Pouliot type duality via a-maximization

We study four-dimensional N=1N=1Spin(10)Spin(10) gauge theory with a single spinor and NQNQ vectors at the superconformal fixed point via the electric–magnetic duality and a-maximization. When gauge invariant chiral primary operators hit the unitarity bounds, we find that the theory with no superpotential is identical to the one with some superpotential at the infrared fixed point. The auxiliary field method in the electric theory offers a satisfying description of the infrared fixed point, which is consistent with the better picture in the magnetic theory. In particular, it gives a clear description of the emergence of new massless degrees of freedom in the electric theory.