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Nuclear Physics B | Vol.231, Issue.2 | | Pages

Nuclear Physics B

Mass formula for pseudo-goldstone fermions in broken supersymmetry

William A. Bardeen,T.R. Taylor,Cosmas K. Zachos  
Abstract

The goldstino of spontaneously broken supersymmetry develops a mass in the presence of perturbations which violate supersymmetry explicitly. In analogy to the chiral dynamics of pions, the general current algebra formula for this mass is derived. It is verified and illustrated in simple models at the tree level or through loop expansions. Some subtleties of the renormalization and the vacuum stability of the relevant O'Raifeartaigh-type models are examined.

Original Text (This is the original text for your reference.)

Mass formula for pseudo-goldstone fermions in broken supersymmetry

The goldstino of spontaneously broken supersymmetry develops a mass in the presence of perturbations which violate supersymmetry explicitly. In analogy to the chiral dynamics of pions, the general current algebra formula for this mass is derived. It is verified and illustrated in simple models at the tree level or through loop expansions. Some subtleties of the renormalization and the vacuum stability of the relevant O'Raifeartaigh-type models are examined.

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William A. Bardeen,T.R. Taylor,Cosmas K. Zachos,.Mass formula for pseudo-goldstone fermions in broken supersymmetry. 231 (2),.

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