Bell定理现有实验检验的不可靠性

Unreliability of Existing Experimental Tests to Bell's Theorem

论述了量子力学系综解释的合理性.指出Bell定理的实验检验应是这样一类实验,即与组成系综的所有系统的制备相应的事件间的时空间隔是类空间隔.而Bell定理现有实验检验都是非类空型的,因而是不可靠的.也证明了在系统制备为非类空的限制下。

The rationality of the ensemble interpretation of quantum mechanics is expounded. It is indicated that the experimental tests to Bell's theorem should be those in which the space time intervals between events corresponding to the preparations of all systems consisting of the ensemble are space like and, the existing experimental tests are all non space like, as a result, they are unreliable. It is also shown that with restriction of the non space like type repreparation of systems, local hidden variables theories can be consistent with quantum mechanics.