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arXiv quant-ph/0702208quant-ph
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一种超光速S场介导的量子纠缠

A proposed superluminal S-field mediating quantum entanglement

Vitalij Garber

摘要:

我们提出了一个由两个维拜因束组成的双度规时空,其中一个超光速的S-场介导了与量子纠缠相关的量子信息的因果交换。由此产生的理论保留了通常的量子场相互作用,以及光速不变,但引入了与S场维尔拜因束相关的量子信息效应。我们表明,这种S场与狄拉克场的相互作用会影响其自旋密度,正如我们对传递纠缠相关信息的场所期望的那样。

英文摘要:

We propose a bimetric space-time consisting of two vierbein bundles, in which a superluminal S-field mediates a causal exchange of quantum information associated with quantum entanglement. The resulting theory leaves the usual quantum field interactions, as well as the speed of light unchanged, but introduces quantum information effects related to the S-field vierbein bundle. We show that such S-field interactions with the Dirac field, affect its spin density, as we would expect for a field that would impart entanglement related information.

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