量子引力的超空间世界线形式主义方法:降维与全息

Jean-Baptiste Roux
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引用次数: 0

摘要

利用 ADM 形式主义,我们证明了量子引力的哈密顿形式正是超空间中的世界线(WL)形式。然后,我们证明凯尔迪什分割函数可以还原为欧几里得三维引力的分割函数。在讨论了时间参数的意义之后,我们证明在规场形式主义中,我们的凯尔迪什划分函数可以还原为二维共形场论(CFT)的生成函数。这个函数的最小时间延迟与宇宙学常数的平方根成正比。从Chern-Simons/Liouville对应关系的观点出发,我们从宇宙学边界计算了两个大质量探测器之间虚拟引力子的交换。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Superspace worldline formalism approach to Quantum Gravity: dimensional reduction and Holography
Using the ADM formalism, we demonstrate that the Hamiltonian formulation of Quantum Gravity is exactly in the form of a worldline (WL) formalism in the superspace. We then show that the Keldysh partition function reduces to the partition function of Euclidean 3D gravity. After discussing the meaning of the time parameter, we show that in the gauge fields formalism, our Keldysh partition function reduces to a generating functional of a 2D Conformal Field Theory (CFT). This functional exhibits a minimal time-lapse proportional to the square root of the cosmological constant. From the viewpoint of the Chern-Simons/Liouville correspondence, we calculate the exchange of virtual gravitons between two massive probes from the cosmological boundary.
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