(1) During the deflagration of part of the gases of the atmosphere of a planetstar, firstly comes the illumination of this celestial body and the turmoil of the established order of its satellites, then the propulsion in space of rest of the atmosphere which is the last point that we are going to examine. These three consecutive phenomena occur in the expansion of the electromagnetic set of the new star, which is called nova.
The water
(2) The gigantic fractures (faults) that we find on Mars or on the Moon, as well as on the terrestrial crust, testify to the shocks produced during the movement of planets. But these movements took place while an immense cloud of vapor went into space, coming from the part of the Sun's atmosphere which didn't disintegrate. Although very spread and distant from today's Sun, this cloud gradually took the form of a corona which still exists today. It could be sighted by a distant observer, just as we ourselves can observe similar coronas that similarly surround new stars. Every recent star is indeed surrounded by a similar corona, and they are numerous in the sky. That is why when contemplating a circular cloud around a star, it is necessary to refrain from saying that this star is dying, because it is on the contrary its birth. Let's confuse, as scientists do, what disappears with what appears...
(3) Water is a body that is always produced in a gaseous state, which changes to a liquid state and then to a solid state by a drop in temperature, and which carries out the reverse cycle by an increase in temperature. We will see that the abundant water on Earth results from the solar corona. This water doesn't infiltrate into the depths, because the internal heat of the Earth repel the water to the ground surface. And it completes its cycle by continuously changing states, because the Earth is in the only region of the sky where the temperature of the Sun is neither too high nor too low for that. In the region of the planet Mars for example, or even further out in space, it is too cold for the water to remain liquid; and in the region of Venus, or even closer to the Sun, it is too hot this time. Water can thus only be liquid on Earth and maintained on the surface thanks to the internal heat of Earth. This is why, among all the celestial bodies of the solar family, only the Earth offers due to its temperature and its position in the sky, the favorable conditions for the manifestation of life.
(4) Below its point of glaciation, the water remains solid; above, it liquefies and evaporates. The vapor cannot be seen, because it is primarily gas. When heating water in a bowl, it changes into gases. And these gases rise and condense immediately because of the sudden change in temperature. It is this condensation which immediately causes the fog which is visible on the outside of the container. For example, when we see some fog in winter on the surface of the water, even though the air temperature is very low, it's because the gases rising up from the water condense immediately. The clouds are thus the visible part of the condensation of atmospheric gases.
(5) The study of Jupiter showed us that it isn't the star but the planet that is preparing to shine which produces water in abundance through the ages. Indeed, any active planet produces water by the heat resulting from the effect of electric resistance which transforms the matter of the core and the mantle into gas. These gases exits to the surface, form the atmosphere which condenses by temperature change. Thus, gradually, the active celestial body produces water. This means that, apart from the stars, all celestial bodies, even satellites, do possess some more or less in their mantle. The water thus exists everywhere in the Galaxy: on the celestial bodies where it is produced or captured, and in space where it is projected partially by the breath of the atmospheric explosions.
(6) When Jupiter, Saturn, Uranus and Neptune were satellites of the Sun still planet, they already had an atmosphere which contained water, but much less than today. Indeed, their giant atmosphere of today also results from the large quantity of liquid that the solar nebula brought onto them. There is thus water produced by an active planet (which is warm), and the water that it receives from the solar nebula when this one passes on its.
The aspect of the nebula
(7) The atmospheric explosion, center of all phenomena, provokes the formation of an immense cloud of gas, which initially has the approximate shape of a globe. But, by the rotation of the star on its axis leading its magnetosphere in the same direction, this cloud flattens slowly by the centrifugal force and slowly takes the shape of a corona. When these gases are still close to the star which lights up, they cannot be seen, because gases cannot be seen. However, when going away, they condense at a lower temperature and this time forming a visible cloud of fog which, for a distant observer, must reduce the brilliancy of this new star which shines in the center. Farther in space, all gases of this cloud crystallize. This time, we are dealing with a nebula entirely made out of ice crystals moving away from the star. Illuminated by this last one, they are visible from afar.
(8) These gases are thus moving away from the Sun, by changing state, shape, aspect and speed; for the force which propels them declines gradually and eventually disappear in the confines. This means that the nebula gradually decelerates its course and eventually stabilized. Then the crystals are dispersed, by giving to this corona the aspect of a shapeless cloud.
(9) This diagram illustrates the evolution of the nebula along the centuries, and its inevitable passage over all planets of the new shining star in the center. Although still of a circular shape, the nebula is now at the end in its great dimension. It will probably spread out a little more, then will faint in space where it will enrich the abundant and formless clouds of the Galaxy. The water is thus found in space and goes from world to world...
