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arXiv 2202.05950hep-thgr-qc
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(旋转、扭曲、有质量)BTZ黑洞的混沌、相变与曲率不变量

Chaos, Phase Transitions and Curvature Invariants of (rotating, warped, massive) BTZ Black Holes

Mahdis Ghodrati

AI总结:

本文综合研究BTZ及扭曲BTZ黑洞,利用有效温度、物理热力学系综和曲率不变量澄清混沌界饱和、相变行为及模置乱模式的几何对应。

摘要:

结合作者先前工作中的若干结果,本文将澄清三个主要的微妙之处。首先,类似于旋转BTZ黑洞,我们展示对于扭曲BTZ黑洞,考虑有效温度如何能够解决混沌界看似未饱和的问题。其次,通过比较拓扑有质量引力和新有质量引力理论中BTZ与扭曲BTZ黑洞的Hawking-Page相图,我们展示作用量的特征如何决定混沌模式的行为;在此我们强调,在扭曲CFT中研究边界混沌模式时,使用局域且“物理的”热力学系综的重要性,以及其与bulk reconstruction(体重构)的联系。第三,我们提出,使模混沌界饱和的边界模置乱模式与几何一侧的曲率不变量相关。

英文摘要:

Combining several results from the previous works of the author, three main subtleties will be clarified here. First, similar to the rotating BTZ black holes, we show how for the warped BTZ black holes, the consideration of the effective temperatures could solve the seemingly unsaturation issue of the chaos bound. Second, comparing the Hawking-Page phase diagrams of BTZ and warped BTZ black holes in the topologically massive gravity and new massive gravity theories, we show how the characteristics of the action would specify the behaviors of the chaos modes, and there we emphasize the importance of using the local and "physical" thermodynamical ensembles for studying the boundary chaos modes in warped CFTs and also the connections with the bulk reconstruction. Third, we propose that the boundary modular scrambling modes which saturate the modular chaos bound are related to the curvature invariants in the geometrical side.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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