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arXiv 0806.2420gr-qchep-th
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扩大的Bianchi I宇宙的量子化

Quantization of enlarged Bianchi I universe

Shintaro Sawayama

摘要:

我们可以解扩大的Bianchi I的Wheeler-DeWitt方程作为非均匀型宇宙的静态限制,这已经由以前的文章中导出。我们考虑了静态约束和哈密顿约束之间的对易关系。对扩展Biancki I型宇宙中通常的3+1哈密顿约束进行了简化,并最终证明了其态的形式是指数型的。我们发现量子引力的态是纠缠的。本文在前人工作的基础上,提出了一种简化Wheeler-DeWitt方程的自上而下方法。

英文摘要:

We can solve the Wheeler-DeWitt equation of the enlarged Bianchi I as inhomogeneous type universe with static restriction which had been derived by previous paper. We consider the commutation relation between the static restriction and the Hamiltonian constraint. And we can simplify the usual 3+1 Hamiltonian constraint of the enlarged Biancki I type universe, and we finally show the state's form is the exponential. And we find that the states of the quantum gravity are entangled. Our paper based on the previous work of ours that we call up-to-down method which was aimed to simplify the Wheeler-DeWitt equation.

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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