Why do black holes appear to be eternal red instead of black?

In summary: And the material in the horizon to listen to the light should happen is red shift, and the wavelengths is an infinite long.Then black holes should not black, and eternal red.Now that the universe every galaxies have a central black hole giant, so watching galaxies found redshift whether these reasons?
  • #1
hamson
6
0
The more time away from the gravitational field near the faster, so those who fall into the black hole horizon material time will be very fast, from the outside in acceleration seems to matter, the decay material gradually disappear, and the material in the horizon to listen to the light should happen is red shift, and the wavelengths is an infinite long, then black holes should not black, and eternal red.Now that the universe every galaxies have a central black hole giant, so watching galaxies found redshift whether these reasons?
 
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  • #2
hamson said:
The more time away from the gravitational field near the faster, so those who fall into the black hole horizon material time will be very fast, from the outside in acceleration seems to matter, the decay material gradually disappear, and the material in the horizon to listen to the light should happen is red shift, and the wavelengths is an infinite long, then black holes should not black, and eternal red.Now that the universe every galaxies have a central black hole giant, so watching galaxies found redshift whether these reasons?

hamson, Welcome to Physics Forums!

There are many well-qualified members here ready and willing to help you find answers to your questions about black holes. But I cannot understand your post. Your first sentence is 71 words long and seems to not contain any question. Will you please write each question you want to ask?
 
  • #3
hamson said:
The more time away from the gravitational field near the faster, so those who fall into the black hole horizon material time will be very fast, from the outside in acceleration seems to matter, the decay material gradually disappear, and the material in the horizon to listen to the light should happen is red shift, and the wavelengths is an infinite long, then black holes should not black, and eternal red.Now that the universe every galaxies have a central black hole giant, so watching galaxies found redshift whether these reasons?

Is English your primary language?
 
  • #4
Pengwuino said:
Is English your primary language?

no!I just want to express some physics of new idea want to express.
 
  • #5
hamson, Welcome to Physics Forums again!

This section (cosmology) may not be the right place to post new ideas. Be sure to read the Forum guidelines before posting.

Make yourself a list of subjects you are interested in. Then use that list as a guide for writing each question. Please try to write out your questions in correct English, if possible. Keep them simple with only ONE subject per question. Be sure to include references that you use.
 
  • #6
Gravitational redshift is not a component of cosmological redshift.
 
  • #7
Chronos said:
Gravitational redshift is not a component of cosmological redshift.

Well it might be, but then your cosmological assumptions need to change.
 
  • #8
The use of red here implies that visible light is the stopping point of the process, and that it would stay red, instead of continuing to IR, etc.
 
  • #9
There is no implication redshift only occurs at visible light frequencies. It occurs at all frequencies. It is termed redshift because that is the effect it has on visible light frequencies.
 
  • #10
Chronos said:
There is no implication redshift only occurs at visible light frequencies. It occurs at all frequencies. It is termed redshift because that is the effect it has on visible light frequencies.

I know.I mean the decay of Material in Black hole is accelerated.It's release of radiation is stretched back infinite.
 

FAQ: Why do black holes appear to be eternal red instead of black?

What is a black hole?

A black hole is a region in space where the gravitational pull is so strong that nothing, including light, can escape. It is formed when a massive star collapses in on itself.

How big can a black hole get?

Black holes can vary in size, with the smallest ones being about the size of a single atom and the largest ones being millions or even billions of times more massive than our sun.

Do black holes have an impact on time?

Yes, black holes have a strong gravitational pull that can warp space and time. This means that time moves slower near a black hole compared to farther away from it.

Can we see a black hole?

No, we cannot see a black hole directly as it does not emit or reflect any light. However, we can observe the effects of a black hole on its surroundings, such as the distortion of light from stars and gas swirling around it.

What happens if you enter a black hole?

If you were to enter a black hole, you would experience extreme gravitational forces, known as spaghettification, where the pull of gravity is so strong that you would be stretched and pulled apart. It is unlikely that anything, including a person or spacecraft, could survive entering a black hole.

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