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Q.9 Ans.
Q.10
shape, size, as well as the vibratory and elctro-magnetic properties of nano-cell. During early stages of dilution, the type of embedded ions may differ from cell to cell. These ions “manifest" themselves as "impurities” in the process and are washed away subsequently. However, individual cells do not conform to the properties of the individual embedded ions only. They conform to the IMV, which is a replica of the combined property. The effect of IMV would then become more pronounced. On what factors does the memory depend? The stability of memory/imprints on water cells depends on Temperature, Environmental conditions and the Purity i.e. the degree of ultra dilution. Hydrogen bond of water molecules is about 1/20“ as strong as a covalent bond. They last for a fraction of a second. The water molecules continuously form new bond with other water molecule around them. This produces simple waves, like those in lakes. Then how does the stability of envelope and its memory imprints survive? When water molecules form a long chain due to hydrogen bond, it is very unstable and fragile. But as soon as it forms a 3 dimensional structure by closing the open ends, in a shape like a sphere or a cylindrical net, the bond becomes very strong and stable. The structure may even get “sleeving" like reinforcements. Hence the body of live-water cells in form of tubular nets is quite stable. They are also quite stiff, because they vibrate at high frequencies. If the memory is carried by living water cells, then what is the effect of a magnetic field on it? The hollow structure of water cell exhibits electromagnetic field, capable of generating an em current & emitting photon, while giving a passage to oxygen radicals through it. In this model, external magnetic fields, therefore may affect its memory, depending on the “intensity” and “duration" of this field.
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Q.11
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