# Calculating gluino condensates in N=1 SYM from Seiberg–Witten curves

@article{Konishi2003CalculatingGC, title={Calculating gluino condensates in N=1 SYM from Seiberg–Witten curves}, author={Kenichi Konishi and Antonio Ricco}, journal={Physics Letters B}, year={2003}, volume={570}, pages={118-122} }

Abstract We determine the gluino condensate 〈Tr λ 2 〉 in the pure N =1 super-Yang–Mills theory (SYM) for the classical gauge groups SU ( r +1), SO (2 r +1), USp (2 r ) and SO (2 r ), by deforming the pure N =2 SYM theory with the adjoint scalar multiplet mass, following the work by Finnell and Pouliot, and Ritz and Vainshtein. The value of the gluino condensate agrees in all cases with what was found in the weak coupling instanton calculation.

## 9 Citations

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A bstractSuperconformal indices of 4d$ \mathcal{N} $ = 1 SYM theories with SU(N) and SP(2N) gauge groups are investigated for Nf = N and Nf = N + 1 flavors, respectively. These indices vanish for…

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In this thesis we review the Seiberg-Witten solution of four dimensional N=2 gauge theories, the six-dimensional construction of these models recently proposed by Gaiotto and the BPS quiver technique…

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We consider the chiral ring of the pure = 1 supersymmetric gauge theory with SU(N) gauge group and show that the classical relation SclN2 = 0 is modified to the exact quantum relation (SN−Λ3N)N = 0.

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Consequences of gauging exact $Z_k^C$ center symmetries in several simple $SU(N)$ gauge theories, where $k$ is a divisor of $N$, are investigated. Models discussed include: the $SU(N)$ gauge theory…

Non-perturbative physics of Script N = 1 super Yang-Mills theories

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We discuss some of the recent developments of super Yang–Mills theories in the context of the gauge–string correspondence.

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After many years of investigations, our understanding of the dynamics of stronglycoupled chiral gauge theories is still quite unsatisfactory today. Conventional wisdom about strongly-coupled gauge…

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