一个反例，以软化的奇异性和一个关键的评论，隐含的要求，物理信号可能不会比光传播得快贝尔定理
A counter-example to Bell's theorem with a softened singularity and a critical remark to the implicit demand that physical signals may not travel faster than light
摘要：
在本文中，给出了一个反例贝尔定理，这是基于共同的概率密度作为标准正常（高斯）和均匀的概率密度。违反贝尔不等式的原因在于类似于狄拉克δ的函数的“软化”，使得它们可以“隐藏”在符号函数中。此外，还讨论了与此相关的物理信号不能比光速传播的要求，并给出了FitzGerald-Lorentz收缩因子。
英文摘要：
In the present paper a counter-example to Bell's theorem is given which is based on common probability densities as standard normal (Gaussian) and uniform probability densities. The reason for violating the Bell inequalities lies in the 'softening' of functions similar to the Dirac delta such that they can be 'hidden' inside a sign function. In addtition, the related demand that that physical signals may not travel faster than light is discussed with the FitzGerald-Lorentz contraction factor.
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