Water is the medium in which all processes of vital activity, biochemical and biophysical reactions, occur. The information properties of water are most important to understand. The information properties of water were studied in experiments of Prof. Imoto Masaru (Japan) (10). Droplets of water in these experiments were frozen and examined using an optical microscope and builtin photographic camera. The structure of water crystals was unambiguously demonstrated to depend on the informa� tion factor affecting water before freezing. For example, Prof. Imoto Masaru studied the effect of music on the structure of snowflakes. A container with distilled water was placed between two musical speakers for several hours. Then the sonicated water was frozen. The structure of the resulting snowflakes depended of the type of music (Fig. 1). Studies of J. Grander on the noncontact biological effect of water are of considerable interest (1). Tap water treated using the method of Grander was found to be "vitalized". Such treatment caused alkalization of water and modified its redox potential. The water treated using the method of Grander had a remote effect on untreated water and biological objects. The effect was not prevented by a metal screen. There is still no physical explanation of this phenomenon. Therefore, the biological effects of active water were assessed using standard methods of bio� logical testing. The water treated using the method of Grander reduces concentrations and lifetime of aqueous bacterial microflora: gramnegative microflora, salmonellas, coli� form bacteria, thermotolerant bacteria, and allochthonic and autochthonic microflora. The water treated using the method of Grander had a pronounced therapeutic effect on volunteer subjects, the effect vanishing within two days after cessation of water intake. The therapeutic effect of water treated using the method of Grander may last for up to 3 weeks, depending on specific method of treatment (5). Similarly, water is able to process information of other types. In the 1980s Academician V. P. Kaznacheev demonstrated experimental evidence of transfer of bio� logical information from one aqueous medium to anoth� er (3). The following experimental scheme was used: one chamber contained cells infected by virus; another cham� ber contained cells uninfected by the virus. The chambers were sealed and there was only optical contact between the cambers. The death rate of infected cells was meas� ured in chamber 1. Later, a similar process was observed in chamber 2.