Duality in Sp and SO Gauge Groups from M Theory
Csaba Csaki (Berkeley), Witold Skiba (MIT)

TL;DR
This paper explores fivebrane configurations in M theory to derive dualities in four-dimensional N=1 supersymmetric Sp and SO gauge theories, providing a geometric understanding of these dualities.
Contribution
It introduces a novel M theory framework using fivebrane configurations to derive and understand dualities in Sp and SO gauge groups.
Findings
Derived field-theory dualities from M theory fivebrane setups.
Connected geometric fivebrane configurations with gauge theory dualities.
Enhanced understanding of supersymmetric gauge theories via M theory geometry.
Abstract
We describe fivebrane configurations in M theory whose 4-d spacetime contains N=1 supersymmetric Sp or SO gauge fields and fundamentals of these groups. We show how field-theory dualities for Sp and SO groups can be derived using these fivebrane configurations in M theory.
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