Cosmic censorship hypothesis and entropy bound on black holes in a canonical ensemble

Abstract

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 "$t$-$\varphi$" 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.

7 pages two-column, 2 figures,published version

References in corpus (4)

• The 1965 Penrose singularity theorem
• Weak Cosmic Censorship: As Strong as Ever
• On the Penrose inequality in anti-deSitter space
• A Holographic Argument for the Penrose Inequality in AdS