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Edw, would mean good energy of dead water i.e., boiled water. 4.5 In Shah's photographs:(Foto 18 as reproduced from reference 1):4.5.1 Energy of Tap-Water in Foto 18 can be denoted by E... This energy Ew is composed of following components and can be expressed ab initio as: Ex0 = Ecow)+E.)+(-E) --------------------(i) Where, Ecdw = Energy of Dead Water, it may contain energy of its mineral constituents.
E. = Energy of “living-being” of water alone. It may increase by addition of some other type of energy, called Pranik energy to it. It may also contain some energy of living Trasa Jîva contents.
E = Energy of oxygen radicals dissolved in water. 4.5.2 Dynamics of Boiling operation: During boiling the tap water, following changes in energy can occur. By boiling process, the energy of radicals of oxygen is reduced to zero i.e., Econ=0, and Live-Energy E. is also reduced to zero, because water does not remain alive after boiling i.e., Em = 0. (nothing known has been done here to attract and store Pranik Energy.) Hence the residual energy of boiled water Eo,=Et,-(-E00+E)) Substituting Ex from equation (i), = (Ecom)+ E
+-E00)-(-EQ+EM)
=E(dow)
4.5.3 Here a pertinent question arises as to why the boiled water should have maximum good energy (Blue), whereas its entropy is decreased? Following possible reasons may be assigned to it. i) Because it does not have any negative energy of oxygen
radicals, (which might be same or equivalent to Mehta's bad energy! This has to be investigated.)
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