  We study the meson spectrum of the SU(2) gauge theory with two Wilson
fermions in the fundamental representation. The theory unifies both Technicolor
and composite Goldstone Boson Higgs models of electroweak symmetry breaking. We
have calculated the masses of the lightest spin one vector and axial vector
mesons. In addition, we have also obtained preliminary results for the mass of
the lightest scalar (singlet) meson state. The simulations have been done with
multiple masses and two different lattice spacings for chiral and continuum
extrapolations. The spin one meson masses set lower limits for accelerator
experiments, whereas the scalar meson will mix with a pGB of the theory and
produce two scalar states. The lighter of the states is the 125 GeV Higgs
boson, and the heavier would be a new yet unobserved scalar state.
