  Inspired by the recently discovered non-relativistic fermionic fixed points,
we investigate how the presence of bulk dipole coupling modifies the spectral
function at one of these novel fixed points. As a result, although the infinite
flat band is always visible in the presence of the bulk dipole coupling as well
as chemical potential, the band is modified in a remarkable way at small
momenta up to the order of magnitude of bulk dipole coupling. On the other
hand, like a phoenix, a new Fermi surface sprouts from the formed gap when the
bulk dipole coupling is pushed up further such as to overshadow the charge
parameter, which is obviously different from what is found at the relativistic
fixed points.
