论文标题
钟形颗粒，页面曲线和黑洞信息的隧道信息
Tunneling of Bell Particles, Page Curve and Black Hole Information
论文作者
论文摘要
我们提出，负责Bekenstein-Hawking熵的黑洞的量子状态是由位于地平线下方区域的贝尔颗粒的薄外壳给出的。我们认为，可以通过一种新型的退化压力来稳定构型，这是由黑洞内部的非交换几何形状提出的。避免了黑洞的奇异性。我们利用Parikh和Wilczek \ cite {Parikh：1999mf}的工作包括隧穿对钟形颗粒的影响。我们表明，部分隧道的钟形颗粒给出了鹰辐射的页面曲线，最初存储在黑洞中的全部信息通过鹰辐射返回到外面。鉴于熵力，这些钟状态的位置与岛屿和量子极端表面自然相关。
We propose that the quantum states of black hole responsible for the Bekenstein-Hawking entropy are given by a thin shell of Bell particles located at the region just underneath the horizon. We argue that the configuration can be stabilized by a new kind of degeneracy pressure which is suggested by a noncommutative geometry in the interior of the black hole. Black hole singularity is avoided. We utilize the work of Parikh and Wilczek \cite{Parikh:1999mf} to include the effect of tunneling on the Bell particles. We show that partially tunneled Bell particles give the Page curve of Hawking radiation, and the entirety of information initially stored in the black hole is returned to the outside via the Hawking radiation. In view of entropic force, the location of these Bell states is naturally related to the island and the quantum extremal surface.
