Chapter 1, page 3.
1.3 1.1 The water figures - introduction.
1.2 Ambient conditions affecting the water figures.
1.3 Definition of “water figures”.
1.4 Physical circumstances favouring the water figures.
1.5 At a stable moon phase velocity.
1.6 Differences between waves and pseudo-waves.
1.7 More differences between waves and pseudo-waves.
1.8 Commonplace water figures, and miscellanea.
1.9 Relations with other phenomena.
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Definition of the “water figures”.
.1 The water figures, above all when they assume a shape of perfect squares, would witness the formation of coherent states, of ephemeral duration, among adjacent molecules, after they have taken the same molecular configuration.
.2 In other words, the water figures are interpreted as the effect of an uniformisation, to the same configuration, of an ensemble of molecules, which may show, at a more or less macroscopic dimension, a coherent behaviour, thanks to a combination of variables.
.3 The water then becomes less dense, and occupies a larger volume.
Change of water density.
.4 A large ensemble of water molecules, all of them having the same configuration, would form an orderly structure, characterized by low density.
.5 They would occupy, altogether, a larger volume with respect to less orderly, more dense groups of water molecules.
.6 What I have just said could be eventually compatible with the outcome of the analysis on the density of the water, as reported by Martin Chaplin, of the London South Bank University, in “Water Structure and Science”.
http://www1.lsbu.ac.uk/water/index2.html
Type 2 dissipative reactions.
.7 The variation of configuration would take place during “type 2 dissipative reactions”, i.e. those triggered thanks to action d, the free energy, rich in neguentropy (see insert d), generated by the movement of the Moon and the Sun, at discrete critical values of angular velocity, ...
.8 ... like, mutatis mutandis, what occurs in seeds.
.9 That's would be thanks to the movement of the matter, with regard to other matter, that configurational reactions, in the open molecules, such as the water, and the EFAs in seeds, would take place.
.10 At the condition that, contextually, at the very same moment, the thermo-dynamic exchanges of coherence would take place.
Energy exchanges.
.11 Probably the main variable is the amount of the energy exchanges, that are allowed to take place per unit of time, necessary to the configurational reactions (see in open structure molecules).
.12 These energy exchanges take place above all as heat exchange.
.13 That is facilitated, among other things, by the water flowing: when, in a lagoon, the water is at its lowest level and at a standstill, the water figures usually either are negligible, or do not occur, even if all the other variables are at their maxima.
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