On Superpotential and BPS domain wall in SQCD and MQCD
Tomohiro Matsuda
TL;DR
This paper investigates the behavior of N=2 SQCD vacua under mass deformation, explores BPS domain wall tensions in N=1 MQCD and SQCD, and clarifies the relationship between MQCD integrals, superpotential, and gaugino condensate.
Contribution
It provides a detailed analysis of the decoupling properties of SQCD vacua and establishes the correspondence between MQCD integrals and key superpotential quantities.
Findings
Decoupling properties of N=2 SQCD vacua analyzed.
BPS domain wall tension in N=1 MQCD and SQCD examined.
MQCD integrals shown to correspond with superpotential and gaugino condensate.
Abstract
We examine the decoupling properties of the N=2 SQCD vacua when the adjoint mass term is turned on and then the N=1 limit is taken. The BPS domain wall tension in N=1 MQCD and SQCD is also examined. The correspondence of the MQCD integrals with the superpotential and the gaugino condensate is shown.
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Taxonomy
TopicsQuantum Chromodynamics and Particle Interactions · Particle physics theoretical and experimental studies · Black Holes and Theoretical Physics