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EPR breakup of polyatomic molecules

机译:多原子分子的EPR分解

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摘要

We explore the EPR experiment in the case of the breakup of a polyatomic molecule into two mutually entangled fragments. We give a derivation based on the properties of the dissociated wave function that no information is transferred, not even at a speed smaller than the speed of light, from one entangled partner to the other concerning its measurement or lack thereof. We also explain experiments that show that each separated fragment can retain coherences induced in its parent molecule by a broad band laser pulse, regardless of whether a measurement has been performed on its entangled partner.
机译:我们在多原子分子分解为两个相互缠绕的片段的情况下探索EPR实验。我们基于解离波函数的性质给出推导,即即使有一个纠缠的伙伴对另一伙伴的测量或缺失,也不会传递信息,即使信息传递的速度小于光速,也不会传递信息。我们还解释了实验,这些实验表明,每个分离的片段都可以保留由宽带激光脉冲在其母体分子中诱导的相干性,而不管是否对其缠结的伴侣进行了测量。

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