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arXiv:hep-th/0106265·v1·High Energy Physics — Theory

Stability of Compactifications

Tetsuya Shiromizu🇯🇵 · Daisuke Ida🇯🇵 · Hirotaka Ochiai🇯🇵 · Takashi Torii🇯🇵

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Abstract

We examine the stability of . The initial data constructed by De Wolfe et al \cite{Gary} has been carefully analyised and we have confirmed that there is no lower bound for the total mass for . The effective action on has been derived for dilatonic compactification of the system to describe the non-linear fluctuation of the background space-time. The stability is discussed applying the positive energy theorem to the effective theory on AdS, which again shows the stability for .

Comments: 6 pages, 3 figures

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