What is the biggest number that can be written using only ten ASCII characters?

What is the biggest number that can be written using only ten ASCII characters?

I start:
9^9^9^9^99

Other urls found in this thread:

en.wikipedia.org/wiki/Absolute_Infinite
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YourMomsW8

here's a good question since this is a stupid thread.

Hypothetically speaking, would you rather spend Grahms number of years in Hell then go to heaven afterwards, or spend Grahm's number of years in Heaven then go to Hell?

Wouldn't it be better if you went to hell first? I think I've heard this question asked before.

You can't adapt to heaven after spending so much time in hell.

But, you'll be in Hell for eternity after your heaven time ends

infinity

Implying. Heaven is often described as literal paradise with no worries. You'd probably forget your time in hell as you enter heaven.

Of course hell first, the second one will last for infinity so the first one is nothing in comparison.

Do it in base 36

Z^Z^Z^Z^ZZ

Graham's number is closer to 0 than to infinity, so the choice is obvious

Z!!!!!!!!!

By definition the first would have you spend almost all time in heaven whereas the second would have you spend almost all time in hell.
The choice is clear regardless of the number.

base 127
~^~^~^~^~~

tree(3)

1/0

made infinity with 3 characters

The question seems obvious as to what you should choose, but it is more of a comment on society, whereby one usually chooses the latter

TREE(G)
8 characters, where G is gram's number.

>8 characters
I count 47

1^2^3^4^5^6^7^8^99999999999999999999999999999999999999999^99999999999999999999999999999999999999999^99999999999999999999999999999999999999999^99999999999999999999999999999999999999999

Only ten different ascii characters.

1/0

1/(OP IQ)

Kinda curious which one of these is larger for arbitrary X.

>t. brainlet

>1^2^3^4^5^6^7^8^99999999999999999999999999999999999999999^99999999999999999999999999999999999999999^99999999999999999999999999999999999999999^99999999999999999999999999999999999999999
That's 1 you fucking retard

we have a winner!

>finite heaven vs infinite heaven
Hmm.

Got some time to figure out some examples with an online calculator.
So F (n)= n^n^n^n^nn
G (n)= n!!!!!!!!!

F (2)= 2^65536
G (2)=2 ?

Well shit

F (3)= fuck
G (3) shit

This calculator is a fucking wuss

>Implying you can divide by zero
brainlet-tier

[math]\lim_{x\to\infty} x[/math]

i am laughing so hard omy god my sides hurt hahaha
its funny because he genuinely is that retarded ahahah

TREE(9^9)

Ho Le Fuk

super_num

9!!!!!!!!!

Underrated

TREE(G)!!!
missing out on some valuable characters

11/12-1

-1/12
Just wrote infinity for you ;)

(-1/12)+1

This. If heaven can pretty much give you anything you wish for then you could wish to completely forget the time spent in hell, thus in your mind, you are instantly transported to heaven.

Yes but what if an AI was torturing a simulation of you in Hell for as long as you were in Heaven, and rewarding a simulation of you for as long as you were in Hell?

TREE(G^9G)

ω

TREE(G!!)
Can't be beat.
That's 10.

You only need to compare ^n to !!
2^2 =4
2!!=2

3^3 =27
3!!=720

obviously !! gives more growth than ^n for two characters when n>2

Is TREE(G) even finite?

top kek

kill myself before I had to make that choice

good one
kek

...

Ohmagod laugh laugh

Then you go to Hell for suicide, except for eternity.

...

Nah. Just do the good stuff for a long time first and hopefully you can get cozy enough with jeebuz to get your eternity in hell overturned.

[math]\prod_{i=1}^{\infty} i![/math]
[math]/thread[/math]

\Omega
by which i mean absolute infinity en.wikipedia.org/wiki/Absolute_Infinite

Top kek
my fucking sides

infinity