2006Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fieldsOpen access

Remark on integrating out heavy moduli in flux compactification

Hiroyuki Abé, Tetsutaro Higaki, Tatsuo Kobayashi

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Abstract

We study two steps of moduli stabilization in type IIB flux compactification with gaugino condensations. We consider the condition that one can integrate out heavy moduli first with light moduli remaining. We give appendix, where detail study is carried out for potential minima of the model with a six dimensional compact space with ${h}_{1,1}={h}_{2,1}=1$, including the model, whose respective moduli with ${h}_{1,1},{h}_{2,1}\ensuremath{\ne}1$ are identified.

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We study two steps of moduli stabilization in type IIB flux compactification with gaugino condensations. We consider the condition that one can integrate out heavy moduli first with light moduli remaining. We give appendix, where detail study is carried out for potential minima of the model with a six dimensional compact space with ${h}_{1,1}={h}_{2,1}=1$, including the model, whose respective moduli with ${h}_{1,1},{h}_{2,1}\ensuremath{\ne}1$ are identified.

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Available abstract

We study two steps of moduli stabilization in type IIB flux compactification with gaugino condensations. We consider the condition that one can integrate out heavy moduli first with light moduli remaining. We give appendix, where detail study is carried out for potential minima of the model with a six dimensional compact space with ${h}_{1,1}={h}_{2,1}=1$, including the model, whose respective moduli with ${h}_{1,1},{h}_{2,1}\ensuremath{\ne}1$ are identified.

Key concepts: Compactification (mathematics), Moduli, Moduli space, Gaugino, Moduli of algebraic curves, Physics, Modular equation, Theoretical physics

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