  The light Higgs boson of the Standard Model could arise as the consequence of
the weakly broken conformal symmetry in a strongly interacting gauge theory.
Here we present a novel idea to study the transition from conformal to
confining behavior using an SU(3) gauge theory with four light and eight heavy
flavors. This system interpolates between the 12-flavor conformal and the 4
flavor chirally broken theory as the mass of the heavy flavors are varied. We
show first results on our determination of the iso-singlet 0++ state.
