We investigate the potential for generating an AMPS firewall from the replica wormhole topology, which describes the post-Page time spacetime in the evaporation process of a black hole. Our analysis reveals that this topology gives rise to a Dirac delta force experienced by infalling particles at the event horizon, consistent with the AMPS firewall hypothesis. This force, proportional to the particle's total energy squared, is a direct consequence of the inherent Dirac delta in the Ricci scalar of the replica wormhole. We provide a regularization scheme for this force, which is crucial for obtaining physically meaningful results. Notably, our approach suggests that considering the replica wormhole resolves both the information paradox and the AMPS argument regarding the monogamy of entanglement simultaneously, yielding a more coherent framework.

中文翻译：

---

副本 Wormhole 和 AMPS 防火墙


我们研究了从副本虫洞拓扑生成 AMPS 防火墙的可能性，该拓扑描述了黑洞蒸发过程中的后页面时空。我们的分析表明，这种拓扑结构在事件视界下落的粒子会受到狄拉克 delta 力，这与 AMPS 防火墙假说一致。这个力与粒子的总能量平方成正比，是复制虫洞的 Ricci 标量中固有的 Dirac delta 的直接结果。我们为这种力提供了一个正则化方案，这对于获得物理意义的结果至关重要。值得注意的是，我们的方法表明，考虑复制虫洞可以同时解决信息悖论和 AMPS 关于纠缠一夫一妻制的论点，从而产生一个更连贯的框架。