4. Experiment Aimed at Justification of the Mechanism
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Figure 2
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[13] The most appropriate experiment aimed at justification of
the suggested mechanism is simultaneous monitoring of the
characteristics of separate human organisms and parameters of the
electromagnetic fields generated by the near-Earth resonators
during a fairly long time interval that would include most
important events occurring on the Sun and eventually determining
its activity. To this end, two measuring-calculating systems are
used. One system provides detection and analysis of the
electromagnetic background of the environment, including the
frequency range of the near-Earth resonators (0.1-30) Hz
[Kolesnik, 1998;
Kolesnik et al., 1997].
A computer-aided fast data
processing including examination of the spectra of the detected
signals, their storage on magnetic media, and formation of
databases for subsequent analysis is carried out. The second system
provides continuous monitoring of the key characteristics of the
functional states of a human organism including the cardiovascular
and nervous systems
[Borodin et al., 1997;
Kolesnik, 1998].
These
two measuring-calculating systems are synchronized in time,
which allows parallel (synchronous) monitoring of both the
parameters of the environmental electromagnetic fields and
characteristics of the functional states of the human organism
(see Figure 2).
[14] In this work, the data obtained in the monitoring carried out
from 1994 to 2003, i.e., during the period embracing nearly the
entire 11-year solar cycle with the maximum solar activity in 2002
and minimum activity in 1997, were used. Essential features of the
monitoring of the states of the functional systems of a human
organism which should be noted here are the 24-hour registration
and the condition of "physiological rest" for the volunteers
participating in the investigations. The necessity to meet these
requirements was due to the facts that (1) the circadian cycle is the
fundamental cycle in the adaptive activity of an organism and
(2) an active behavior can considerably modify important variables of
the basic functional systems. In other words, a correct analysis of
experimental data would be problematic if these conditions were
not fulfilled. Technical details of recording of electrocardiograms
(ECG) and electroencephalograms (EEG) were standard to a large
degree
[Borodin and Kolesnik, 2001].
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