  Dark Energy is the dominant component of the energy density of the universe.
In a previous paper, we have shown that the collapse of dark energy fields
leads to the formation of Super Massive Black Holes with masses comparable to
the masses of Black Holes at the centers of galaxies. Thus it becomes a
pressing issue to investigate the other physical consequences of the collapse
of Dark Energy fields. Given that the primary interactions of Dark Energy
fields with the rest of the Universe are gravitational, it is particularly
interesting to investigate the gravitational wave signals emitted during the
process of the collapse of Dark Energy fields. This is the focus of the current
work described in this paper. We describe and use the 3+1 BSSN formalism to
follow the evolution of the dark energy fields coupled with gravity and to
extract the gravitational wave signals. Finally, we describe the results of our
numerical computations and the gravitational wave signals produced as a result
of the collapse of the dark energy fields.
