Testing Gauge/Gravity Duality: The Eleven-Dimensional PP-wave
Testing Gauge/Gravity Duality: The Eleven-Dimensional PP-wave
复制标题
测试压力表/重力二元性：十一维 PP 波
DOI：
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发表时间：
2004
期刊：
影响因子：
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通讯作者：
Xinkai Wu
中科院分区：
文献类型：
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作者：
Xinkai Wu
M 理论物体之间相互作用的规范/引力二象性教会了我们很多关于量子引力的知识。十一维 PP 波背景为探索这种超越平坦和几乎平坦（即弱弯曲）背景的二元性提供了一个新的舞台。在本文中，我们讨论了描述相互作用的M理论物体动力学的规范理论、捕获这些动力学的超重力计算、两侧的比较以及十一维PP波背景中的各种物体（例如引力子和膜）。我们只考虑单环规范理论和线性超重力近似。
The gauge/gravity duality in the interaction between M theory objects has taught us a lot about quantum gravity. The eleven-dimensional PP-wave background provides a new arena for exploring this duality beyond flat and almost flat, i.e., weakly curved, backgrounds. In this thesis we discuss the gauge theories that describe the dynamics of interacting M theory objects, the supergravity calculations that capture these dynamics, the comparison of the two sides, and various objects (such as gravitons and membranes) in the eleven-dimensional PP-wave background. We only consider the one-loop gauge theory and linearized supergravity approximations.