watchers.news: In physical reality, the Cosmos is in constant transformation, nothing is permanent, including the solar system in which our planet is located.
Reliable and clear observations show that the Earth is not the only planet in the solar system that is undergoing climate change. The rise of dark spots on Pluto, reports of auroras on Saturn, polar shifts on Uranus and changes in the intensity of light from Neptune suggest that changes are occurring throughout the solar system.
Pluto is another concrete evidence of solar change. Pluto sits on the icy edge of the solar system next to a giant shell of astronomical bodies known as the Oort Cloud. Although Pluto is in the coolest region of the solar system, it is warming up. In particular, Pluto's atmospheric pressure has increased by 300 percent over the past few years, more than any other planet in the solar system.
Even more paradoxical for mainstream academic theories, Pluto's atmosphere is getting denser, although Pluto is now moving away from the Sun. Most likely, this suggests that Pluto is at the leading edge of the high-energy region of the galaxy, which now includes the solar system.
Thus, without a doubt, changes are taking place throughout the solar system. This fact is confirmed by additional data. For example, an increase in the strength of the Sun's magnetic field is one of the clearest indications of a dramatic shift taking place in our star system.
According to a study by Mike Lockwood of Rutherford National Laboratory in Appleton, California, the Sun's magnetic field has increased by 230 percent in the 20th century alone. Energy changes on the Sun are radiated outward through the solar wind, thereby increasing the charge of interstellar space.
Another piece of evidence in favor of changing the sun is the sudden increase in the density of galactic stardust.
The Ulysses space probe has been tracking the amount of stardust flowing through the solar system since 1992. And as the data he collected shows, the solar system is experiencing an overflow of stardust.
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However, it is the Sun and its magnetic field that affects how much stardust passes through the solar system. The magnetic field attracts more stardust as it gets stronger. As the sun's magnetic field increases, it attracts more dust.
Observations have shown that the amount of stardust in the solar system has tripled since 2003! That is, something heats up interstellar space. But what?
The question baffles scientists. The sun is now at its minimum, so the amount of interstellar matter in our system should be reduced. However, it continues to flood the solar system even during the solar minimum.
Thus, the evidence that the entire solar system is warming up is overwhelming. And institutional scientists are lost between the observational solar reality and the fidelity of the standard solar model.
Most likely the problem is that the true motion of the Sun in the galaxy is not circular, but elliptical. And at the moment, all signs indicate that the solar system is approaching its lowest position, that is, as close as possible to the galactic core. This is the most energetic region that the Sun passes through. And it is this dense, energetic region that changes the Sun's magnetic field and the magnetic fields of all the planets in the solar system.
Editorial comment
Watchers.news is a very good, interesting resource, but it is a site of official academicians, that is, the topic of Nibiru is kind of taboo there. However, as we predicted earlier, the first swallows flew: the academics twitched and loudly broadcast about global warming in the entire solar system. And the reason for this warming is the alleged proximity to the galactic core.
Purely theoretically, the idea, of course, is correct, since moving along the ellipse, the Sun at a certain moment is closer to the galactic center, mass, at a certain moment further. But the explanation of the “academicians” about the heat coming from there, as it were, is chemically pure idiocy.
The yellow circle in the figure indicates the path of the Sun, which represents the so-called galactic year. It lasts, as they say, 216 million Earth years.
Nobody, of course, checked it because “academicians” don't live that long, nevertheless, let's assume that the figure is correct. And let's "round off" this figure a little more to make it easier to count - let the galactic year be not 216 million Earth years, but 365 million Earth years. Now let us ask ourselves a question: do you strongly notice something in the changes in the radiation of the Sun per day? So that on December 31, for example, it was minus 10 Celsius, and on the morning of January 1, you put on your swimming trunks and went to a nearby lake to sunbathe?
Such jumps of solar radiation do not happen in one day, and yet one “galactic day” is a million years. That is, even for a million years of motion around the center of the Galaxy, the Sun will not receive a noticeable increase in radiation from there. At the same time, warming in the solar system has been observed not for a million years, but for only ten years, over a time period that is 100,000 times less than a million years (galactic days). Ten years for the Sun is approximately ONE SECOND for the Earth's orbit.
Have you ever seen a warming that happened in a second? So we have not seen. Therefore, the only correct explanation would be to assume that some kind of heater appeared in the solar system. For example, a neutron star with a diameter of 20 kilometers, which will not allow it to be seen through any telescope. The “elites” know about this star and build bunkers, the “academics” do not know, but they can guess, so they just rushed about. But you and I have been guessing about everything for a long time, so we just follow the development of events.