There have been many declarations of the death of the Weinberg model of spo
ntaneous CP violation. However, these studies relied on the assumption of u
nrealistically small errors in the theoretical uncertainties in the calcula
tions of the relevant observables, and a realistic estimate of the errors s
hows that the Weinberg model cannot be ruled out on the basis used in the p
ast-the experimental values on epsilon in K-0-(K) over bar (0) mixing, the
neutron electric dipole moment (EDM), the branching ratio of b-->s gamma, a
nd the earlier upper limit on epsilon'/epsilon. In this paper we use these
realistic estimates of the theoretical uncertainty, together with the recen
t experimental results to study the consistency of the Weinberg model of CP
violation with the data. The latest results from Belle and BaBar on sin 2
beta allow the small values of this parameter which occur naturally in the
Weinberg model. However, in this model, the recently measured value of Re(e
psilon'/epsilon) = (1.92+/-0.25)x10(-3) cannot be made compatible with the
branching ratio B(b-->s gamma) = (3.15+/-0.54)x10(-4). As a result we concl
ude that the Weinberg model is now confidently and conservatively ruled out
.