the reality of quantum correlations without invoking an eternal block universe. We show that Bell’s experiment, far from undermining a dynamic present, strengthens the case for ER’s two-tier framework of time by demanding a category of reality beyond immediate existence. Each measurement outcome “collapses” into existence locally, even as a holistic, non-local reality ties the outcomes together. Thus, Bell’s nonlocal correlations become an argument for a nuanced realism of time: one in which only the present exists, but much more than the present is real. The result is a conception of nature that upholds both the physical reality of quantum phenomena and the experiential truth of an unfolding present.