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arXiv 2512.04498hep-th
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两种反物质速度计算的等价性解释:基于引力规范形式的视角

An Interpretation for the Equivalence of Two Holographic Computations of the Butterfly Velocity with the Canonical Formalism of Gravity

Feiyu Deng, Xiao-Shuai Wang, Jie-qiang Wu

AI总结:

本文通过引力规范形式解释了两种反物质速度计算的等价性,展示了两种计算在形式上的相似性及其背后的物理意义。

摘要:

在本文中,我们重新审视两种反物质速度计算的等价性:利用冲击波解的计算和利用纠缠楔重构的计算。我们通过引力规范形式对这两种计算的等价性提供了解释。具体而言,通过利用规范形式,我们将两种计算重新表述为形式相似的计算。在此,两种重新表述的计算中,反物质速度是通过将给定的初始数据应用于约束方程来计算的。并且两种计算的初始数据集具有相似的结构。我们然后将两种计算的等价性解释为重新表述计算中相似形式的结果。

英文摘要:

In this paper, we revisit the equivalence of two holographic computations of the butterfly velocity: the computation with the shock wave solution and the computation with the entanglement wedge reconstruction. We provide an interpretation for the equivalence of the two computations with the canonical formalism of gravity. Specifically, by taking use of the canonical formalism, we reformulate both computations into the ones with a similar form. Here, in both reformulated computations, the butterfly velocity is computed from applying a given set of initial data into the constraint equations. And the sets of initial data of both computations have a similar structure. We then interpret the equivalence of the two computations as from the similar form of the reformulated computations.

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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