  We show that two types of relativistic quasi-fermions can emerge from
spontaneous gauge and Lorentz violations of a chiral SU(2) model. In the
terminology given in the previous paper, the one consists of "quasi-leptons",
and the other consists of "quasi-quarks" which are massless and have
anisotropic dispersion relations characterized by constant vector potentials. A
low energy approximation shows that quasi fermions of the latter type are
interpretable as collective excitations of the BCS-type vacuum, the Cooper
pairs of which form vector mesons. The same approximation reproduces further a
generation structure similar to that of real quarks.
