Your head would collapse into a black hole if you memorized all of Graham's number, and it's part of an actual solution to a problem.
Your head would collapse into a black hole if you memorized all of Graham's number, and it's part of an actual solution to a problem.
Last edited by sandmoth12; 2013-10-11 at 03:32 AM.
I have never seen that arrow notation before. When civil engineers deal with things bigger than the universe (lol), maybe we will have use for it then.
"It is a damn poor mind indeed which can't think of at least two ways to spell any word."
Hopefully once we figure out a means of three dimensional memory storage and have computers use it to process and store information in an infinitely higher base than base 2 (if not a near infinite base), we will be able to do so.
*tells new supercomputer to calculate Graham’s number*
*supercomputer says Graham’s number is 42*
And I looked, and behold a pale horse: and his name that sat on him was Death, and Hell followed with him.
Revelation 6:8
they already have and no black hole has been created. Go figure.
Oceanic spriest, thanks blizz for giving us aus servers. 9/9 mythic.
Must be hard to be the type of person who can't search for things on their own. Life is going to be harsh for you.
Oceanic spriest, thanks blizz for giving us aus servers. 9/9 mythic.
Describing how one would calculate it and actually calculating it are two different things. To say that it's been done when the total number of Planck volumes in the universe can't even store a fraction of this number's representation requires a source, which you seem to be desperately trying to avoid providing.
Graham's Number has had a few of its digits calculated, but that is it.
With irrational numbers like Pi, you list it like 3.14... where the ellipsis means it goes on forever.
With Graham's number, you list it like ...7, which basically means "A bunch of shit has been happening for fucking forever, like so large that it seems bigger than infinity, but it definitely ends in 7."
You seem to be missing the fact that it's never been written in base 10 notation, nor can it ever be.
Let's say that this ---------- is 1 hundred digits long. (The actual length of 100 digits would be much longer than that without writing in really small numbers. For example
123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890 1234567890
is 100 digits written in the smallest letters this forum can show. But for our hypothetical, we'll assume we can write it ---------- this small.
Then 1000 digits would be
--------------------------------------------------------------------------------------------------------------
10,000 digits would be
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
100,000 digits would look like spam at this point, so we'll reduce the scale even further. Imagine the above (10,000) was this small: ----------. Again, I'm saying ---------- is actually
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
and that ^ is actually
123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890 1234567890
written 100 times.
So if ---------- is 10,000 digits, then the digits we're seeing are so small we'd need a microscope to actually see them.
100,000 then would look like:
--------------------------------------------------------------------------------------------------------------
And 1 million would look like:
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Now take 1000 of the above to create 1 billion digits. One thousand of that billion digits to visualize 1 trillion digits, and so on. You've certainly reached a point where you can't even imagine seeing the number I'm describing. Now imagine a number where every one of those individual dashes (-) is actually a trillion digits. Now imagine a number were every dash is actually a trillion-trillion digits. You haven't even come close to the size of Graham's number.
Basically it's so big that you can't even describe it with a number because trying to describe the number you're describing the number with is also stupidly big. Like measuring the universe in centimeters. And if you try to actually say the number, or write it down, you would probably die of old age.
I bet I could think of a bigger number.
Not at all. The first step of the algorithm alone produce an unimaginably huge number, and there are sixty three steps following it that just become even more ridiculously big.
There are fewer planck volumes (1 planck unit by 1 planck unit by 1 planck unit) in the observable universe, than there are digits in this number.
Putin khuliyo