  In the GCP network, an Internet system of noise generators developed under
the direction of Prof. R. Nelson and deployed at various geographical points,
synchronous measurements of a priori random noise processes are carried out
every second. The time series obtained in these measurements are "quite random"
from the viewpoint of traditional methods of statistical analysis. However, as
shown in our works, using the method of histogram comparison allows one to
discover clear regularities in the noise processes of any nature, from
biochemical reactions to radioactive decay or noise in the gravitational
antenna. These regularities cannot be revealed by the traditional methods of
time series analysis and seem to be determined by fluctuations of the
space-time, which result from the movement of the "laboratory" relative to the
mass thicknesses (celestial bodies). The application of this method to the
analysis of time series of the GCP system showed all the main regularities
described earlier: the histogram pattern changes with well-resolved sidereal
and solar daily periods; at different geographical points, similar histogram
patterns are highly probable to appear at the same local time; histograms with
a specific "eclipse" pattern appear synchronously "all over the Earth" at the
moments of culmination of a solar eclipse.
