M-theory Lift of Meta-Stable Brane Configuration in Symplectic and Orthogonal Gauge Groups
Changhyun Ahn
TL;DR
This paper extends the M-theory lift of meta-stable brane configurations from unitary to symplectic and orthogonal gauge groups, providing a broader understanding of supersymmetry breaking in string theory.
Contribution
It introduces the M-theory lift for meta-stable brane setups in symplectic and orthogonal gauge groups, expanding previous work focused on unitary groups.
Findings
M-theory lift for symplectic gauge groups derived.
M-theory lift for orthogonal gauge groups derived.
Enhanced understanding of supersymmetry breaking configurations.
Abstract
The M-theory lift for the supersymmetry breaking IIA brane configuration corresponding to the meta-stable state of N=1 unitary supersymmetric Yang-Mills theory with massive flavors was found by Bena et al(hep-th/0608157) recently. We extend this to symplectic and orthogonal gauge groups by analyzing the previously known results on M-theory lifts of supersymmetric IIA brane configurations.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Particle physics theoretical and experimental studies · Quantum Chromodynamics and Particle Interactions