Reasons: 1- The light we see from the black hole is only due to the collision of tiny particles. Light is never emitted from the surface of a black hole.
2- A black hole is a stage in the life of a star: the outgoing waves are still there. And the rings of the waves reach the core in the shortest distance.
3- Two things that can be seen near the black hole.
Visibility horizon: (full explanation of the formation of the visibility horizon with detailed calculations soon) and vertical radiation: in the north and south axis (due to: magnetic wave lines).
Important note: Both occur south of the black hole, but are dim for some reason. I will prove it later.
4- As the mass of the black hole decreases: the distance between the rings is closer to the vertical axis from north to south. Most circles are closer to the vertical line. The compression of rings increases. Particle collision increases. The number of particles that collide near the vertical axis increases. Vertical radiation is observed more.
5- The mass of the black hole is larger. The distance between the rings increases. The observed vertical radiation comes only from the closer rings.
The waves are bigger.
and more particles
And the radiation is more.
But the dispersion of particles in the vertical axis is less. And the dispersion of particles is greater in long distances. As a result, in the vertical axis: particle collisions occur less and the radiation observed in the vertical axis is weaker.
While the total radiation is higher in the space around the large mass.
Full description with calculations soon
Fallacies of Hawking radiation:
1- The radiation of a low-mass black hole is greater than that of a larger black hole: it is wrong
2- Electromagnetic radiation is created when the temperature of the black body is proportional to the opposite mass of the black hole. it is wrong
3- This radiation does not come directly from the black hole itself. it is wrong
4- This radiation is the result of hypothetical "amplified" particles that turn into real particles due to the black hole's gravity. it is wrong
5- There is a difference between the black hole radiation calculated by Hawking and the thermal radiation emitted by the black body. it is wrong
6- Hawking radiation reduces the mass and energy of the black hole? it is wrong
7- A black hole with less mass shrinks and disappears faster:
If it is at the time of birth: it is wrong.
If it is in the last stage of death, It is true.
The reason for the formation of Hawking radiation: My answer is completely different from Hawking's theory.
Hawking radiation doesn’t have anything to do with electromagnetic radiation. It would be a good idea to learn general relativity, quantum mechanics and electrodynamics first, before making statements that are trivially wrong.
Hawking radiation has nothing to do with electromagnetic radiation. Where do you know it from? Have you seen ؟it I prove with empirical calculations.
When a star reaches the black hole stage, it grabs everything around it to pull it into its rings so the core doesn't explode. The incoming particles enter the rings at different distances and collide with each other and with the wave particles. And radiation is created.
I cannot write the details. This is just a short summary.
In a black hole: If there is not enough mass and gas around it, it will explode from the inside.
My explanation is not a theory that I want to prove with other theories.
My method is classical and accurate calculations
If there were no electromagnetic waves in the black hole, the horizon of the black hole would not be observed. There is a regular polygon in the middle of the horizon. Full details soon
Light particles are drawn towards the black hole, but light and other particles and small and large objects are drawn from outside the rings of the black hole into the rings. The particles inside the rings revolve around the black hole at high speed.
Why do most particle collisions occur in the North Pole?
Why does a black hole not emit light directly?
The answer is in my atomic model. My original model is new and completely different
Electromagnetic radiation is electromagnetic waves, propagating in spacetime, Hawking radiation is gravitational waves, that describe how the spacetime geometry of a black hole itself changes. They don't have anything to do with each other.
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