The linkage of electrons is always accompanied by several phenomena, including three main ones:
– Formation of Internal Gravity (see article of 17 November 2016);
– Thermic agitation;
– Disturbance of the arrangement of the ether’s electrons in space. This is a very important phenomenon and the purpose of this article.
The binding of two electrons, free or already participating in compound, creates a modification of the distribution of the volumes of electrons in the ether of space: the volumes (and mass) of the electrons and new compounds do not change but a vacuum more important could be formed.
This vacuum is unacceptable.
The neighboring electrons, induced by their vibrations, naturally modify their movements, to prevent this vacuum: the electrons from all around move to fill the void.
Coming from all around, they are too numerous and the extra ones are pushed away immediately to the outside where, from their departure, they had been replaced by electrons from farther away. There is then very brief static accumulation moving further, only the size of an electron.
The phenomenon is renewed without interruption and moves very rapidly to the end of the medium concerned, where it stops, for lack of electron.
In chapter IV of our essay (see page above), we study in detail this phenomenon for light, also explaining the waves on a pond and tsunamis.
If the electron bonds are renewed, the perturbations follow one another, exactly corresponding to the frequency of the bonds of the electrons that create them.
These perturbations that move throughout the ether, or special areas of that ether, are sensitive wherever they pass and the living beings on Earth identify them as waves.
They have been known to scholars for a very long time. Newton studied light and subsequent centuries, Fresnel, Hertz and many others have examined the spectrum and all the qualities according to the frequencies.
Other studies have made it possible to use their spectrum of observation to recognize the qualities of the elements created by the bonds of the electrons, wherever they occur.
A small part only concerns light.
They are now called « Electromagnetic Waves »
We will call them Waves of Space, « SW » in English (and « OE », Ondes de l’espace, in French).
These SW are not radiation.
When the perturbation had passed, the electrons regain their position as normal constituents of the ether of space, distributed regularly throughout the universal space, as in that of the substances and objects determined in this space. That is, space exists everywhere, even if particular areas or virtual boundaries appear in some areas.
The electrons thus remain independent of each other, while participating in the whole phenomenon of perturbations.
For this, they always move a distance equal to the thickness of an electron.
They have exactly the same behaviour as all other electrons in ether. But wherever they « pass », accumulation, very temporary, can create more possibilities for action for a very short time. It is this accumulation that all living beings and spectrometers notice.
They carry nothing materially (neither mass nor energy).
But they reproduce exactly the frequencies of the bonds of the electrons that created them.
That is to say the place of origin and the frequency of the bonds of the electrons.
The OE is thus a transport of information, in the whole space concerned.
The displacements of the perturbations in space are always realized at the speed of the movements of expansion of the vibrations of the electrons everywhere, even in the materials of the objects of space, where ether electrons always exist.
This is the speed of light, which is explained in Chapter IV.
In the matter and the objects of space, the Earth serving us as a model, the vibrations of the perturbations can participate in many phenomena, always at the same speed and amplitude, but in very variable times and zones.
But the phenomenon does not end there.
Everywhere in the space waves (SW), in the complete ether or the internal spaces of matter, objects, organisms, the electrons keep the same mode of functioning: they can bond with other free or already participating electrons To compounds with, again, creation of space waves which convey information concerning the last bonds.
Numerous phenomena, on the Earth and in space, are thus explained. Further studies are needed to understand them.
– A good knowledge of the space waves (SW), in the universal ether, allows us to understand the different objects of space, observed and studied according to their frequencies;
– On Earth, living beings use different frequencies for different phenomena and sensations by creating ISWs, waves of internal space;
– In the mineral matter, at certain levels of creation of matter, waves of the internal space can help to create atoms and molecules, especially crystals and all massifs of similar materials or almost;
– We discover that our use of electricity and telecommunications on earth could depend entirely on this phenomenon, which we began to show in Chapter V. This new theory could advance the study of electric systems and currents, photovoltaic and superconductivity.
With these SWs, and complementary SWs, very important systems can be created, which are then very complicated, difficult to understand, all the more so because chance remains present in all these operations.
They can explain on Earth the difficulties of understanding all matter at the level of the atoms, far from that of the electrons.
© Philippe Dardel – 20,11,2 016 / 10,1,2017