  We report a numerical study of SU(2) lattice gauge theory in the minimal
Coulomb gauge at beta = 2.2 and 9 different volumes. After extrapolation to
infinite volume, our fit agrees with a lattice discretization of Gribov's
formula for the transverse equal-time would-be physical gluon propagator, that
vanishes like |k| at k = 0, whereas the free equal-time propagator (2|k|)^{-1}
diverges. Our fit lends reality to a confinement scenario in which the would-be
physical gluons leave the physical spectrum while the long-range Coulomb force
confines color.
