Configuration interaction calculations of a ten electron quantum dot in a
wide range of magnetic field within the fractional quantum Hall (FQH) regime
have been made, using single particle wavefunctions that consider the
electron-electron interaction. The phase diagram in the FQH regime has been
obtained, showing a transition from a localized vortex distribution to a
localized particle distribution as the magnetic field is increased. It has
been found that the stability of the ground state vanishes in the transition
region around filling factor 1/2