Impact of Gravity on Vacuum Stability

Abstract

In a pioneering paper on the role of gravity on false vacuum decay, Coleman and De Luccia showed that a strong gravitational field can stabilize the false vacuum, suppressing the formation of true vacuum bubbles. This result is obtained for the case when the energy density difference between the two vacua is small, the so called thin wall regime, but is considered of more general validity. Here we show that when this condition does not hold, however, {\it a strong gravitational field (Planckian physics) does not necessarily induce a total suppression of true vacuum bubble nucleation}. Contrary to common expectations then, gravitational physics at the Planck scale {\it does not stabilize the false vacuum}. These results are of crucial importance for the stability analysis of the electroweak vacuum and for searches of new physics beyond the Standard Model.

6 pages, 4 figures

References in corpus (7)

• The lifetime of the electroweak vacuum and sensitivity to Planck scale physics
• Gravitational corrections to Standard Model vacuum decay
• Top mass determination, Higgs inflation, and vacuum stability
• The fate of the Higgs vacuum
• Probabilities in the landscape: The decay of nearly flat space
• Regulating Eternal Inflation II: The Great Divide
• Tunneling from a Minkowski vacuum to an AdS vacuum: A new thin-wall regime

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