(10) It is certain that if we were as big as the Galaxy, we would see the progress of this nebula just as fast as a cloud in the sky, because it is always a matter of proportions in dimensions. According to human measures, the time that the cloud takes to reach its greater dimensions is very long. But whatever is the exact time, this cloud necessarily exists around the stars and also around the Sun which is still a nova in the sky.
(11) At the beginning of its formation and for some time, the nebula doesn't yet encounter the planets, because the distance which separates it from the first of them is very great and all the greater as the closest ones have already gone into the distance, pushed by the vibrations (the waves) resulting from the explosion. So we must wait a little time for it to meet the first planet, and wait even longer for it to reach the one that is the furthest.
The amount of water collected by each planet
(12) Because they are metallic and magnetized spheres, offering a great inertia, the planets struck or propelled very far by the breath of the explosion can't escape the magnetospheric action of the new star, unlike the crystals which, them, go away in space without being able to return. Regardless of this, we understand that the quantity of water that each planet receives is at once proportional to the magnitude of the magnetosphere of these planets, to the duration of their evolution within the nebula, and to the distance of the star where their meeting takes place. For the closer it is to the star, the denser the nebula is, and inversely.
(13) But whether the solar nebula is in the state of gas, fog or crystals, this doesn't prevent it from being captured by the magnetospheres through which it passes. This is why, after the explosion of the atmosphere of the Sun, the planets closest to the Sun probably received gas; those which, like the Earth, were a little further away received fog or crystals; and only crystals for planets coming after the Earth.
(14) Let us examine then the effects of the passage of the solar nebula on each of our celestial bodies. It is evident that this cloud passed firstly over the first planets, then over the Earth, then over the planetstars and lastly over Pluto, before pursuing its journey in the remote areas. To adequately represent its passage over the celestial bodies, it is necessary to have in mind that further we are going away from the Sun, bigger are the orbits of the planets and longer to describe them. Jupiter takes almost twelve terrestrial years to complete a revolution around the Sun, Saturn twenty nine, Uranus eighty-four, and Neptune hundred and sixty five. The duration of evolution of these distant celestial bodies within the nebula (which also enlarged its diameter), was therefore long and was even longer as the nebula was moving away less and less quickly in their vicinity.
(15) It then appears because of the decrease in its speed of remoteness and the constant increase of its surface, the corona deposited less water on the first planets than it did on the distant ones. Orbiting very far and probably as large as the circumference of the corona, Pluto probably evolved longer within this latter than did the other planets. But, because of its inclined orbit in relation to the ecliptic plane, Pluto only crossed the corona obliquely. However the quantity of crystals which fell on its hardened frozen ground was enough to form around it an ocean of ice of a good thickness. Hence its brilliancy in the sky that we have already evoked. This small celestial body also testifies the passage of the nebula, but similarly demonstrates the actual gigantism of the atmosphere of the planetstars, the traces of water on Mars, as well as the terrestrial ocean.
(16) But in the territory of the internal planets (inside the asteroids belt), we are not in the same situation; because if the outer planets did move only little or not at all, the internal planets, them, sometimes they did so with great amplitude. This shows us that an inner planet could have evolved in three ways in the nebula which caught with up it: either while the planet was moving away from the Sun, or while it was in wait on a distant and stable orbit, or when it came back towards the Sun. It is thus obvious that by being moved in turn and differently, the inner planets couldn't each receive the same quantity of water.
(17) THE MOON is a celestial body which received very little water because, before being intercepted, it has manifestly crossed the nebula so quickly because of its high speed. We know what has happened to the atmosphere of the Moon that it lost on the way and in contact with the Earth. However, when it was still hot, it produced a little water, and kept it in its mantle which hardened very quickly up to the core.
(18) Regarding MERCURY, a little bigger and a little further from the Sun than the Moon was in the old order of the celestial bodies; it was quite comparable to our satellite before the atmospheric explosion. Returning to the Sun where it stayed, it could (just like the Moon) only cross quickly the nebula still in its gaseous state and animated by a great speed. Its mantle also hardened up to the core, contains in its depths a small quantity of water that it had produced itself, like the Moon. These two planets cooled off completely during their displacement. This is why the water that their ground contains is necessarily frozen. Without internal heat, these ice crystals remain unchanged, because the solar heat can't reach them. Mercury is thus analogous to the Moon in all domains. However, placed in the active forces of the Sun, it will warm itself up before the Moon. Its crystals will melt gradually and will become gases which will enrich its atmosphere where there is also some water from the solar nebula.
(19) VENUS has also produced water and has similarly received from the Sun. But because of the high solar temperature prevailing in its orbit and with the high temperature coming up from its core, all its water evaporated and is now part of its atmosphere. Venus cannot then have a sea.
