The sun works intermittently

Published 29.03.2024 | By Йосиф

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The sun works intermittently and can go out for a short time at any moment

spaceweather.com: Astronauts on the International Space Station got a break from their daily dose of cosmic rays on March 24 when radiation levels suddenly dropped by more than 14%.

What happened? It was a coronal mass ejection (CME) that pushed the radiation away:

This is called “Forbush reduction” after the American physicist Scott Forbush, who studied cosmic rays in the early 20th century. This occurs when a CME streaks past Earth and pushes galactic cosmic rays away from our planet. Radiation from deep space, which normally strikes space stations, satellites and the Earth’s upper atmosphere, is briefly destroyed.

In the graph above, a Forbush decline is shown as a downward jump in the number of neutrons recorded at the Sodankylä Geophysical Observatory in Oulu, Finland. Neutrons are a well-known substitute for cosmic rays. When cosmic rays hit the Earth’s upper atmosphere, they create a stream of neutrons that reaches the earth below. Sensors in Oulu count these “secondary cosmic rays” to monitor activity in space.

This week’s Forbush decline is the largest of solar cycle 25 (so far), surpassing the previous record recorded on November 3-4, 2021, when a powerful cannibal CME reduced neutron counts by 11%.

Comment from the Editors of The Big The One: Our readers are well aware of Rutherford’s experience in 1910 from the school physics course. Rutherford fired alpha particles at gold foil, deflecting only one of about 10,000 particles, while the rest flew freely through the foil without losing their trajectory:

Based on this experience, a planetary model of the atom was built, where in the center there is a dense core that deflects alpha particles, and electrons fly around, which do not deflect anything.

Now let’s imagine outer space through which cosmic radiation flies. The density of particles there is clearly less than in a bar of gold, therefore, when such space is bombarded with alpha particles, neutrons and protons by CME, collisions and deflections there will be billions of trillions of times less frequent than in gold.

Nevertheless, let us imagine that the density of cosmic radiation is comparable to the density of gold foil. But even in this case, CME will be able to deflect one in 10,000 particles, but not every fifth, so the astronauts’ theory of “negative solar flares” does not fit into any gate.

These “negative flares” have long been noticed by all armchair astronomers. We associated them with satellite glitches. But, as bright adherents write, the satellites show correctly and to explain this miracle they came up with a whole wild theory, although in reality everything is simpler.

The experiment is called “leg and garden hose.” That is, if you step on the hose, the flow of water will stop for a moment. It’s the same with cosmic radiation – something interrupts it from time to time.

There may be three options here:

a) The Earth is sometimes obscured from cosmic radiation by some massive object, for example Nebiru;

b) The sun works intermittently and from time to time the emission of radiation from there stops;

c) The Earth’s magnetic field works intermittently, sometimes it turns off for a few seconds or sags in strength.

We don’t know which option is more correct, but with any of them it is obvious that the Solar system is going to pieces, there will still be miracles and not so many. Most likely we are talking about a micronova, since NASA’s service that informed the public about gamma-ray bursts has been on pause for 2 weeks, since March 15. Apparently there are already dozens of surges per day, so we are monitoring the developments.

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