Sun Not Hot Fusion Based.

[AldenPark]

Sun Not Hot Fusion Based. The sun's power is primarily not based upon hot fusion. If the sun obtained its power primarily from hot fusion, then its temperatures would decrease the further from the sun (and the more exposed to the ultra cold three degrees Kelvin temperature background of space). Three degrees Kelvin is less than the 4.215 degrees Kelvin temperature at which liquid helium boils.

The opposite temperatures are observed for the sun. The vertical magnetic field windows into the sun show sunspots that are darker not brighter than the 6000 degrees Kelvin temperature of the photosphere. The sunspots correspond to matter colder than the 6000 degrees Kelvin photosphere. The far edges of the solar atmosphere reach one million degrees Kelvin. The temperatures of the solar corona are of a very high temperature, as if the energy comes out of nothing.

The far edges of the solar atmosphere have conditions in which the nuclei tend to be isolated and not compressed. These are the wrong conditions for producing hot fusion. Hot fusion typically require high enough densities at large enough temperatures for long enough time. These conditions are not met at the far edges of the solar corona.

Sun's Power from Bessler Principle. The sun primarily produces its energy using the Bessler principle. Rotating nuclear ground states increasingly rotate about horizontal axes so as to pick up more energy from the two-part gravitons. The rotating nuclear ground states are like miniature Bessler wheels rotating with very low friction about horizontal axes. The larger the internal angular speed for the nuclear ground states about a horizontal axis, the larger is the power that is acquired from the two-part gravitons. Bessler's wheels had many nuclear ground states internally rotating about horizontal axes.

Nuclei in Solar Corona Free to Rotate. The nuclei in the solar corona are generally much more free to increasingly rotate about horizontal axes. Electrons striking the rapidly rotating nuclear ground states can produce energetic photons. Given the Bessler principle there is no mystery about where the high temperatures come from in the solar corona.

Rotational Interference in Photosphere. The 6000 degrees Kelvin photosphere of the sun is a lower temperature than the 1,000,000 degrees Kelvin edges of the solar corona, since there is interference between the nuclei within the photosphere, so that they are not so free to increasingly rotate about horizontal axes.

Sunspots Cooler. Sunspots are colder than the solar photosphere because of the presence of the strong magnetic fields that prohibit nuclei from rotating about horizontal axes. These nuclei acquire little rotational kinetic energy from the energetic two-part gravitons.

[rickydog]

Clear as mud Alden.

[AldenPark]

If the sun got its primary energy from nuclear reactions deep down within it near its center, then its temperatures would be greatest deep down within it near its center (where the energy is said to be produced) and it would be colder further away from its center, since the background temperature of space is very cold. Completely the opposite situation is observed. Here is the situation as we observe increasingly outward locations from the sun's center: (1) deeper-cooler dark sunspots, (2) photosphere of 6000 Kelvin, (3) edges of solar atmosphere of 1,000,000 Kelvin, and (4) furthest edges of the solar atmosphere of 10,000,000 Kelvin. Conclusion. The sun does not get its primary energy from nuclear reactions deep down inside it. AEP 29 Aug 2022

[preoccupied]

Maybe there is a crust on the sun like there is a crust on the Earth and the hot molten hot outer layer of the sun is like volcanic activity on the Earth. Also maybe it's not nuclear energy at all, maybe great mass produces heat because of gravity, or rotating great mass produces heat in its center/core. Perhaps rotating great mass produces heat and radioactivity or radioactive elements at its core. Obviously I think gravity can produce heat without nuclear energy.