Differential conductimetry tracks how an electrical measurement of a water sample changes relative to its reference. This is the method connecting two Zenin reports in the Aires archive.
| Report | Device and comparison | Source |
|---|---|---|
| 2002 radiotelephone experiment | Aires neutralizer; five listed current-difference observations with and without the device. | 2002 original |
| 2013 aqueous-environment experiment | Shield, Defender and AquaCluster; time-series traces and a plain silicon comparison. | 2013 original |
Reading the results
The 2002 readings are expressed in microamperes. They move closer to zero with the neutralizer at each listed observation. The 2013 Shield trace stays near zero, while the other device conditions show their own time-dependent patterns. These are observable electrical responses in water; Zenin discusses their significance using his aqueous-structure framework.
For the data and protocol, read the 2002 study summary and the 2013 study summary. The guide to Zenin’s structural-state interpretation explains the terminology used in the latter report. The infrared/pH measurements belong to Slesarev and Serov’s separate 2002 paper.
Continue to all water and aqueous research and PACE’s expert peer review of the 2013 work.
Updated October 25, 2026 · Josh, Aires. Original research and expert peer reviews are credited to their authors and linked above.