Exact result in 4D N=2 Gauge theories and integrability
Vladimir Mitev (Humboldt University, Berlin)

We consider four dimensional N=2 superconformal quiver gauge theories obtained as orbifolds of maximally supersymmetric (N=4) Super-Yang Mills and review several methods used to obtain exact results such as localization, tt* equations and integrability. In particular, we investigate a conjecture stating that the anomalous dimensions of operators in the purely gluonic sector of any planar conformal N=2 theory can be read off from the N=4 SYM results by replacing the N=4 coupling constant by an interpolating function of the N=2 coupling constants.