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Paper detail

Electroweak Vacuum Stabilized by Moduli during/after Inflation

It is known that the present electroweak vacuum is likely to be metastable and it may lead to a serious instability during/after inflation. We propose a simple solution to the problem of vacuum instability during/after inflation. If there is a moduli field which has Planck-suppressed interactions with the standard model fields, the Higgs quartic coupling in the early universe naturally takes a different value from the present one. A slight change of the quartic coupling in the early universe makes the Higgs potential absolutely stable and hence we are free from the vacuum instability during/after inflation.

preprint2016arXivOpen access
Yohei EmaKyohei MukaidaKazunori Nakayama
astro-ph.COhep-ph
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Yohei EmaKyohei MukaidaKazunori Nakayama

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