Have any of you read this comic?
I have just begun to realize what an amazingly huge number that calling the Ackermann function with Graham's number as the arguments would be.
I'm trying to write a program that would calculate that number. I think it may make my processor explode.
EDIT: When I try to calculate Graham's number, I get an overflow error. Eh, should have seen that coming.
A giant freaking number
The comic is slightly inaccurate in that physicists and computer scientists would probably be horrified, but not mathematicians (who would just go 'pffffffft, finite number, boring').* ![Smile :)](./images/smilies/icon_smile.gif)
*Right as I'm typing this, I'm actually taking a break from an assignement involving a number k so high that it is equal to the exponential tower 2 power 2 power 2 etc of its own height k (okay, it's an infinite number).
And I'm not enjoying it. It's goddamn 3'30 AM, the only guy who could split the job is sick, and the night is going to be looooong.
![Smile :)](./images/smilies/icon_smile.gif)
*Right as I'm typing this, I'm actually taking a break from an assignement involving a number k so high that it is equal to the exponential tower 2 power 2 power 2 etc of its own height k (okay, it's an infinite number).
And I'm not enjoying it. It's goddamn 3'30 AM, the only guy who could split the job is sick, and the night is going to be looooong.