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 137

The total energy represents the good energy of a plain dead body only, because the boiled water does not have any live
body energy (i.e., of live water) or pranik energy. That means,
Negative energy of radicals is max. for tap-water, and zero for boiled water. From this “datum energy” of boiled water as per Shah's lab. one has to subtract radical-energy (negative) and add Live energy E(li) (+ve), in order to get actual value of energy of tapwater. Live energy of dead water is nil, whereas it is maximum for XX
sample. 4.5.4 Problems Paused:
It needs to be proved that Mehta's bad energy refers to or is same as Shah's energy of radicals. And Mehta's good energy is similar to Live and Pranik energy of Shah's lab. Here (Ep) represents superimposed discipline by pranik energy on live
energy (Eli) (ii) As such, this phenomenon of Boiled water or Dhovan
acquiring max. good energy, needs further investigations to
get exact explanation. 4.5.5 Effect of Dynamisation Similarly, the energy of water, after dynamisation can be derived as follows: Ex= Eccw) + EC-Econ+ E. (Here the discipline of Ej is enhanced by dynamisation. It should have received and stored maximum pranik energy (Ep) in it, in case of remedy of potency 10M. It would be less for a potency of 6X. Here, although total energy Et increases due to super imposition of Pranik energy discipline Ed on Live energy E(li), but due to reduction in randomness, the total area of aura energy E(A) would actually decrease. Thus it denotes higher energy density. 4.6 Mehta's Photographs:4.6.1 Status of good and bad energy during dynamisation (Mehta's
Lab)