Mixed State Dynamics with Non-Local Interactions
  The evolution of degenerate matter out of equilibrium is a topic of interest
in fields such as condensed matter, nuclear and atomic physics, and
increasingly cosmology, including inflaton physics prior to reheating. This
follow-up paper extends the recent paper on the super-de Broglie dynamics of
pure condensates of non-relativistic identical particles subject to non-local
two-body interactions to the dynamics of mixed states. It is found that the
two-body correlation function plays an increasingly dynamical role in these
systems, driving the development of condensates and distributed phases alike.
Examples of distribution and correlation evolution are presented, including
instances of collapse, bound and unbound states, and phonons in the bulk.
Potential applications are also discussed.
