Zenin 2013: Aires Resonators Protect Aqueous Environment from EMF
Placebo-controlled study testing Aires Shield, Defender, and AquaCluster against a plain silicon wafer using differential conductimetric measurement of water structural state under electromagnetic radiation.
Study Design
This study examined how three Aires products affect the structural state of an aqueous environment when electromagnetic radiation is present. The method used is differential conductimetric measurement of distilled water (Super-Q brand) in accordance with a designed and patented technique.
Critical design feature: The placebo control was an inert silicon wafer — the same substrate material used in Aires Microprocessors, but without the fractal diffraction grating etched onto it. This isolates the effect of the fractal patterning rather than simply the presence of a silicon chip. Water samples were placed on wafers for 20–40 minutes, then measured.
Researcher: Prof. S. Zenin, Doctor of Biological Sciences, 2013.
Results by Product
For the entire duration of water exposure to the electromagnetic source, the water’s conductivity remained practically unchanged compared to the control sample. The researcher’s conclusion: “the Aires Shield is 100% effective in protecting against electromagnetic radiation by stabilizing the aquatic environment and its derivative counterparts, namely, living beings.”
An undulating change in conductivity from 0.5μA to 3μA was observed. The harmonic (wave-like) normalized curve is interpreted as “highly effective use of Aires Defender to suppress the negative consequences of the hyperactivation of the aqueous environment.” The curve’s entry into negative values indicates active suppression of the over-stimulation response.
An undulating change in conductivity from 0 to +1μA to 0 was observed. The harmonic curve indicates optimization of the stability of the aqueous environment. The subsequent entry into negative territory is interpreted as suppression of undesirable hyperactivation — suggesting a dynamic balancing action rather than static protection.
The plain silicon wafer without fractal patterning produced no measurable change in water conductivity, confirming that the observed effects from the three Aires products are due to the fractal diffraction grating and not simply the presence of silicon material.
Interpretation
Each of the three Aires products produces a distinct pattern of water conductivity modulation, corresponding to their different resonator geometries and intended use cases. The key finding across all three is that their behavior differs significantly from the placebo control, and that in each case the electromagnetic-induced change in water structural state is substantially reduced or eliminated.
The researchers conclude: “The Aires Microprocessor (Aires Shield; Aires Defender; Aires AquaCluster) demonstrates a significant real-time compensation for the change in the characteristics of an aqueous medium (conductivity) when interacting with electromagnetic radiation, and in the case of Aires Shield — full (100%) protection from active sources of electromagnetic radiation.”
This finding is significant for biophysical understanding of how EMF affects living organisms: if EMF measurably alters the structural state of water — and Aires resonators prevent this alteration — then the resonator’s protective effect on biological systems may operate through the water-mediated pathway that is central to cellular biochemistry.
Researcher: Prof. S. Zenin, Doctor of Biological Sciences | Year: 2013