Mercury (= mercury) is a planet approximately equal to the Moon - a satellite of the planet Earth. A planet named after the deity of merchants and thieves, but also travelers. There is nothing special here, since the discoverers of new lands are all a little merchants and a little pirates. But science has drawn up the passport of the planet Mercury: the mass is 0, 005 Earth, the planet consists of two-thirds of iron, diameter 0.4. The distance to the Sun changes from 45 million km when Mercury is in front of the Sun in the direction of the star and to 70 million km when it is behind the escaping star. A day on Mercury is equal to 59 earthly or 1416 earthly hours and 354 hours for every quarter of the Mercury day: morning, afternoon, evening and night and in each part 14.75 days. Here we have some relief - a day on Mercury equals a year, and every part of a day equals a season. At the same time, we understand that a complete rotation around ourselves is equal to a complete rotation around the star. All this I repeat after astronomers and retell for you the mystery of Mercury. “In some parts of the planet, especially on the meridians (here I get into a stupor: each meridian intersects with a parallel, so we take“in some parts of the planet”as the main thing) the sunrise and sunset can be observed twice or even three times a day … huge, in one the eighth of the celestial sphere, a fireball (of the Sun, it is easier to say), having barely appeared above the horizon, suddenly stops, freezes for several Earth days, then slowly crawls back to the same point. And only the second or third time does the luminary really rise. When the sun sets, the same thing happens. All this I repeat after astronomers and retell for you the mystery of Mercury. “In some parts of the planet, especially on the meridians (here I get into a stupor: each meridian intersects with a parallel, so we take“in some parts of the planet”as the main thing) the sunrise and sunset can be observed twice or even three times a day … huge, in one the eighth of the celestial sphere, a fireball (of the Sun, it is easier to say), having barely appeared above the horizon, suddenly stops, freezes for several Earth days, then slowly crawls back to the same point. And only the second or third time does the luminary really rise. When the sun sets, the same thing happens. All this I repeat after astronomers and retell for you the mystery of Mercury. “In some parts of the planet, especially on the meridians (here I get into a stupor: each meridian intersects with a parallel, so we take as the main thing“in some parts of the planet”) the sunrise and sunset can be observed twice or even three times a day … huge, in one the eighth of the celestial sphere, a fireball (of the Sun, it is easier to say), having barely appeared above the horizon, suddenly stops, freezes for several Earth days, then slowly crawls back to the same point. And only the second or third time does the luminary really rise. When the sun sets, the same thing happens.therefore we take as the main thing "in some parts of the planet") the sunrise and sunset can be observed twice or even three times a day … a huge, one-eighth of the celestial sphere, a fireball (of the Sun, it’s easier to say), barely appearing above the horizon, suddenly stops, freezes for several earthly days, then slowly crawls back to the same point. And only the second or third time does the luminary really rise. When the sun sets, the same thing happens.therefore we take as the main thing "in some parts of the planet") the sunrise and sunset can be observed twice or even three times a day … a huge, one-eighth of the celestial sphere, a fireball (of the Sun, it’s easier to say), barely appearing above the horizon, suddenly stops, freezes for several earthly days, then slowly crawls back to the same point. And only the second or third time does the luminary really rise. When the sun sets, the same thing happens.
The reason for this is not yet known, but there is an assumption that the proximity of the Sun is to blame for everything. This is where I finish quoting Olga Strogova on page 21 of the Cosmos magazine, issue 15.
It is strange that the author of the article in the journal "Cosmos" does not know that the planet Earth, apart from rotation around a star (year), rotation around itself (day), has a different motion: the movement of the poles relative to the axis of the planet. Poles write out the eight within a year. The poles are in the center of the eight during the Spring and Autumn Equinox, when the planet is at a distance of 150 million km, and shift when the planet (for those living in the northern hemisphere) is on December 25 at a distance of 148 million km, and on June 22 at a distance of 152 million km. The Earth tilts its axis, in its normal position about 23 degrees, following a star escaping in the summer, flying at a speed (we understand) of 9 km per second. And in winter, the proximity of the Sun pushes the Earth's axis away from the Sun. It's just that we have it stretched out in each season in 91 days (not always equal in autumn or spring). Now imagine that you are on the "polar circle" of Mercury, and the poles of this planet are swinging even more and even faster than on Earth due to the proximity of the Sun. And now you, due to the rotation of the planet around its axis, expect the onset of morning (spring) in the period of two Earth weeks, and not twelve, like ours. And at this moment the planet Mercury tilts its axis in the opposite direction from the rotation of the planet, and you find yourself again in the shadow side, then rotation around the axis takes you back to the sanctified part of the planet. The same thing will happen to you in the "autumn", when the deviation of the planet's axis will return you to the shadow part, and only on the second attempt will it return you to the "day". At the same time, let's think about the fact that Mercury does not move in a horizontal plane, as we are drawn according to a simplified scheme, but rises above the Sun and falls below it. And it's cooler than the orbit of planet Earth.
It was me that … the secret revealed. Maybe there is something else interesting in the article?
“Because of the smallness of Mercury, its iron core should have cooled and hardened long ago. But the data from both space probes indicate that the core of Mercury is still liquid and hot."
Imagine, you come to the deep taiga, or even cooler they throw you out by parachute into the desert, where you have never been. "So, everything is still here!" - you scratch the back of your head. Is “still” relative to a year, century, or millennium?
“A very powerful magnetic field for its size has been found on Mercury. As you know from the laws of physics, a magnetic field is created only by moving charges, which means that powerful disturbances still occur in the bowels of the planet"
I propose to imagine that inside the Sun and Mercury, and all the planets of the Solar System, the matter of space is burning, colliding with antimatter. No thermonuclear reaction, since everything should have already burned out both inside the Sun and all the planets. And if it has not burned out and continues to burn, then we change the values: neither dynamite, nor hydrogen, nor a thermonuclear reaction, but a collision of matter with antimatter. And with this you get endless burning for billions of centuries or millennia.
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You will say that "matter disappears when it collides with antimatter." Who saw this? Both there and there are pure theory, but the theory of combustion from a thermonuclear reaction has outlived itself with the help of mathematical calculations: a split hydrogen atom would have finished its reaction long ago at the current mass of the Sun, and as we see inside Mercury, it should have extinguished long ago, and burned. And I'm offering you "ETERNITY". Remember what it is? "When a small, very small bird flies to Mount Everest to clean its beak once a millennium, and when it wipes the entire mountain to the ground, and it will be just one moment of ETERNITY!" Are you not happy? I give you ETERNITY - live and rejoice: the sun will not go out in five billion years! This does not threaten you any more!
Until next interesting news or events. We will have something to tell you …
Author: Pavel Shasherin