The Earth is expanding and…

… we do not know why…
Is the title of a book published in 1984. (Owen, Hugh, « The Earth Is Expanding and We Do not Know Why, » New Scientist, 27, November 22, 1984.)
Since then, the situation did not changed. Many scientists are interested in this problem, without being able to answer the question asked.

Simply because no one thinks of the origin of the « problem », that is, the birth of the Earth and all the other objects of space.

We explain the main lines with Électronisme, but it remains to understand many related phenomena.

In chapter III of our essay ( ), we detail independently:

– The first bonds of electrons, the only constituents of the Ether of space, at the primordial attometric level;

– The creation of stars and all other space objects.

We live on one of these objects, the Earth. It has exactly the same behaviour as all the others, especially for its regular increase, « obligatory » since the beginning of its creation. We do not feel it and we do not see it, because the whole phenomenon is realized very slowly, and we often participate in additional modifications that we only consider as human events.

This explains two topical phenomena:

– Is this regular increase more sensitive now with the global change in the temperature of our planet?

– The cosmologists, at the present time, never evoke the phenomenon, whereas it is indispensable to take them into account in order to understand the other objects of space and their structures.

We do not see the increase in volume or mass of our planet, because it is made by electrons in a permanent way and very slow, insensitive to us, to the point that we forget it completely.

– But we could feel it and create ways to measure it, because we know that our planet has changed a lot since its creation.

– What date or period is it necessary to remember to be its beginning?
At the first accretions in the nebula,

Or in the protostellar disk, where the solar system was formed?

– Or is it necessary to link its creation to that of the nebula, formed of the remains of a dead star which might have lasted some tens of billions of years;

– After others, probably.

We know a few of the great stages of its creation and study them according to the events that marked it especially, without thinking that they were a continuation of its creation and its evolution continued like that of the stars, with a steady and slow increase of its Mass and its temperature;

These two phenomena can have a great influence on the atmospheres of the objects of the solar system and of our galaxy, and on the life of living organisms.

It should be possible to feel and measure these changes in our planet.

Would the measure be useful for studies or forecasts of the development of objects of space or simply of our planet?

Especially for the problem that seems to us today and close to us by some responsibility in its evolution, the current climate change.

The study will probably lead us to review the internal composition of the Earth and that of other planets, such as Mars, which may not be suitable as a replacement planet for us, etc.

It is an enormous research effort to organize.

Without going into details, we can simply think that the Earth and the whole solar system are the result of several generations of stars, each for several tens of billions of years.

And that everything we are studying here should guide research into the creation and evolution of other objects of space in their galaxies and clusters.

The birth and evolution of our planet and all other objects explain other phenomena, mainly the gravity and the thermal agitation that we feel as heat.

Gravity in all objects in the Universe depends only on:

– The creation, by and with electrons of space, of the « first » objects at the primordial level, which are first small compounds, then objects that increase one another or independently;

– The permanent behaviour of the ether of space, composed only of vibrating electrons, free of each other, whose vibrations create or encourage displacements, as a permanent balancing, taking into account the creations of compounds and objects, They are realized, to minimize the created disorder, by increasing what we call entropy.

Gravity is therefore a primordial phenomenon that exists at all levels and permanently. It does not need to be complemented by an attraction of the masses which has no justification, as Newton and Einstein knew, and others.

This leads to the necessity of a modification of certain theories, such as that of relativity. Many physicists have discovered and reported it for a long time and others, like Erik Verlinde, support this idea, considering gravity as emergent or entropy.

Gravity probably has no influence on the size of living beings, except through the theory of the evolution of Charles Darwin’s species.

The variations of gravity in objects of the atmosphere, annex of the planet, are generally weak. But an important modification of the gravity of the planet itself is possible; For example, mass or volume would be suddenly changed by a major merger with another object, following an unforeseeable catastrophe. It could create a different gravity of which the « balancing » would be relatively fast. It may be interesting to study its influence on living objects, generally free of the matter on the planet.

The increase in thermic agitation, called heat for living beings, is related to the creation of compounds by electrons. The creation or the increase of compounds or objects creates more possibilities of contacts of the electrons between them, free or already linked, which increases their possibilities or obligations of displacements or links.

These are always actions of the electrons, without any need for additional particles, called charged, or of force that would be independent.

The perturbation of the arrangement of the electrons of space Ether by the bonding of some creates other phenomena, especially light, which we explain in Chapter IV ( )

The creation of all the objects of space and their evolution are very complicated phenomena which we explain with difficulty because we must involve events or objects that we know badly and difficult observations with tools, natural or invented, insufficient.

To know our Earth, we must take into account what we see and understand badly, with ideas that often evolve with difficulty.

Studies are long and difficult from our observations. We must take into account the origin of the elements, their evolution in a certain « milieu », the normally foreseeable future, and many other real phenomena to be discovered and explained.

Without going into details, we can simply think that the Earth and the whole solar system are the result of electron linkages that have created several generations of stars, each for several tens of billions of years.

© Philippe Dardel, January 30, 2017



Entrez vos coordonnées ci-dessous ou cliquez sur une icône pour vous connecter:


Vous commentez à l'aide de votre compte Déconnexion /  Changer )

Photo Google

Vous commentez à l'aide de votre compte Google. Déconnexion /  Changer )

Image Twitter

Vous commentez à l'aide de votre compte Twitter. Déconnexion /  Changer )

Photo Facebook

Vous commentez à l'aide de votre compte Facebook. Déconnexion /  Changer )

Connexion à %s