  As described previously, in SU(5) gauge theory with massless left-handed $
{\bf 5 \oplus 15 \oplus 40 \oplus 45^*}$ fermions \{QUD\}, an S-Matrix is
produced by infra-red anomaly dynamics that might provide an extraordinarily
economic origin and unification for the Standard Model. All particles are
bound-states, with dynamically generated masses, and there is no Higgs sector.
In this paper, the radically different dynamical role played by the top quark
is elaborated. It does not reproduce Standard Model "$ t\bar{t} $" events but,
instead, these events are reproduced by the multiple vector boson decays of the
$\eta_6$ - the remnant pseudoscalar resonance left by color sextet electroweak
symmetry breaking. Evidence that the $\eta_6$ appears in LHC and Tevatron Z
pair cross-sections is discussed. A second pseudoscalar resonance, the
$\eta_3$, contains a $t\bar{t}$ pair and mixes with the $\eta_6$ via the
pomeron. The mixing should give the $\eta_3$ a mass between the triplet and
sextet scales. It could also have a decay mode pattern that is more consistent
with LHC and Tevatron results than the (mass spectrum determined) pattern of
the Standard Model Higgs boson that many hope has been discovered.
Unfortunately, at present, there is no possibility to calculate explicit
cross-sections.
