Vibration and its influence on matter (IF4)

Philosophical teaching 4
We continue our discussion on the physical plane; the plane in which you are immersed and of which you have the greatest awareness. Although this may seem superfluous to some of you io I believe instead that it is useful to recap once more what we have been saying up to now.
I think, in fact, that it is better to redo the situation often instead of stuffing the mind too quickly with a large mass of new elements, which would end up piling up generating confusion rather than understanding.
The physical plane - we have said - is totally composed of a single element that exists, within the plane, in different degrees of density ranging - in descending order - from solids to nuclear particles, under which there is a type of single and inseparable matter in other physical matter, a single type of element that we have defined "elementary unit".
It is the raw material of the physical plane and it is that which, associating itself with different quantities of identical elementary units, composes all the matter of the plane and gives rise to all the forms that you perceive around you, including yourselves.
However, there is another factor that helps to differentiate the various forms based on the phenomenal aspect, that is, the characteristics that distinguish them and that are perceived by your senses or by the instruments of your science, giving rise to the phenomena of light, heat, movement and so on. and go.
This factor is the vibration that continuously runs through all the matter of the plane and - consequently - the whole plane itself, diversifying through action and reaction mechanisms.
Let us now try to follow the path of this vibration from its first manifestation in an elemental unit, all the way to the level perceived by your senses.
THEelementary unit vibrates, that is, it moves, and if there is another in its sphere of influence that vibrates in its turn, the two vibrations, although starting out identical to each other - only by hypothesis - combine by interfering with each other. the other in a different way according to the distance between the two elementary units, giving rise to an overall vibration different from the initial one.
We are - at this point - at a very low level of density of matter, at the simplest aggregation, the one that only recently your science has really begun to discover and that it has defined "participle”(Such as photons, whose vibrations give rise - as an effect - to luminous and radioactive phenomena).
If we increase the density of the elementary units, that is, if we add elementary units to the particles, we obtain that type of aggregation known as "corpuscle”(Such as the electron).
At the same time, the vibration that had passed - transforming - from the elementary units to the particle, through the increased density and interference between vibration and vibration, further diversifies, giving rise to particular phenomenal actions and reactions such as theelectricity.
If we add more elementary units to the corpuscles, and therefore still differentiate the vibration, we have a new state of aggregation of matter and a new type of vibratory effect: the magnetism.
At this point the density of the matter is what you usually define "atomic nucleus”, Starting from which - with a new addition of elementary units and, therefore, of matter - we proceed towards the matter that you are able to perceive more easily and in a more direct way.
Thus, by adding elementary units to the nuclei we obtain the atoms and, continuing to increase the density of matter, we arrive at the elements, at molecules and finally at substances.
At the same time the vibration, affecting ever greater quantities of matter and, therefore, diversifying and reacting more and more complexly, gradually gives other phenomenal effects: heat, sound, color, etc.
The whole physical plane, in short, is therefore composed of the same basic matter and is crossed by vibrations that contribute to differentiating the matter qualitatively.
But what is vibration? It can be said that it is nothing but movement; so we can say that everything that surrounds you and your own body, however immobile it may appear to you, is actually in constant motion.
Now, according to your science, everything that moves causes work of some kind and every body has - whether it moves or not - energy: static if the body is immobile, kinetic if the body is in motion.
Applying this definition to what we have just said, we can affirm that the whole physical plane - since the matter that composes it is in motion - is not only composed of tireless workers, but is also all imbued with energy that never is - in reality - static or theoretical, but which is instead always active, although not always perceptible through the senses you possess within your physical body.
What, then, is it that causes the energy that permeates the entire physical plane?
Since we have stated that the elementary unit - of per sé and without the intervention of the vibration it would be inert, and therefore there would be no energy, and since we have affirmed that it is the last form of matter of the physical plane indivisible in other physical matter, it follows that what causes it to vibrate, which is what therefore gives it energy does not belong to and does not come from the physical plane.
The scientific definition of energy - for obvious practical and theoretical reasons - is mainly based on the consideration of energy as the cause of a practical effect, which is precisely what science tends to emphasize for the possibilities of useful applications that offers. However, we have said many times that what is cause is actually also effect.
This may be enough to postulate at least one other plane of existence besides the physical one, from which the cause that generates the first vibration of your plane must necessarily come. Scifo