Consistency of the algorithm of Amati and others for determining the properties of vacua in supersymmetric gauge theories, based on the instanton calculation at short distances, is further examined. When the summation over the degenerate vacua implicit inthe instanton calculation is properly taken into account, the results for various condensates are found to be fully consistent in all cases studied. Our result strengthens the conclusion that supersymmetry is dynamically broken in some class of chiral gauge theories.

ON THE CONSISTENCY OF SUPERSYMMETRIC INSTANTON CALCULATION IN CHIRAL GAUGE-THEORIES

KONISHI, KENICHI
1987

Abstract

Consistency of the algorithm of Amati and others for determining the properties of vacua in supersymmetric gauge theories, based on the instanton calculation at short distances, is further examined. When the summation over the degenerate vacua implicit inthe instanton calculation is properly taken into account, the results for various condensates are found to be fully consistent in all cases studied. Our result strengthens the conclusion that supersymmetry is dynamically broken in some class of chiral gauge theories.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11568/13333
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