  We demonstrate that a Bjorken expanding strongly coupled $\mathcal{N}=4$
Supersymmetric Yang-Mills plasma can display dynamically-driven violations of
the dominant and also the weak energy condition during hydrodynamization. In
addition, we find that a period of vanishing entropy production in
far-from-equilibrium stages induces later violations of the dominant energy
condition in the strongly coupled plasma. Such violations cannot occur in a
classical description of hydrodynamization and suggest that the inclusion of
quantum effects in transport can lead to new phenomena in these regimes, even
for systems without anomalies or spin.
