From Super-Yang-Mills on to bosonic Yang-Mills on
arXiv:2005.07197
Abstract
We study the four-dimensional super-Yang-Mills (SYM) theory on the unorientable spacetime manifold . Using supersymmetric localization, we find that for a large class of local and extended SYM observables preserving a common supercharge , their expectation values are captured by an effective two-dimensional bosonic Yang-Mills (YM) theory on an submanifold. This paves the way for understanding SYM on using known results of YM on . As an illustration, we derive a matrix integral form of the SYM partition function on which, when decomposed into discrete holonomy sectors, contains subtle phase factors due to the nontrivial -invariant of the Dirac operator on . We also comment on potential applications of our setup for AGT correspondence, integrability and bulk-reconstruction in AdS/CFT that involve cross-cap states on the boundary.
arXiv comment28 pages
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