Paper: Proof of Bell's Theorem Free of Significant Gaps using Entangled Photons

Researchers publish in Physical Review Letters a large-scale experiment using Bell's theorem, statistically conclusively ruling out any local hidden variables. The study confirms that entangled particles exhibit instantaneous correlations without the exchange of physical signals across space, refuting the thesis of mechanistic determinism and forcing physicists to admit that the structure of reality has non-local and inherently indeterminate foundations before measurement, which rewrites our physical ontology.