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arXiv 1003.4132hep-thgr-qc
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矩阵模型的曲率和重力作用

Curvature and Gravity Actions for Matrix Models

Daniel N. Blaschke, Harold Steinacker

摘要:

我们展示了引力作用,特别是爱因斯坦-希尔伯特作用,可以从杨-米尔斯矩阵模型中的附加项得到。这与最近在这些矩阵模型中关于诱导引力作用的结果一致,实现了时空作为四维膜解。它开辟了通过简单的矩阵模型控制非微扰描述重力的可能性,真空能量问题的有趣的观点。讨论了它与紫外/红外混频和非对易规范理论的关系。

英文摘要:

We show how gravitational actions, in particular the Einstein-Hilbert action, can be obtained from additional terms in Yang-Mills matrix models. This is consistent with recent results on induced gravitational actions in these matrix models, realizing space-time as 4-dimensional brane solutions. It opens up the possibility for a controlled non-perturbative description of gravity through simple matrix models, with interesting perspectives for the problem of vacuum energy. The relation with UV/IR mixing and non-commutative gauge theory is discussed.

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