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arXiv 1208.0106gr-qccond-mat.stat-mechhep-th
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量子微扰下引力的临界行为

Critical behaviors of gravity under quantum perturbations

Hongsheng Zhang, Xin-Zhou Li

摘要:

相变和临界现象是热力学和统计力学中非常有趣的课题。引力与热力学有着深刻的内在联系。在临界点附近,扰动变得显著。因此,对于普通物质(除引力外还受相互作用支配),如果我们忽略临界点周围的扰动,如平均场论,临界行为将变得非常不同。我们发现,RN-AdS时空的临界指数保持相同的值,即使我们考虑全量子微扰。这表明了引力和普通热力学系统之间的一个关键区别。

英文摘要:

Phase transition and critical phenomenon is a very interesting topic in thermodynamics and statistical mechanics. Gravity is believed to has deep and inherent relation to thermodynamics. Near the critical point, the perturbation becomes significant. Thus for ordinary matter (govern by interactions besides gravity) the critical behavior will become very different if we ignore the perturbations around the critical point, such as mean field theory. We find that the critical exponents for RN-AdS spacetime keeps the same values even we consider the full quantum perturbations. This indicates a key difference between gravity and ordinary thermodynamic system.

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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