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

AI Thread Summary
Black holes do not emit or reflect light, making them invisible to direct observation. Although space is transparent, black holes capture light with their gravity, preventing any light from escaping. As a result, there is no light available for us to see, leading to the conclusion that we cannot visually perceive black holes. The discussion emphasizes the physiological understanding of "seeing" in relation to light emission. Ultimately, the question of visibility regarding black holes is resolved by the absence of emitted light.
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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
 
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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