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Email: newmanonlinecollege@gmail.com
FB: facebook.com/newmanonlinecollegeNOC
Website: https://en.newmanonlinecollege.com
YT: youtube.com/@NewmanOnlineCollege
Email: newmanonlinecollege@gmail.com
FB: facebook.com/newmanonlinecollege
Website: https://vn.newmanonlinecollege.com
YT: youtube.com/@NewmanOnlineCollege-NOC
Email: newmanonlinecollege@gmail.com
FB: facebook.com/newmanonlinecollegeNOC
1. The theory of repulsion field
1. What is the theory of repulsion field?
2. What happens inside a shining star?
3. Why is the theory of repulsion field the denial of Newton's gravitational law?
4. Why does not the theory of dark matter work?
5. Why is the solar equator hotter than the solar poles?
6. Do solar polar cyclones exist?
7. Is the percentage of rich-neutron matter inside a star fixed?
8. How does rich-neutron matter and poor-neutron matter distribute inside a spiral galaxy?
9. Is it possible for binary star systems to appear near a black hole?
10. Why are black holes black in color?
11. Why does the solar system have a disklike shape?
12. Why do most of galaxies have a disklike shape?
13. Why is Uranus colder than Neptune?
14. Why does the Earth wobble?
15. Why is the far side hotter than the near side in a binary star system?
16. Is it possible to extinguish the Sun?
17. Is a black hole a hole?
18. Why are stars brighter as they come closer to black holes?
19. Why does some solar wind fall back to the nearest solar pole?
20. Why are galaxies and the universe not collapsing but expanding instead?
21. Where does geothermal energy come from?
22. What does a nuclear bomb explosion near the sun look like?
23. Is it possible to create artificial solar wind?
2. Mathematics
3. Physics
4. Chemistry
5. Guides to solo visits to Vietnam
6. Topic 6
According to the theory of repulsion field proposed by Hardy Newman, a Vietnamese physics theorist, black holes produce both strong attraction field and repulsion field in their surrounding space. The strong repulsion field and attraction field, in turn, accelerates the back-and-forth conversion of rich-neutron matter/poor-neutron matter inside the surrounding stars of the galaxy. The faster the rate of the back-and-forth conversion of rich-neutron matter/poor-neutron matter is, the larger the amount of energy that the conversion produces, and therefore, the brighter such stars will be.
In other words, if a star gets closer to a black hole, it is subject to both stronger attraction field and stronger repulsion field, the rate of the back-and-forth conversion of rich-neutron matter/poor-neutron matter is faster, the more the energy the star will produce, and therefore, the brighter it will be.
The answer to the question in the title is detailed in a video titled "why are stars brighter as they come closer to black holes?" and posted on the Youtube channel: Newman Online College and embedded in this page as follow:
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