论文标题
引力双重二重奏，大典型合奏团abhor cauchy Horizons
Gravitational duals to the grand canonical ensemble abhor Cauchy horizons
论文作者
论文摘要
大型全息理论的大型典型合奏的引力双重合奏是一个带电的黑洞。这些空间（例如Reissner-Nordström-ads）可以具有cauchy范围，从而使黑洞内部不完整的经典重力动力学变得不完整。我们表明，中性标量操作员对CFT的（在空间上均匀）的变形通常导致没有内部地平线的黑洞。相反，内部有一个空间般的Kasner奇异性。对于相关的变形，凯奇的视野永远不会形成。对于某些不相关的变形，可以在一个特定温度下存在Cauchy Horizons。我们表明，标量场会触发了凯奇（Cauchy Horizon）的爱因斯坦 - 罗森桥的快速崩溃。最后，我们对带电的伸展黑洞的内部进行了一些观察，其中奇异性的Kasner指数在低温极限下表现出吸引者的机理。
The gravitational dual to the grand canonical ensemble of a large $N$ holographic theory is a charged black hole. These spacetimes -- for example Reissner-Nordström-AdS -- can have Cauchy horizons that render the classical gravitational dynamics of the black hole interior incomplete. We show that a (spatially uniform) deformation of the CFT by a neutral scalar operator generically leads to a black hole with no inner horizon. There is instead a spacelike Kasner singularity in the interior. For relevant deformations, Cauchy horizons never form. For certain irrelevant deformations, Cauchy horizons can exist at one specific temperature. We show that the scalar field triggers a rapid collapse of the Einstein-Rosen bridge at the would-be Cauchy horizon. Finally, we make some observations on the interior of charged dilatonic black holes where the Kasner exponent at the singularity exhibits an attractor mechanism in the low temperature limit.
