A study of the change in the phase of water under the influence of Aires Microprocessor wafer (Aires Shield; Aires Defender; Aires AquaCluster) was conducted at the Water Biophysics Lab at the Russian Ministry of Health’s FGBU Sysina NII EChiGOS using the method of differential conductimetric measurement of the conductivity of samples of “Super-Q” brand water in accordance with a designed and patented method (Patent No. 2109301 with priority from September 30, 1996). The testing was performed using a circuit to measure the absolute change in the conductive current of water (Millipore “Super-Q”) in a test sample as compared to a control after exposure to the wafer. The substrate of an Aires Microprocessor – an inert silicon wafer (placebo) – was used as the control. The water samples were exposed by placing them on the wafers for a time (20-40) minutes. In a cuvette frame the conductivity is proportional to the measured current.
Having selecting the water’s information system as a detector, and using a differential circuit to measure such an integral physical parameter as conductivity, it is possible in real-time to observe the structural state of the water in the test sample relative to the control.
Link to the full text of the study
Investigation of the Protective Action of the Aires Microprocessor (Aires Shield; Aires Defender; Aires AquaCluster) Against the Effect of Electromagnetic Radiation on the Structural State of an Aqueous Environment
Head of the Water Biophysics Lab
FGBU Sysina NII EChiGOS [Federal State Budget Institution Sysina Scientific Research Institute of Human Ecology and Environmental Health]
Russian Ministry of Health
Doctor of Biological Sciences S.V. Zenin