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arXiv 1806.03418hep-thgr-qc
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宇宙间纠缠对早期宇宙态的影响

Effects of inter-universal entanglement on the state of the early universe

Salvador Robles-Pérez

摘要:

在量子宇宙学中,总动量守恒有利于以相反动量值与微超空间的组态变量共轭的纠缠对创造宇宙,这与量子场论中以相反动量值成对创造粒子的方式类似。然后,在两个宇宙中传播的物质场也可能变得纠缠,其结果是准热态的出现,这将在早期宇宙中物质场的波动谱中产生特定且可区分的模式。

英文摘要:

The creation of universes in entangled pairs with opposite values of the momenta conjugated to the configuration variables of the minisuperspace would be favoured in quantum cosmology by the conservation of the total momentum, in a parallel way as particles are created in pairs with opposite values of their momenta in a quantum field theory. Then, the matter fields that propagate in the two universes may become entangled too, the result of which is the appearance of a quasi thermal state that would produce a specific and distinguishable pattern in the spectrum of fluctuations of the matter fields in the early universe.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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