  We discuss some aspects of confinement and dynamical symmetry breaking in the
so-called nonabelian Argyres-Douglas vacua, which occur very generally in
supersymmetric theories. These systems are characterized by strongly-coupled
nonabelian monopoles and dyons; confinement and dynamical symmetry breaking are
caused by the condensation of monopole composites, rather than by condensation
of single weakly-coupled monopoles. In general, there are strong constraints on
which kind of monopoles can appear as the infrared degrees of freedom, related
to the proper realization of the global symmetry of the theory. Drawing
analogies to some of the phenomena found here, we make a speculation on the
ground state of the standard QCD.
