https://www.nationalgeographic.com/science/article/the-sun-is-getting-stormier-just-in-time-for-a-total-solar-eclipse
https://spaceplace.nasa.gov/solar-activity/en/
https://www.theweek.co.uk/space/952753/the-threat-from-the-sun-everything-you-need-to-know-about-coronal-mass-ejections
Dear D-r Jacob Nagler, according to scientific data, solar flares are caused by the release of magnetic energy stored in the magnetic fields of the Sun. Typically, the stronger and more entangled magnetic fields in active regions on the Sun, the more intense a solar flare can be. The gravitational force of the Sun practically does not change over time, because the Sun hardly changes its mass and radius. The influence of this factor on the Earth's climate is close to zero. Over the past four solar 11-year cycles, there is an anti-correlation between solar activity and global temperature (see Figure below). In this Figure, the top panel shows the change in the number of sunspots (blue curve), and red bars of different heights - the moments of occurrence of the seven most powerful solar flares; the bottom panel shows the trend of the global temperature. The current anomalous temperature rise in certain regions of the Earth is observed at very low solar activity. Respectfully yours, Vsevolod Lozitsky.
Scientists "see" magnetic fields everywhere- in this case, indirectly. Stellar physics is dangerous misconception- I can refer You to liquid Sun of Robitaille.
Dear colleagues, the Earth's magnetic field has been weakening not since 2020, but at least for several decades. In particular, over the past 65 years it has weakened by 3%. There is a clear anti-correlation between the strength of the Earth's magnetic field and temperature: the weaker the magnetic field, the higher the temperature. The same is observed in the Sun: dark and colder sunspots are areas with enhanced magnetic fields, usually at the level of 2-3 kilogauss. Thus, the current weakening of the geomagnetic field is a strong climate-forming factor. Although, undoubtedly, there is also the influence of man, in exact accordance with the Gospel of St. Matthew, 18:18, where it is said: "Truly I say to you: that only you bind on earth will be tied in heaven, and what you untie on earth will be untied in heaven ". Best regards, V. Lozitsky.
The living conditions on our planet directly depend on the state of the Sun, since the Earth is part of the solar system. This also applies to the Earth's magnetic field, which is part of the Sun's magnetic field. But the Sun is part of the Local Group of Stars, which is part of the Galaxy, and so on. Since everything in the Universe is interconnected, the recent abrupt changes in the planet's climate in recent years may well be caused by global processes in the Galaxy that are transmitted through the chain of events to the Earth. As a result of colossal long-term work, Academician N.A. Morozov proved that daily changes in temperature and humidity in each area of the terrain are directly related to the moments of the upper culminations of a number of stars located in the constellation Carina. And it is in this direction that the Center of the Local Group of Stars is located. The data were obtained by Morozov as a result of comparing the times of the maximums of atmospheric changes in different areas, with the moments of the upper culminations of distant stars from Carina, calculated from solar and sidereal time. It turned out that the moments of maxima of atmospheric manifestations coincide with the moments of culminations in sidereal time. Note that the effects of stars on the planet's atmosphere, caused by stars that are hundreds and thousands of light years away, appear on the planet a few hours after the upper climax [1].
These measurements prove that the climate of our planet depends not only on the state of the Sun, but also on distant stars located in the region of galactic turbulence. It follows that there are influences in the Universe that are transmitted at speeds much higher than light. Kozyrev, by observing galactic stars, clusters and the Andromeda Nebula, proved that there is an instantaneous impact on the detector [2]. These observations are described in detail in [3]. Changes on the planet, including climatic ones, are subject to a certain periodicity.
Dear Dr. Larissa Borissova, the Earth's magnetic field is not part of the Sun's magnetic field. They have completely separate sources of generation, localization, structure and temporal changes. In particular, the magnetic field of sunspots changes with an 11-year cycle, while no such changes have been observed in the Earth's magnetic field. In addition, over the past decades, the Earth's magnetic field has been weakening, while the magnetic fields of sunspots (which are measured most reliably) have a zero trend over the same time period. Best regards, V. Lozitsky.
Jacob: Try Article Evidence for Solar Modulation on the Millennial-Scale Climat...
You can read other papers by and coauthored by Dr. Soon here on Researchgate, as he and his friends investigate these sorts of questions. Flares being part of the "stuff" that one way or another strikes Earth directly or indirectly, cleaned (and re-cleaned. And cleaned again) sunspot data by Shove and others (like Schatten) have shown by isotope proxy data a strong correlation in deep time, where weaker solar activity coincided with cooler Earth climate (sunspots are a "bearer signal" of how strong the Sun is). The trigger is that less of the "stuff" gets inside Earth's magnetosphere in solar strong times (blowing past Earth's magnetic field) and more, in weaker solar times (hence the isotope buildup - revealing a colder Earth). But this all comes from "non-space" sunspot measurement effected by error (cleaned and scrubbed old data) and Earth's movement in space, and not accounting for how the Sun's chromosphere, photosphere, solar wind, actually function (reasons for solar probes). Still, the smoking-gun correlation is there. Short term correlations of Sun-to-Earth effects (e.g.temperature) made using statistics for, say, a hotter Earth in solar weaker times, for instance, derives from one of many very good points. E.g., short term solar effects of the Sun on the Earth are effected by delayed reactions that still can't be measured instantly in the troposphere/biosphere, and show up years later (or, in ways still not understood, or, not at all - reasons for solar probes) and, so, skew statistical measurement in odd directions - especially of academic globally-averaged Earth temperature, which often use selected parameters (usually leaving out the solar ones, since they see no immediate effect from them on Earth) in the models. A global average temperature does not exist in reality. It may show some sort of trend, which is what statistics do - like for populations demographics including divorce rates. Nature's not a statistical laboratory, though. In reality, some places burn up on Earth's surface while others freeze, side by side, in the same season. If in a single month, two days are 37 C., ten are 20 C, and the rest are 13-15 C, the two 37 C days make the entire month look in statistical retrospect, when juggled, as if it was a truly hot month when, in fact, it was quite cool for the most. As Mark Twain the American humorist wrote, "there are three kinds of lies: plain lies, damn lies, and statistics."
Solar flare eruptions bring low duration weather effects on Earth.
Gases in the Earth's atmosphere (air) bring long term effects.
"Solar flare eruptions bring low duration weather effects on Earth".
Sorry, but this is fantasy. The effect of solar flares on the weather has not been scientifically proven. Solar flares with the ejection of protons can produce ionizing effects in the magnetosphere and even on the Earth's surface. The shortwave pulse from flares can cause short-term degradation of radio communications. After flares, there may be auroras and magnetic storms. But for solar flares to change the weather? Where and when was it reliably noted? Best regards, V. Lozitsky.
Solar flares isnt produce heat waves ,the short-lived solar explosions don't influence weather events , but longer-term variations in solar output might affect Earth's climate
The reason for the appearance of sunspots (or one of the important reasons) is the resonant oscillations between the zone of a future earthquake on Earth and a certain area of the Sun's surface. At this resonance, the period between peaks is 16 minutes. (The time it takes light to travel (back and forth) between the Sun and the Earth). The plane passes through a point on the surface of the Sun, a point on the surface of the Earth (where an earthquake or eruption occurs), and a point on the surface of the Moon. The Section plane crosses the surface of the Earth in zones where resonances will begin and several earthquakes will occur. I indirectly described it in the Genesis of Earthquakes.
The distance to the Earth and back is about 300,000,000 km.
The transit time of light (and gravitational coupling) is 1000 seconds (16 minutes).
PS. According to Kozyrev, weak impacts are transmitted at a speed several orders of magnitude higher than the speed of light.
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