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2016

Mass Formulae for Broken Supersymmetry in Curved Space-Time

Ferrara, Sergio, Van Proeyen, Antoine

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We derive the mass formulae for ${\cal N}=1$, $D=4$ matter-coupled Supergravity for broken (and unbroken) Supersymmetry in curved space-time.

These formulae are applicable to de Sitter configurations as is the case for inflation.
For unbroken Supersymmetry in anti-de Sitter (AdS) one gets the mass relations modified by the AdS curvature.
We compute the mass relations both for the potential and its derivative non-vanishing.

Mass Formulae for Broken Supersymmetry in Curved Space-Time · Around

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S. Ferrara and D. Roest, General sGoldstino Inflation , arXiv:1608.03709 [hep-th]

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