  In this paper we show that the sum of enhanced BFKL Pomeron loop diagrams
generates the scattering amplitude, which turns out to be much smaller, than in
the case of deep inelastic scattering. We use the simplified BFKL kernel in the
leading twist approximation, which reproduces the main features of the
scattering amplitude in the deep inelastic scattering(DIS). For such kernel the
results are highly unexpected and they contradict (i) the solution to the
Balitsky- Kovchegov(BK) equation for the scattering amplitude; (ii) the idea
that the scattering amplitude stems from rare fluctuation and it has the same
form as in DIS ; and (iii) the numerical simulations. We sincerely hope, that
we made a mistake, which we failed to note, and which our reader will find. If
not , we need to reconsider our view on the sum of the BFKL Pomeron loops and
accept that their summing will lead to large contribution of the rare
configurations in CGC approach to the scattering amplitude.
