How the Moon movement affects the seeds and the water of our oceans.

How the Moon movement affects
the seeds and the water of our oceans.

release 12.1 - 2012-01-30

© copyright notice

contents ||| français ||| italiano

introduction.

The subject-matters.

.1 The subject-matters treated in this site are about two researches in progress: (1) on the viability in grains, how it decreases and how it is restored; (2) on how the “water figures” get formed, and (3) why they are considered the witnesses of how the ocean tides are generated.

.2 These phenomena, apparently unconnected, would rely - all of them - on the “type 2 dissipative processes”, in open structure molecules.

.3 Treating in parallel more than one manifestation, having the same cause, allows the exchanges of questions, and of possible solutions.

.4 In brief, through the “type 2 dissipative processes”, the open structure molecules can decrease their entropy (disorder), at biological temperatures, and get useful features, thanks to relative movements, with regard to other matter, at discrete angular velocities.

See background colour code.

The “water figures” and the ocean tides.

.5 The first phenomenon considered, in chapter one, is that of the “water figures”, revealing the kind of action on the water triggered by the Moon and the Sun.

.6 This allows to reduce the number of aspects, of the ocean tides, which have not yet been fully explained.

.7 For instance, at last it should be possible to give the reason of the peculiarity of the ocean tide formula, where the distance is to be raised to the 3rd power, and not to the 2nd power, so far given as an exception.

The “water figures are treated in chapter 1; the ocean tides, on chapters 4, 5, 6 e 7.

The research on seeds.

.8 Another physical process, here considered, is the variation of the degree of fluidity of EFAs in seeds, directly correlated with the variation of their viability.

.9 This investigation has already given useful answers, on issues such as the times and ways the seeds improve their viability.

See chapters 2 and 3.

Observations and experiments.

.10 In the research on the ocean tides, up to now, I have taken advantage only from observations, partly at random, partly as rendez-vous with probable natural circumstances. While, in the research on seeds, the observations have been juxtaposed to experiments.

.11 For instance, the one on very good quality seeds, showing the effect of their movement, with regard to the surrounding matter (experiment A). Another one points out the cycle through which the seeds decrease and later restore their viabilty (experiment C).

.12 And moreover, the one disclosing the conditions most suitable for the seeds to restore their viability (experiment E).

contents


	How the Moon movement affects the seeds and the water of our oceans.
	release 12.1 - 2012-01-30
	© copyright notice
	contents \|\|\| français \|\|\| italiano
	introduction.
	The subject-matters.
.1	The subject-matters treated in this site are about two researches in progress: (1) on the viability in grains, how it decreases and how it is restored; (2) on how the “water figures” get formed, and (3) why they are considered the witnesses of how the ocean tides are generated.
.2	These phenomena, apparently unconnected, would rely - all of them - on the “type 2 dissipative processes”, in open structure molecules.
.3	Treating in parallel more than one manifestation, having the same cause, allows the exchanges of questions, and of possible solutions.
.4	In brief, through the “type 2 dissipative processes”, the open structure molecules can decrease their entropy (disorder), at biological temperatures, and get useful features, thanks to relative movements, with regard to other matter, at discrete angular velocities.
	See background colour code.

	The “water figures” and the ocean tides.


.5	The first phenomenon considered, in chapter one, is that of the “water figures”, revealing the kind of action on the water triggered by the Moon and the Sun.
.6	This allows to reduce the number of aspects, of the ocean tides, which have not yet been fully explained.
.7	For instance, at last it should be possible to give the reason of the peculiarity of the ocean tide formula, where the distance is to be raised to the 3rd power, and not to the 2nd power, so far given as an exception.
	The “water figures are treated in chapter 1; the ocean tides, on chapters 4, 5, 6 e 7.

	The research on seeds.
.8	Another physical process, here considered, is the variation of the degree of fluidity of EFAs in seeds, directly correlated with the variation of their viability.
.9	This investigation has already given useful answers, on issues such as the times and ways the seeds improve their viability.
	See chapters 2 and 3.

	Observations and experiments.
.10	In the research on the ocean tides, up to now, I have taken advantage only from observations, partly at random, partly as rendez-vous with probable natural circumstances. While, in the research on seeds, the observations have been juxtaposed to experiments.
.11	For instance, the one on very good quality seeds, showing the effect of their movement, with regard to the surrounding matter (experiment A). Another one points out the cycle through which the seeds decrease and later restore their viabilty (experiment C).
.12	And moreover, the one disclosing the conditions most suitable for the seeds to restore their viability (experiment E).

	contents