“Solution” of the EPR Paradox: Negative, or Rather Fuzzy Probabilities?

Roland Onmès

P. Marmet

Chao Zhao, TAN WEI-HAN, 上海大学物理系,上海 200444

In this paper, we use the solution of the Fokker-Planck equation for non-degenerate parametric amplification to deduce the condition of demonstration of the EPR paradox. The numerical simulation shows that the optimum realization of EPR paradox can be achieved by adjusting the degree of squeezing, and this is the best condition for demonstrating the EPR paradox for a given finite loss k.

F. Selleri

Jorma Jormakka

The hidden variable solution to the EPR paradox proposes that correlation of measurements of entangled particles is due to variables that get decided when the entangled particles get created. It is shown that the correlation of spin measurements in Bell's form of the EPR paradox can be explained as deriving from spin of the entangled particles in the x-direction. This spin parameter is not hidden as it is included in the standard quantum mechanical formulation.