No spooky action at a distance
Posted: Fri Jul 24, 2020 9:13 am
I've developed a model that correctly predicts the quantum measurement results with entangled photons thus refuting Bell's theorem. It can be found on ResearchGate
"On a contextual model refuting Bell's Theorem"
DOI:
10.13140/RG.2.2.29860.22403
As a consequence, we cannot conclude any more nature is nonlocal. Experimental results with spin or polarization measurements can be explained without assuming non-local effects.
Also, the concept of superposition which implies the simultaneous existence of incompatible physical states is in question. If measured values exist beforehand mutually exclusive values cannot exist simultaneously.
Hence, the concept of a quantum computer is in question as it relies upon the assumption that a quantum system bears simultaneously information about two mutually exclusive outcomes.
Comments are welcome
"On a contextual model refuting Bell's Theorem"
DOI:
10.13140/RG.2.2.29860.22403
As a consequence, we cannot conclude any more nature is nonlocal. Experimental results with spin or polarization measurements can be explained without assuming non-local effects.
Also, the concept of superposition which implies the simultaneous existence of incompatible physical states is in question. If measured values exist beforehand mutually exclusive values cannot exist simultaneously.
Hence, the concept of a quantum computer is in question as it relies upon the assumption that a quantum system bears simultaneously information about two mutually exclusive outcomes.
Comments are welcome