论文标题
带电的黑手弹空间的回声
Echoes of charged black-bounce spacetimes
论文作者
论文摘要
在目前的工作中，研究了标量场和电磁场在带电的黑手弹空间的背景下的演变，我们获得了一个明显的回声信号，该信号适当地报告了带电的黑弹空位的特性，并披露了这种现象背后的物理原因。此外，通过研究了准响声，我们分析了带电的黑手弹空时的三个状态，我们的结果表明，仅当$（\ rvert {\ rvert {q} \ rvert \ rvert \ le m）$和$（\ rvert \ l lever）和$（\ rvert {\ rvert {\ rvert {l}这个时空，而当参数要求$（\ rvert {q} \ rvert> m）$ $时，回声信号将转换为两路可穿越的蠕虫的准响声，而带电的黑铃是正常的黑洞，是正常的黑孔（\ rvert $）（\ rvert $（\ rvert）） {l} \ rvert <m- \ sqrt {m ^{2} -q ^{2}}}）$。
In present work, the evolution of scalar field and electromagnetic field under the background of the charged black-bounce spacetimes are investigated, and we obtain an obvious echoes signal which appropriately reports the properties of the charged black-bounce spacetimes and disclose the physical reasons behind such phenomena. Furthermore, by studying the quasinormal ringdown, we analyze the three states of the charged black-bounce spacetimes in detail, our results show that the echoes signal only appears when $(\rvert {Q}\rvert \le m)$ and $(\rvert {l}\rvert > m+ \sqrt{m ^{2}-Q^{2} })$ in this spacetime, while when the parameters demand $(\rvert {Q}\rvert>m)$, the echoes signal will be transformed into a quasinormal ringdown of the two-way traversable wormhole, and the charged black-bounce is a regular black hole with normal horizons by requiring $(\rvert {Q}\rvert \le m)$ and $(\rvert {l}\rvert < m- \sqrt{m ^{2}-Q^{2} })$.
