![]() ![]() This greatly simplifies analysis and design of multi-path quantum systems and restores objectivity. Recently a new axiom (particle and its wave function φ(r, t) cannot be coincident or co-located at space-time point (r k, t k) unless φ(r, t) = δ(r-r k, t-t k) the Dirac delta function) has been suggested 2 and justified, which explains duality without Niels Bohr’s complementarity principle, thus eliminating the role of the observer, avoiding complicated “which way” (welcher-weg) considerations and observer subjectivity. Multiple paths between sources and detectors require an understanding of the underpinning wave-particle duality issue in the interference effects. ![]() Interference with or without entanglement has been recognized as a key resource for quantum computing and quantum communications systems, as for example discussed by Nielsen and Chuang 1 and numerous other works. ![]()
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