The article shows quantum interference limits impact event influence in a universal principle, suggesting quantifiable separability rules.
Key Points
The aim is to explore the limits of separability in quantum interference and propose a universal principle governing statistical correlations between events.
Analyzed empirical evidence supporting quantum theory's claims on particle behavior in interferometric experiments.
Investigated the principle regulating correlations among spacelike separated events and their mediating factors.
Established that events can affect each other in a non-separable way with a quantifiable upper limit on interference.
Demonstrated that joint influences among m mutually spacelike separated events require at least ⌈m/2⌉ mediating events.