Influence of the Sun on “water memory”

Abstract

In June 1988 an interesting report by Dr. Jacques Benveniste and his associates was published stating that water is capable of memorizing the structure of dissolved anti-LgE antibody and retaining its biological effectiveness after strong dilution (by factor as great as 10120). However, this phenomenon still cannot be reliably confirmed because it is not always reproducible. This instability is accounted for by another fundamental phenomenon recently discovered. Due to an extremely high sensitivity to changes in solar activity and distribution of solar energy around the Earth as it rotates around the Sun and its own axis, the ability of water molecules to self-organize is highly dynamic and can vary within a very wide range within a year, month, day, hour and even several minutes. An increase in solar influence causes splitting of large clusters with the formation of small clusters, the chemical activity of which is much higher than that of large ones. After the solar influence decreases, small clusters reunite again. For this reason, the rate of hydrolytic processes involving water clusters is very unstable and can vary by up to 200 times during the year and the 11-year solar cycle.