“Insert d”, page 3
d.3 d.1 Open structure molecules- introduction.
d.2 Activation energy.
d.3 Four clues.
d.4 Another manifestation of the matter.
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Four clues.
Clue #1 - Statistical distribution of the “water figures”.
.1 The first indication that would suggest that the activation energy in question would operate at discrete values is given by the different statistical distribution of the phenomenon of the figures on the water surface, those presented in chapter 1.
.2 Sometimes, one can easily see, at a slow motion, a clear alternance between moments where the phenomena in question occur, and moments where nothing peculiar occurs. One would distinguish the useful values, from the useless ones, that at a given moment are offered with regard to the configurational state of the water.
.3 That is possible when the angular velocity of the Moon phase varies slowly, thus increasing the time for the configurational reactions to take place, when definite useful values are offered.
.4 Usually, that occurs near the inversion points a, b, c and d of the calendar of the velocity of the phase of the Moon.
Daily averages of the hourly velocity
of the phase of the Moon (legend).
.5 During such occasions, the useful frequencies have a much longer duration, thus increasing their probability to induce a number of configurational reactions, past given thresholds, so that water figures, easy to be perceived, get formed.
... at a slow motion.
.6 It is as if not all the angular velocities that the Moon offers are useful to trigger, in water molecules, either dissipative or reverse reactions; but only those required by the water molecules themselves, in dependance on their state at a given moment.
Clue #2 - Seeds at rest with regard to the Earth.
.7 One may observe a change in the physical features in quality sunflower seeds, once free from their testa, if at rest with regard to the Earth, when the lunar phase velocity is increasing slowly, if the ambient temperature is decreasing, and much better if in synchrony with the times of the other seed cycles (farmer's, and the time windows).
.8 Then, the seeds may become, in a short time, tender and dark.
.9 The observations of these phenomena have contributed, along with various tests, to establish the softness cycle in seeds, and the degree of their ability to germinate, which has already found an application in agriculture.
Clue #3 - Seeds in movement with regard to the surrounding matter (experiment A).
.10 One quality sunflower seed may become tender in one second by moving it, provided the heat - generated at the instant its EFAs molecules change configurations, along with their physical behaviour - be released outside the system, contextually.
.11 However, today, this experiment consists of a series of trials, carried out manually, and during which the angular velocities depend on chance. Thus, the result can be only of the statistical kind. During a session of trials, the seeds might either maintain themselves unchanged, or change just a bit their physical consistency. Though very seldom, they can even become semi-liquid.
.12 In future, it will be possible to carry the experiment by means of a device, whose angular velocity might be fine tuned to several useful frequencies.
Clue #4 - The way seeds recover their viability.
.13 The seeds recover their viability in dependance on the time the velocity of the moon phase lingers on useful values (experiment E - chapter 2, pages 4 and 5).