  We performed detailed study of the phase transition region in Four
  Dimensional Simplicial Quantum Gravity, using the dynamical triangulation
approach. The phase transition between the Gravity and
  Antigravity phases turned out to be asymmetrical, so that we observed the
scaling laws only when the Newton constant approached the critical value from
perturbative side. The curvature susceptibility diverges with the scaling index
$-.6$. The physical (i.e. measured with heavy particle propagation) Hausdorff
dimension of the manifolds, which is
  2.3 in the Gravity phase and 4.6 in the Antigravity phase, turned out to be 4
at the critical point, within the measurement accuracy. These facts indicate
the existence of the continuum limit in Four
  Dimensional Euclidean Quantum Gravity.
