|Chapter 1||The Moon|
Nature and destiny of the moon
May 1, 1841
1. Concerning the moon, it is a solid celestial body, more solid than your earth, and it is, so to say, a child of the earth. In other words, it has been formed by the components of the earth.
2. It has been made a companion of the earth so that it can collect the magnetic energy that the earth emits and then reflect it back to the earth as needed. This is why the orbit of the moon around the earth is so eccentric. For it always aligns itself according to the higher or lower quantity of magnetism that is present on the earth. But in turn, the orbit of the moon, as the carrier of this substance, complies with the possible needs of the earth for this natural life substance. This is the main function of the moon.
3. If a planet is smaller than the earth, it does not need a moon. Very tall mountains then take the part of the moon which, for example, is the case with Venus, Mercury, Mars, and some other, much smaller planets; the larger planets must, however, be furnished with one or even several moons, so that these moons may render the above-mentioned services to their planets.
4. As on the earth, there are also human beings and countless other creatures on the moon, but with the distinction that none of the moons is inhabited on the side permanently facing its planet, which always remains the same. But it is always inhabited on the opposite side because, on the side facing its planet, it is not provided with air, water, or fire, or any of the other necessities required for organic life.
5. You will ask: Why is it like this? The answer is: Because no moon may rotate on its own axis, and this is because the attraction of the earth or of any planet would still be too powerfully at work in the range of its moon. Now, if the moon rotated on its own axis, and as slow as this rotation might be, such a rotation, to begin with, would enhance the attracting power of the planet in such a ratio that the rotation of the moon would be proportional to the rotation of the planet, that is: If the time of the moon’s rotation were to approximate the time of the earth’s rotation in such a way that it would rotate around its axis in about the same time as the planet, by virtue of this increasing gravitational attraction of the planet, soon one part after another would detach from the moon and fall to the earth. Such a slow rotation as the planet’s would not serve the moon well with regard to the proportional distribution of air, water and thus also fire, and all of this would still be as it is now, namely on the side that is opposite to the planet. For the water, the air and the fire must be driven around on a celestial body with relative speed through the protruding mountains; otherwise, by virtue of centrifugal force and their own fluid gravity, these elements so necessary for organic life would accumulate on the side opposite the central body.
6. But if this were the case, ask yourselves: Who then could live on such a celestial body? He would only live as long as he were to remain underneath the layer of air and water; but if the planet were to rotate out of this layer, he would inevitably have to suffocate in the space void of air if he had not already drowned earlier under the layer of water.
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