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arXiv 1712.04466hep-th
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大场暴胀的显式模型

Towards an explicit model of large field inflation

Juan Diaz Dorronsoro, Marjorie Schillo

摘要:

在IIB型通量紧致化中研究了解旋膨胀机制,其中所有模量都是使用通量、非微扰效应和大体积场景的领先α修正来稳定的。我们认为反D3膜的存在以及Kaehler模量上的膨胀的反作用的几何上的反作用,并计算由此产生的修正慢滚潜力。通过采用大通量数,我们能够找到反反应效应受到控制的暴胀时期,暴胀子穿过超普朗克场范围,并且由此产生的标量扰动幅度与观测一致。

英文摘要:

The unwinding inflation mechanism is studied in a type IIB flux compactification where all moduli are stabilized using flux, non-perturbative effects, and the leading alpha' corrections of the large volume scenario. We consider the backreaction on the geometry due to the presence of anti-D3 branes as well as the backreaction of inflation on the Kaehler moduli, and compute the resulting corrections to the slow-roll potential. By taking large flux numbers, we are able to find inflationary epochs where backreaction effects are under control, the inflaton traverses a super-Planckian field range, and the resulting amplitude of scalar perturbations is consistent with observation.

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