  We revisit the problem of how spin-glasses ``heal'' after being exposed to
tortuous perturbations by the temperature/bond chaos effects in
temperature/bond cycling protocols. Revised scaling arguments suggest the
amplitude of the order parameter within ghost domains recovers very slowly as
compared with the rate it is reduced by the strong perturbations. The parallel
evolution of the order parameter and the size of the ghost domains can be
examined in simulations and experiments by measurements of a memory
auto-correlation function which exhibits a ``memory peak'' at the time scale of
the age imprinted in the ghost domains. These expectations are confirmed by
Monte Calro simulations of an Edwards-Anderson Ising spin-glass model.
