论文标题
宇宙审查假设和熵结合在规范合奏中的黑洞
Cosmic censorship hypothesis and entropy bound on black holes in a canonical ensemble
论文作者
论文摘要
本文认为，弱宇宙审查假设意味着Schwarzschild黑洞在所有固定温度的所有固定黑洞中具有最大的熵，或者等效地存储相同数量的信息Schwarzschild黑洞的温度最高。然后，它为4维通用静态黑洞和具有“ $ t $ - $ ϕ $”反射等距的固定轴对称黑洞提供了独立的数学证明。该结果不仅提供了温度和黑洞熵之间的新通用界限，而且还提供了我们的新证据，以支持弱宇宙审查的假设。
This paper argues that the weak cosmic censorship hypothesis implies that the Schwarzschild black hole has maximal entropy in all stationary black holes of fixing temperature, or equivalently, to store a same amount of information the Schwarzschild black hole has highest temperature. It then gives the independent mathematical proofs for 4-dimensional general static black holes and stationary-axisymmetric black holes which have "$t$-$ϕ$" reflection isometry. This result does not only provide a new universal bound between temperature and entropy of black holes but also offers us new evidence to support the weak cosmic censorship hypothesis.
