  The SU(2) gauge theory with two massless Dirac flavors constitutes the
building block of several models of Technicolor. Furthermore it has also been
used as a template for the construction of a natural light asymmetric, or mixed
type, dark matter candidate. We use explicit lattice simulations to confirm the
pattern of chiral symmetry breaking by determining the Goldstone spectrum and
therefore show that the dark matter candidate can, de facto, be constituted by
a complex Goldstone boson. We also determine the phenomenologically relevant
spin-one and spin-zero isovector spectrum and demonstrate that it is well
separated from the Goldstone spectrum.
