Detecting Conductivity Variations in Water Under Radiotelephone Radiation (Zenin)
1
THE RUSSIAN FEDERATION MINISTRY OF PUBLIC HEALTH
CLINICAL AND EXPERIMENTAL RESEARCH CENTER FOR TRADI- TIONAL MEDICAL TREATMENT AND DIAGNOSTICS METHODS
REPORT
on a Research Work on the Subject:
Detecting Conductivity Variations in Water under the Action of the
Radiation Emitted by a Radiotelephone With or Without
the AIRES Electromagnetic Abnormalities Neutralizer
Research Manager:
S. V. Zenin, Doctor of Biological Sciences,
Head of the Problem Laboratory for Scientific Substantiation
of the Traditional Medical Treatment and Diagnostics Me-
thods (the Clinical and Experimental Research Center for
Traditional Medical Treatment and Diagnostics Methods of
the Russian Federation Ministry of Public Health)
2
The Problem Laboratory for Scientific Substantiation of Traditional Medical
Treatment and Diagnostics Methods (the Clinical and Experimental Research Center for
Traditional Medical Treatment and Diagnostics Methods, the Russian Federation Ministry
of Public Health) instituted an investigation into the effect of the radiation emitted by a
radiotelephone on the conductivity of water with or without the Aires Neutralizer of Elec-
tromagnetic Abnormalities. The investigation was carried out by the method of differen-
tial-conductometric measurement of water samples (type “Super-Q”) according to a spe-
cially developed and patented technique (Patent #2109301, Priority Date: September 30,
1996).
The conductivity of the cuvette is proportional to the current strength measured.
By using the information system of water as a detector, and by applying a differen-
tial scheme to measuring such an integral physical parameter of water as conductivity, we
can observe variations in the structural state of water in an experimental sample as com-
The measurement procedure consisted of the following operations:
1. Each chamber of a two-chamber cuvette (or each of two separate cuvettes) was
filled with a similar amount of distilled water. Each chamber, used as a shoul-
der of a bridge, was connected to a steady power supply source, and a measur-
ing device was used to estimate the difference between the readings of each of
the shoulder, which reflected how the experimental and the control water sam-
2. The power supplies were turned on for a short period of time (20-30 sec.) suffi-
The obtained “zero” indication was taken as a reference value.
3. The chambers were emptied of the measured water and then filled with a new
portion of water taken from the same common container. Then operations 1 and
2 were repeated.
4. The set was considered to be operational if the reference value remained un-
changed during the entire experiment after refilling the chambers and turning
on the power supplies again.
5. Two small containers were prepared and then each one of them was filled with
an amount of water necessary for carrying out the measurement. One of the
filled containers was set aside so as to use its water for filling the control cham-
ber, and the other container was intended for being exposed to an energoinfro-
3
6. In general, exerting some kind of action via bioenergoinformation transfer
should be made in another room similar to that where the measurements are
carried out.
7. Besides the requirement to follow the standard measurement procedure, it is
imperative that the experimenter should not affect in any way the water sam-
ples, for which purpose the control water sample must also be taken out from
the measurement room to another room where the experimenter is not present.
8. After the exposure was over, both the control and the experimental water con-
tainers were brought in the measurement room. It was preferred that both the
experimental and the control water samples were poured into the respective
chambers in a simultaneous and similar manner.
9. By simultaneously turning on the power supplies in the shoulder of the bridge,
the difference between the readings taken from the experimental and the control
water samples was measured. The difference between the readings was consi-
dered to be objective if another measurement gave a similar result or if the dif-
ference tended smoothly to pass to a new steady value.
10. After completing the measurements, the chambers were emptied of water and
filled with another portion of water from the same common container and a
control test was performed to measure the initial “zero” value.
11. The experiment was considered to be successful if the “zero” value agreed with
the initial one taken in the beginning of the experiment or was within an ex-
pected range of the drift of the zero line due to some temperature and pressure
variations in the surroundings.
Between 1995 and 2001 the above technique was elaborated in the investigations
into the effect of dozens of different bioenergetic devices on the conductivity of water. The
average magnitude of the water conductivity difference produced by different bioenergetic
devices was from five to 10 A (NB: The conductivity of the cuvette is proportional to the
current strength).
The Results of the Investigation
The following data were obtained in the investigation into how the conductivity of
water was changed under the action of the radiation emitted by a radiotelephone with or
without the Aires Neutralizer of Electromagnetic Abnormalities:
4
Table
Exposure Time: 16.45-17.15 and 17.20-17.50 (April 15, 2002)
Time of observation
17.16 17.21 - 8 A - 3 A
17.17 17.22 - 6 A - 2 A
17.18 17.23 - 5 A - 2 A
17.19 17.24 - 5 A 0 A
The values listed in the above table are primarily indicative of the objectivation of
the protective effect of the Aires Neutralizer of Electromagnetic Abnormalities. The kinet-
ics of the water electroconductivity variations in the presence of the neutralizer points to
the fact that the effect of the radiation emitted by a radiotelephone on the structured state
of water is compensated completely.
From the data obtained, we can state that the observed considerable compensation
of the effect of a radiotelephone on the water electroconductivity provides reason enough
to undertake further research.