Aires Water Research: Conductivity, Infrared Transmission and pH
Aires’ water research includes distinct experiments using electrical conductivity, infrared transmission and pH. This collection connects each finding to its original method, author and document.
| Study | Measured endpoint | Finding and source |
|---|---|---|
| Zenin, 2002 | Conductivity-related current difference | Smaller departures with the Aires neutralizer at each listed observation. Study summary · Original |
| Slesarev and Serov, 2002 | Infrared transmission and pH | Time-dependent infrared changes; pH increase in the double-device experiment. Study summary · Original |
| Zenin, 2013 | Differential conductimetry | Shield trace near zero; distinct Defender and AquaCluster responses. Study summary · Original |
Why these studies belong together
Water provides a physical-chemical medium in which researchers can examine responses associated with Aires structures. The studies use different instruments to investigate different properties. The infrared and pH results belong to Slesarev and Serov’s paper; both Zenin reports use conductivity measurements.
Use the conductivity-method guide and structural-state interpretation guide to follow the relationship between the measurement and each author’s explanation.
Expert peer review
PACE’s Andrew Michrowski reviewed Zenin’s 2013 aqueous-environment research in August 2018. Read the review summary and original PACE assessment alongside the underlying study.
The newer infrared paper
The 2026 Lukyanov–Makarov thermal-imaging experiment investigates the silicon wafer itself during heating and cooling. Its ICICT/Springer publication belongs in the physical-research program alongside these earlier aqueous studies. It uses a different material, apparatus and endpoint.
Follow the research
Explore the Aires research program · Full research archive · Connect the research to tested devices
Updated October 25, 2026 · Josh, Aires. Original research and expert peer reviews are credited to their authors and linked above.