论文标题
螺旋黑洞的内部
Interior of helical black holes
论文作者
论文摘要
我们研究爱因斯坦重力中五个维中性螺旋黑孔的内部结构，并在爱因斯坦 - 马克斯韦尔重力中带有带电的螺旋黑孔。在中性的螺旋黑孔内，系统演变为稳定的空间kasner奇异性。与螺旋变形强度有关的度量场在低温和小螺旋变形强度下表现出接近地平线的振荡行为。在带电的螺旋黑孔内，我们表明内部的库奇地平线不存在。这些系统也从地平线发展到稳定的Kasner奇点。我们发现振荡可以存在，并且有一个特殊的特征，即振荡发生在地平线附近，并且在爱因斯坦 - 罗森桥崩溃之前，振荡发生了带电的螺旋黑孔。
We study the interior structure of five dimensional neutral helical black holes in Einstein gravity and charged helical black holes in Einstein-Maxwell gravity. Inside the neutral helical black holes, the systems evolve to a stable spacelike Kasner singularity. The metric field related to the helical deformation strength exhibits oscillation behavior close to the horizon at low temperature and small helical deformation strength. Inside the charged helical black holes, we show that the inner Cauchy horizon can not exist. The systems also evolve from the horizon to a stable Kasner singularity. We find that the oscillations can exist and there is a special feature that the oscillations occur near the horizon and before the collapse of the Einstein-Rosen bridge for the charged helical black holes.
