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What happens inside a shining star?

By adopting the theory of repulsion field, Hardy Newman believes that there are some kinds of internal circulation of matter inside a shining star. He has concluded that without any of the internal circulation of matter, a star will not shine and such a star will be something like a small black hole. He has also classified the internal circulation of matter inside a shining star into two major groups. The first group is called spin-induced internal circulation of matter and the second group is called repulsion field induced internal circulation of matter. The internal circulation of matter is presented in a video posted on his Youtube channel: Newman Online College and is embedded on this page as follow:

The spin-induced internal circulation of matter inside a shining star is caused by the spin of the star. The spin turns the sphere of the star into an ellipsoid with its two poles becoming flatter. The flatter poles of the star facilitate the collection of poor-neutron matter from its equator under the exertion of gravitational force, and therefore, its poles become hubs of poor-neutron matter. Because poor-neutron matter is removed from the equator of the star, pressure at the equator is also lowered, this in turn facilitates the conversion of rich-neutron matter into poor-neutron matter at the equator of the star.

Meanwhile, the collection of poor-neutron matter at the poles of the star causes the increase in pressure at the core of the star and the increased pressure facilitates the conversion from poor-neutron matter into rich-neutron matter at the core of the star.

In summary, rich-neutron matter is produced at the core of the star. It then moves to the equator of the star before being converted into poor-neutron matter at the equator. The newly-converted poor-neutron matter then moves to the two poles of the star before moving back to the core of the star where it is then be converted back to rich-neutron matter. This constitutes a circulation of matter that Hardy Newman calls the spin-induced internal circulation of matter inside a shining star. This kind of internal circulation of matter is presented in a video posted in his Youtube channel: Newman Online College and is embedded on this page as follow:

While the spin-induced internal circulation of matter needs the spin of the star, the repulsion field induced internal circulation of matter does not need such spin. Hardy Newman believes that if two stars are close enough to each other or if a star is near a black hole, the heavenly body that he believes to produce very strong repulsion field, the repulsion field induced internal circulation of matter will occur inside the star.

This happens because the repulsion field produced either by a nearby star or a nearby black hole shifts the body of rich-neutron matter inside the star to the far side of the star and the reverse also holds true. The body of poor-neutro matter of the star is shifted to the near side of the star. These two opposite shifts in center of mass of rich-neutron matter and poor-neutron matter inside the star causes a kind of internal circulation of matter that Hardy Newman calls repulsion field induced internal circulation of matter. He has also concluded that in a binary star system, the far sides of stars are hotter than their near sides because the far sides are where the conversion from rich-neutron matter to poor-neutron matter occurs and such conversion releases energy. The repulsion field induced internal circulation of matter is presented in a video posted on his Youtube channel: Newman Online College and is embedded in this page as follow:

He has also concluded that the faster the internal circulation of matter inside a star is, the more the energy the star releases, and therefore, the brighter the star is. The repulsion field induced internal circulation of matter inside stars that are closer to their central black hole occurs faster than that of stars that are far away from their central black hole. This explains why stars that are closer to their central black holes are brighter than those that are far from their central black hole. This explanation is presented in another video posted on his Youtube channel: Newman Online College and embedded in this page as follow:

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