Dial M for Flavor Symmetry Breaking
J. Evslin, H. Murayama, U. Varadarajan, J. E. Wang
TL;DR
This paper presents a novel realization of Seiberg duality in MQCD without brane movement, exploring flavor symmetry breaking through flavored magnetic monopole condensation and analyzing M5 brane configurations in supersymmetric vacua.
Contribution
It introduces a new approach to Seiberg duality in MQCD that avoids brane movement and investigates flavor symmetry breaking via magnetic monopoles in M Theory and IIA frameworks.
Findings
Verified flavor symmetry breaking via monopole condensation.
Visualized M5 brane configurations in $ =2$ vacua.
Established a new realization of Seiberg duality without brane motion.
Abstract
We introduce a realization of Seiberg duality in MQCD that does not involve moving branes. Using related arguments in M Theory and IIA, we investigate the flavor symmetry breaking via flavored magnetic monopole condensation of hep-th/0005076. We verify our results by considering visualizations of M5 branes corresponding to vacua which survive soft breaking by an adjoint mass term.
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