  Recent observations of ridge-like structure in $p$-$p$ and $p$-$A$ angular
correlations at the RHIC and LHC have been interpreted to imply collective
motion in smaller collision systems. It is argued that if correlation
structures accepted as manifestations of flow in $A$-$A$ collisions appear in
smaller systems collectivity (flow) must extend to the smaller systems. But the
argument could be reversed to conclude that such structures appearing in
$A$-$A$ collisions may not imply hydrodynamic flow. I present spectrum,
correlation and fluctuation data from RHIC $p$-$p$ and Au-Au collisions and
$p$-$p$, $p$-Pb and Pb-Pb results from the LHC described accurately by a
two-component (soft+dijet) model of hadron production. I also present evidence
for a significant $p$-$p$ nonjet (NJ) quadrupole ($v_2$) component with
$n_{ch}$ systematics directly related to $A$-$A$ NJ quadrupole systematics. The
combination suggests that soft, dijet and NJ quadrupole components are distinct
phenomena in all cases, inconsistent with hadron production from a common bulk
medium exhibiting collective motion (flow).
