Shekharchandra Jain Abhinandan Granth Smrutiyo ke Vatayan Se

SR No.: 012084
Original Sutra Author: N/A
Author: Shekharchandra Jain Abhinandan Samiti
Publisher: Shekharchandra Jain Abhinandan Samiti
Publication Year: 2007
Total Pages: 580
Language: Hindi
Classification: Smruti_Granth
File Size: 21 MB

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471 bio-magnetic field. The bonding strength between water molecules in the ! nanostructure is much higher. These structures are stiff because they vibrate at 1 high frequencies.
3. Functions of Dissolved Oxygen
In modern biology, a living being is defined to have minium two attributes, viz, the ability (i) to exchange energy i.e. can fix energy and transfer it in a directed way and (ii) to remember and pass - on information.
Now when oxygen is dissolved or absorbed in water, what does it do there?
i) The dissolved air releases physically free molecules of oxygen. Some mol1 ecules get converted into oxygen radicals (anions).
ii) It makes the hydrogen-bond of water stronger. The bee-hive structure of nanotube allows the ions to move effortlessly through it. Cell energy keeps the move
ment of oxygen molecules or radical in dynamic balance. 1 iii) It is absorbed (digested) in the tube in its hollow space and in its quantum1 vacancy" to form a Zygote (Yoni).
iv) Flow of oxygen ions through water channels or structures generate electromagnetic pulses by its movement (fig 4, ref 1) Its Potential Energy is 'fixed' in the nano-tubes (as if it carries somatids with it, ref 3, 4) Thus it acts as transducer.
v) It stores electrical energy and supplies back on demand. vi) Thus it exhibits the first attribute of a living water-cell. 4. Digestive System
Normally the cell structure of water can accommodate foreign particles in its body structure. It can remain alive and acquire the physical properties of relatively well dispersed chemical molecules (if mixed thoroughly) in form of surface contour changes and frequency modifications. However, if relatively 'substantial' quantity of 1 a chemical is dissolved in pure living-water mass, it gets choked and killed. Foreign materials break the water-cell structure.
5. Characterization of water-cells
When a minuscule quantity of a chemical (say 0.001% or less) is dissolved in I pure living-water and shaken well, the ions of the chemical get attached or implanted in the quantum vacancy of the living water-cells as "impuritons", thus formng 1 a hybrid structure (fig 5.) This structure is imparted the electro-magnetic properties i.e., em vibrations and mechanical vibrations of the ion by means of induction, conduction and resonance. Apart from the frequency transcription on the cell-body i or specific hydration envelope, certain other properties of the chemical are also transferred to the surface of the water cell. Such water cells carry unique-signature of the chemical (just like the worm holes in space) as well as surface energy in form of surface curvature. This may be called initial Mode of Vibration (IMV).
5.1 Training for Trainers :
If this solution subjected to sequential dilution in the same ratio, free molecules i of the chemical would not be available for diffusion in the quantum vacancy of fresh water-cells. As such the subsequent dilutions help wash away the foreign molecules from the cells, just like the washing of dirt with soap in sequential rinsing.