  The production of jets, and high-$p_{T}$ leading pions from jets, in d-Au
collisions at the Relativistic Heavy-Ion Collider (RHIC) and p-Pb collisions at
the Large Hadron Collider (LHC) are studied. Using a modified version of the
event generator PYTHIA, in conjunction with a nuclear Glauber Monte-Carlo event
generator, we demonstrate how events with a hard jet may be simulated, in such
a way that the parton distribution function of the projectile nucleon is frozen
during its interaction with the extended nucleus. Using our hybrid Monte-Carlo
event generator, we demonstrate that the enhancement in $R_{pA}$ seen in
peripheral events at RHIC and at LHC, as well as the depletion in central or
semi-central events, is mainly due to "mis-binning" of central and semi-central
events with a jet, as peripheral events. This occurs due to the reduction of
soft particle production caused by a depletion of energy available in a nucleon
(of the deuteron in the case of d-Au collisions), after the production of a
hard jet. This represents a form of "color transparency" of the projectile
nucleon, which has fluctuated to a state with fewer and harder partons, in
events which lead to jet production. We conclude with discussions of the form
of multi-parton correlations in a nucleon which may be responsible for such a
startling effect.

Nuclear Theory;Nuclear Experiment