  Renormalization group (RG) methods used to soften Hamiltonians for nuclear
many-body calculations change the effective resolution of the interaction. For
nucleon knock-out processes, these RG transformations leave cross sections
invariant, but initial-state wave functions, interaction currents, and
final-state interactions are individually altered. This has implications for
the factorization of nuclear structure and reactions. We use deuteron
electrodisintegration as a controlled laboratory for studying how structure and
reaction components are modified under RG evolution, without the complication
of three-body forces or currents. The dependence of these changes on kinematics
is explored.
