Science of Dhovana Water

SR No.: 006761
Original Sutra Author: N/A
Author: Jeoraj Jain
Publisher: Samyag Gyan Pracharak Mandal
Publication Year: 2012
Total Pages: 268
Language: English
Classification: Book_English
File Size: 13 MB

Page 202

Q.6
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If no fresh chemical is added during sequential dilution process, then the effect of the chemical should gradually go on decreasing on the water-cell at every stage, as per common sense or science. The initial IMV shall vanish after a certain no. of dilutions. The imprints are not transferred as per classical physics, but are done as per quantum mechanics. Every living-cell possesses the same IMV (initial mode of vibration), except those cells, who have foreign ions implanted in its quantum-vacancy. In sequential dilution, such cells are washed away. The already trained cells shall train fresh cells. To understand it, take the example of a 'spin' of an electron in quantum physics. It is instantly transmitted to its anti-particle, located at far-off distance! Here the speed is more than the speed of light. This paradoxical situation inside a molecule is better explained theoretically by the theory of Super Strings! How long the cells retain its memory - imprints after dynamisation, especially when the water has Brownian motion? How does the property of cell remain unchanged? Brownian motions does not affect the stability of imprint/memory, because it is the dynamically balanced envelope-structure, which carries the memory and not an individual molecule. The individual molecules in the cylindrical-net, get replaced/exchanged, just like the partners get replaced in a waltzer dance. Hence the properties of such macro crystals remain unchanged. A homoeo drug is a mixture of many chemicals, especially those from plants. Each molecule will have its own natural frequency. Then how can the IMV are defined? Will different cells, which have different history of embedding different ions of a mixture, behave differently? In a homogenous mixture of 2 or more chemicals, there is a combined property of it, depending on the intensity and quantity of the component chemicals. The IMV is a representative replica of this combined vectorial property. This is transferred on the cylindrical net structure by modifying the
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Q.8
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