Zenin’s 2002 experiment recorded smaller conductivity-related current changes in water when the Aires neutralizer was present during radiotelephone exposure. The source table lets readers compare all five recorded observations directly.
Original study and method
S. V. Zenin led this investigation at the Clinical and Experimental Center for Traditional Methods of Diagnosis and Treatment of the Russian Ministry of Public Health. The report compares water exposed to a radiotelephone with and without the Aires electromagnetic-abnormalities neutralizer, using differential conductivity measurements.
| Recorded observation | Without Aires, µA | With Aires, µA |
|---|---|---|
| 1 | -10 | -2 |
| 2 | -8 | -3 |
| 3 | -6 | -2 |
| 4 | -5 | -2 |
| 5 | -5 | 0 |
The values are microamperes (µA). They are the instrument’s differential current readings associated with conductivity. The source’s timing labels are uneven, so the table above preserves their order without assigning a reconstructed schedule.
What the authors concluded
The researchers interpreted the smaller departures with Aires as compensation for the radiotelephone-associated change. The final listed observation reached zero with the neutralizer, compared with −5 µA without it. Read the original conductivity report for the apparatus and full interpretation.
How this study connects
Zenin’s 2013 experiment extends differential conductimetry to Shield, Defender and AquaCluster. The separate 2002 infrared and pH paper by Slesarev and Serov examines different physical-chemical measurements. Together they form the aqueous-research collection.
Researchers and connected evidence
- Stanislav V. Zenin: Water biophysics investigator.
Trace the measured properties of aqueous systems alongside the physical and biological research program. Water and aqueous-system research · How the research developed · Complete research archive.
Updated October 25, 2026 · Josh, Aires. Original research and expert peer reviews are credited to their authors and linked above.