Photons repelled out of hole,not pulled in.

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In summary, photons are anti-energy and accelerate to light speed by interacting with spacetime energy. Spacetime energy is positive and so is gravity, which attracts and curves spacetime energy. As photons are anti-energy, they cannot get close to a black hole and are repelled away, making it impossible to see the black hole. This also means that objects with mass and any radiation cannot exist in the zone of a black hole's action. Therefore, it is incorrect to say that photons are repelled out of a black hole, as nothing can exist in this zone except for pure gravity. Black holes act as a flatiron that smooths out all irregularities in the universe, according to the will of God.
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chosenone
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If photons are anti energy and accelerate to light speed by its interaction with spacetime energy.spacetime energy is positive and so is gravity,since gravity attracts spacetime energy and curves it.so if the photons is anti energy,as it comes close to a black hole.it is repelled away,never being allow to get close.so you don't see the black hole because light can't get near it to reflect off it.and if this is true,then the reason photons are bent as they pass by a star,is not gravity,but the attraction of anti gravity,because the star is puting out light which is anti energy,so the star has a massive and energy field around it by the light.
 
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Anti-energy?
 
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On my glance, BH such strong pulls of the ambience that neither fluctuations is possible in. BH smooths all curvatures of spasetime in zone of its action. This means that existence of object having mass is not possible , nor any radiations in this zone . For this reason it is unfaithfully to speak that "photons repelled out of hole" in the same way as that BH does not allow him to abandon its zone.
Their just does not exist in this zone . Nothing exist except pure gravity (or something else?).
Black Hole this is a flatiron by which God smooths all jaggies in universe for correcting of its creation.
 

1. What causes photons to be repelled out of a hole instead of being pulled in?

Photons are repelled out of a hole due to the strong electromagnetic force exerted by the hole's electric field. This force is stronger than the force of gravity, which is what would typically pull objects towards the hole.

2. Is this phenomenon observed in all types of holes, or just black holes?

This phenomenon is primarily observed in black holes due to their immense mass and resulting strong gravitational pull. However, it can also occur in other types of holes, such as neutron stars, which also have strong gravitational fields.

3. Can photons ever be pulled into a hole?

Yes, under certain conditions, photons can be pulled into a hole. This can happen if the photon is traveling at a very specific angle and speed, known as the critical velocity, which allows it to orbit the hole instead of being repelled or pulled in.

4. How does the repelling of photons out of a hole affect light traveling near black holes?

The repelling of photons out of a hole can cause light to bend and curve around the hole, creating gravitational lensing effects. This can also result in the distortion of images of objects behind the black hole, making them appear stretched or duplicated.

5. Are there any practical applications for studying the repelling of photons out of a hole?

Studying this phenomenon can help us better understand the behavior of gravity and electromagnetic forces in extreme environments. It can also aid in the development of new technologies, such as gravitational wave detectors, which rely on precise measurements of gravitational effects.

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