  The fragmentation of the Affleck-Dine condensate is studied by utilizing 3+1
dimensional numerical simulations. The 3+1 dimensional simulations confirm that
the fragmentation process is very similar to the results obtained by 2+1
dimensional simulations. We find, however, that the average size of Q-balls in
3+1 dimensions is somewhat larger that in 2+1 dimensions. A filament type
structure in the charge density is observed during the fragmentation process.
The resulting final Q-ball distribution is strongly dependent on the initial
conditions of the condensate and approaches a thermal one as the energy-charge
ratio of the Affleck-Dine condensate increases.
