论文标题
jackiw-teitelboim重力中的被困重力波
Trapped Gravitational Waves in Jackiw-Teitelboim Gravity
论文作者
论文摘要
我们讨论引力波动（“重力波”）被二维jackiw-teitelboim重力中的重力相互作用捕获的可能性。在标准的GEON（引力电磁实体）方法中，有效能量完全沉积在薄层中，即活跃区域，该区域可实现空间自我结构，并对Geon的稳定性产生了怀疑。在本文中，我们放弃了“主动区域”方法，并获得了被真空几何形状捕获的“重力波”的自我插入，并且由于度量波动而可以稳定。
We discuss the possibility that gravitational fluctuations ("gravitational-waves") are trapped in space by gravitational interactions in two dimensional Jackiw-Teitelboim gravity. In the standard geon (gravitational electromagnetic entity) approach, the effective energy is entirely deposited in a thin layer, the active region, that achieves spatial self-confinement and raises doubts about the geon's stability. In this paper we relinquish the "active region" approach and obtain self-confinement of "gravitational waves" that are trapped by the vacuum geometry and can be stable against the backreaction due to metric fluctuations.
