You could have infrared.0x000000 is as dark as you can ever get. You can pretty much just translate that to 0.
But how can you be sure....that there isn't another "blacker black" that is darker then this one, but we just haven't discovered it yet ?
He's just talking for the sake of it now.
/leave thread.
Ahahahaha...We have discovered it, it is Wesley Snipes
Right. Light cannot move through absolute 0, AFAIK.Since you can't have negative darkness, then 0 is the lowest you can go.
Though this begs an interesting question, if a place reaches absolute zero in temperature, is it automaticly as dark as you can get? At that point nothing is moving, I don't think even light can move.
Black holes are as dark as you can get.
Nothing can escape (photons, neutrinos, nothing).
What about gravitrons?Black holes are as dark as you can get.
Nothing can escape (photons, neutrinos, nothing).
Right. Light cannot move through absolute 0, AFAIK.
No, we cannot create absolute 0. It is impossible.Do you think it is possible for a human to produce absolute 0 ? You stated, you dont think light can even move.
No, of course not. They are pulled in as well.What about gravitrons?
No, we cannot create absolute 0. It is impossible.
Light slows down in lower temperatures. They can get really close to 0 and light slows down to a few meters/second.
No, of course not. They are pulled in as well.
Just read a few Stephen Hawking, Michio Kaku, Brian Greene books and you will learn about these things in layterms.
Correct. We cannot see a black hole, which is the darkest phenomenon out there.So then you are saying that dark can in fact get darker "to some degree" that we as a human, have never seen ?
Correct. We cannot see a black hole, which is the darkest phenomenon out there.
To see, you must receive information from the source (reflected visible light in the case of our eyes, or electromagnetic radiation in other frequencies using other receivers). Because nothing escapes a black hole, we cannot "see" it.
All we see are things entering it and never coming back.
So objects outside the event horizon experience no gravitational pull from the black hole? I don't think that's right.No, of course not. They are pulled in as well.
Just read a few Stephen Hawking, Michio Kaku, Brian Greene books and you will learn about these things in layterms.
this isn't your average, everyday darkness..
this is.. ADVANCED darkness
Thanks for your informative post.
But how do we in fact know though, that there is not something out there somewhere that can in fact be darker than a black hole ? And is a black hole "absolute 0" ?
LOL, No...just a married father of three, had his kids are teenagers. So yes, I am an idiot.
So are you saying, you don't theorize about anything ? Isnt it why people theorize ? Because they want to know about something they dont understand ?
Huh, why dont you get that dark is just something humans came up with to explain the absence of light? If there is no light, its pitch black... Whether we can see that far or not is irrelevant
Its like youre trying to come up with some "negative light" or something, thats just nonsense
Unless you pull some quantum shit which always seems to explain everything in nonsensical ways
What does that even mean? You married some guy that had 3 teenage kids?