  In this second paper of the series we calculate the stress tensor of excited
matter, created by ``debris'' of high energy collisions at the boundary. We
found that massive objects (``stones'') falling into the AdS center produce
gravitational disturbance which however has $zero$ stress tensor at the
boundary. The falling open strings, connected to receeding charges, do produce
a nonzero stress tensor which we found analytically from time-dependent
linearized Einstein equations in the bulk. It corresponds to exploding
non-equilibrium matter: we discuss its behavior in some detail, including its
internal energy density in a comoving frame and the ``freezeout surfaces''. We
then discuss what happens for the ensemble of strings.
