  Recent pT<2~GeV azimuthal correlation data from the Beam Energy Scan (BES)
and D+Au runs at RHIC/BNL and, especially, the surprising similarity of
azimuthal $v_n\{2m\}(p_T)$ ``transeverse flow'' harmonics in $p+Pb$ and $Pb+Pb$
at LHC have challenged the uniqueness of local equilibrium ``perfect fluid''
interpretations of those data. We report results at QM14 on azimuthal harmonics
associated with initial-state non-abelian ``wave interference'' effects
predicted by perturbative QCD gluon bremsstrahlung and sourced by Color
Scintillation Arrays (CSA) of color antennas. CSA are naturally identified with
multiple projectile and target beam jets produced in inelastic p+A reactions.
We find a remarkable similarity between azimuthal harmonics sourced by initial
state CSA and those predicted with final state perfect fluid models of high
energy p+A reactions. The question of which mechanism dominates in $p+A$ and
$A+A$ remains open at this time.