(20) Let's skip over the Earth to which we shall return, and see what the fate of MARS was. It seems evident that this planet did not meander like the Earth, but instead left and stayed there where it is after probably colliding with another planet, as we have already evoked. However, Mars has, it also, evolved in the nebula and obtained water. Most of it infiltrated into its mantle where it froze. The other part evaporated, then condensed and crystallized again on its poles, enriching even more its ice caps. For a very short time, there was necessarily some liquid water on Mars; if we consider that this planet crossed the region where we are, and which is perhaps the region where it captured its water. If this is the case, then there could be some fossilized organisms on this celestial body.
The fertilization of the Earth
(21) After determining as acurately as possible what occurred with the solar nebula on the near and distant planets, we now have to observe what happened with the EARTH for it to receive so much water on its surface. Ah! The Earth, the favourite, was already from its initial position the one which was predestined to become this magnificent blue planet under the Sun. Let's then show what was its coronation and how the Sun fertilized it.
(22) Let's remember that the force provoked by the atmospheric explosion moved the satellites before the nebula even caught up with them. This is shown in the first figure below where we see the Earth moving away, whereas the corona has not yet come upon it. The second figure illustrates this time the evolution of our planet within the nebula that was slowly catching up to it, because its speed was hardly higher than that of the Earth. This allowed the latter to stay in this cloud for a long time, especially since the terrestrial orbit was equivalent to the diameter of the corona. In this way, the Earth had plenty of time to fill up its vast ocean which covered, at that time, almost the entire globe, as the continents had not yet emerged. As for the third figure, it shows the Earth after the solar nebula has passed over it.
(23) Thus, for a long time, our planet evolved in a cloud of crystals which provides it with the water that it possesses today. At that time, the Earth hadn't yet intercepted the Moon. And although it then experienced its largest orbit which made it stay in the cold, it remained hot inside, especially that this corona covered it with a precious mantle of ice. Then it returned next to the Sun which warmed it up. It crossed again the region where we are and, immediately after, it intercepted the Moon. Then, it experienced another glacial period far from the Sun, then returned closer to it and eventually stabilized in the sky, in the same orbit where we are now.
(24) Thus, for the first time, men contemplates this magnificent spectacle of the fertilization of the Earth which took place in the sky. We then imagine very well what the beneficial effects of this water were on our planet. We will soon develop them, and your eyes will open completely.
One inhabited planet per star
(25) Following the illumination of the Sun, the meanders that the Earth described and the water that it received, are phenomena that necessarily happen in any new stellar family. This is so, because satellites occupy all the space around their mother who is preparing to shine, to become a star. When it illuminates, it is obvious that a satellite that is in the middle of their number, makes meanders similar to those that our planet did. And this satellite is similarly covered with as much water.
(26) Today, we have then the certainty that each star illuminates one of its celestial bodies where there is a world. For the electromagnetic activity has the mission to create a viable region around each star and a ground which can receive all species of creatures, up to man for whom everything is prepared. That's why I said many times that all the stars illuminate a living world! Isn't that the reason for stars to exist and to shine brightly in the sky? Could you imagine another reason? What would it be?
(27) For man to exist today, it was then necessary for a planet to come and go near the Sun without cooling down, and for it to be covered with an ocean. It is coincidence! will affirm the intelligent ones. But I, the Son, I say that it is God's will, because his science to which electromagnetism belongs obliges this accomplishment around every star.
(28) Should we also think that all these planets similar to Earth have a Moon? Let's rather say that they certainly have an equivalent mass, which could be a little bigger celestial body, which wouldn't change much, or two smaller celestial bodies, which wouldn't change much either. In any event, there is always a planet well positioned to be the chosen one, whether or not it has satellites. For us, it was the Earth. So rest assured that there are as many living worlds as there are stars. Henceforth it is indisputable, certain, and widely demonstrated.
(29) Certainly, you were until now far from imagining that this was so, and that the water you drink or in which you bathe is the ancient atmosphere of the Sun. Nowy is it not pleasant to know this? Aren't you satisfied to learn that you are made of the Sun, the Earth, and the entire universe? Does that not bring you much closer to them and to all the celestial bodies in the sky?
(30) What I'm saying then, is that you could not know who you were or what you were doing on this Earth, without first understanding that living beings exist likewise around each star. Don't dispute this, for this is also what was disputed by your fathers in the desert when they could not imagine that the sky was the throne of the almighty Creator. And what have they become? They have become what you were just before I baptize you: men of the darkness and lost, men without atachements, devoid of benevolence and ready to disappear forever and ever. But you are already saved, because the knowledge that is gradually accumulating in you, will enlighten you forever and ever.
