标题： 短发黑洞与强宇宙审查猜想 显示英文标题

标题： Short-Hair Black Holes and the Strong Cosmic Censorship Conjecture

摘要： 奇点问题一直是物理学家研究的焦点。 为了解决这个问题，彭罗斯提出了宇宙审查猜想，但在不同情况下验证这一猜想仍然面临许多挑战。 在短发黑洞研究的背景下，本文探讨了当宇宙受到标量场扰动时，是否遵守强宇宙审查猜想（SCCC）。 本文探讨了在标量场扰动下，短发黑洞是否满足SCCC。 利用广义相对论框架内的弱引力猜想（WGC）和WKB近似方法，我们系统地分析了在不同参数条件下短发黑洞的行为。 重点是当黑洞接近极端条件时，是否会发生SCCC的违反。 结果表明，当短发黑洞的电荷Q接近其极端值时，SCCC会被违反。 然而，随着黑洞度规方程的阶数k和角动量量子数l的增加，SCCC违反的现象会延迟出现。 这些发现表明，黑洞电荷Q接近极端性，以及角动量量子数l和阶数k的值，在探索黑洞物理和验证SCCC中起着关键作用。 这项研究不仅揭示了短发黑洞在极端条件下的行为，还为进一步研究SCCC提供了新的视角。 显示英文摘要

摘要： The singularity problem has always been a focus of physicists' research. In order to solve this problem, Penrose proposed the cosmic censorship conjecture, but verifying this conjecture in different situations still faces many challenges. In the context of short-hair black hole research, this paper explores whether the Strong Cosmic Censorship Conjecture (SCCC) is obeyed by the universe when it is disturbed by a scalar field. In this paper, we explore whether the short-hair black hole satisfies the SCCC under scalar field perturbations. Using the Weak Gravity Conjecture (WGC) and the WKB approximation method within the framework of general relativity, we systematically analyze the behavior of short-hair black holes under different parameter conditions. The focus is on whether violations of the SCCC occur when the black hole approaches extremal conditions. The results show that when the charge Q of the short-hair black hole approaches its extremal value, the SCCC is violated. However, as the order k of the black hole's metric equation and the angular momentum quantum number l increase, the phenomenon of SCCC violation is delayed. These findings indicate that the proximity of the black hole's charge Q to extremality, as well as the values of the angular momentum quantum number l and the order k, play crucial roles in exploring black hole physics and verifying the SCCC. This research not only reveals the behavior of short-hair black holes under extreme conditions but also provides a new perspective for further investigation of the SCCC.