If space is transparent how can we not view light from a black hole

In summary, space is considered transparent because it allows light to freely travel through it without being obstructed. However, black holes have such a strong gravitational pull that they can bend and distort the path of light, making it appear as though the light is being blocked. We are not able to see the black hole itself, but we can see the effects of its presence and detect the radiation emitted from the accretion disk. The light emitted from a black hole is typically invisible to the human eye, but specialized equipment can be used to view it. Currently, there is no known way to directly view the light from a black hole, but scientists are continuously working on new technologies and techniques to make this possible in the future.
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If space is transparent how can we not view light from a black hole
 
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They do not emit or reflect light, so there is nothing to see.
 
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Ibix said:
They do not emit or reflect light, so there is nothing to see.
Space is transparent so they do not have to reflect light they capture light with gravity so we should be able to see them
 
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This thread will be closed to give the OP the opportunity to learn what "see" physiologically means.

There is no light which is emitted by a black hole. We cannot see what is not there. Question answered.
 
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1. How can space be transparent if it can block light from a black hole?

While space is generally considered to be transparent, it is not completely empty. There are still particles and gases present in space that can absorb or scatter light, making it difficult to see objects like black holes.

2. Why can't we see light from a black hole if it emits light and space is transparent?

Black holes are known for their powerful gravitational pull, which can be so strong that it can even trap light. This means that the light emitted from a black hole cannot escape, making it impossible for us to see it.

3. Is it possible for a black hole to emit light that we can see?

While black holes are known for absorbing light, they can also emit light in some cases. This light is known as Hawking radiation and is only visible in certain conditions, making it difficult for us to view it from Earth.

4. Can we use special equipment to view light from a black hole?

Scientists have developed special telescopes and equipment that can detect and capture light from black holes. However, due to the immense distance between us and black holes, it is still challenging to view this light clearly.

5. If we can't see light from black holes, how do we know they exist?

While we may not be able to directly see light from black holes, we can observe their effects on their surroundings. For example, the gravitational pull of a black hole can cause stars and gas to orbit around it, which can be detected by telescopes and other instruments.

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