  It is demonstrated that new JLAB proton polarization data, which are in a
rather strong disagreement with the proton electric form factor data in the
space-like region obtained by Rosenbluth technique, are consistent with all
known form factor properties, including also the QCD asymptotics, but they
require an existence of a zero (i.e. a diffraction minimum) around $t$=15
GeV$^2$ of the proton electric form factor. The latter leads to a change of our
knowledge about the charge distribution inside of the proton.
