Author Topic: Graham's Number  (Read 2089 times)

posting so i can view this thread later when im not at school aaaa

That's debatable.

It's meant this way: Every object has what's known as a Schwarzschild radius, the radius you would have to compress all of the object's matter down into to create a black hole. The amount of brain matter required to store Graham's number would have a Schwarzschild radius far, far larger than the size of the human brain.


That's one ridiculous number. Why would you even need such a number? Yes I know, something about commitees, but I didn't quite understand it. Mathematicians have got too much time on their hands...

I'm sure the Schwarzschild radius for the universe would be larger than the universe itself.

I figured out that there are only two numbers that appear in the same places in Fibbonacci and the pattern of squares: 1 and 144, which is my favorite number.

I'm going to make a new number: Wumbo.

I'm sure the Schwarzschild radius for the universe would be larger than the universe itself.
No, because then we would be in a black hole.

Wumbo is now what happens when you have grahams number to the exponent of itself.

Wumbo is now what happens when you have grahams number to the exponent of itself.

;-;

That's one ridiculous number. Why would you even need such a number? Yes I know, something about commitees, but I didn't quite understand it. Mathematicians have got too much time on their hands...

Something to do with calculating the dimensions of hypercubes.

Wumbo is now what happens when you have grahams number to the exponent of itself.

Anyone can invent big numbers. Inventing a number you have a use for is noteworthy.

I'm supposing that the reason why they are looking for the minimum number of things is because those things are vertices.

I really don't know though, but it would seem that a hypertetrahedron would be more useful than a hypercube.

Something to do with calculating the dimensions of hypercubes.

Anyone can invent big numbers. Inventing a number you have a use for is noteworthy.
Wumbo is the force at which the universe will collapse with. (If it collapses)

Wumbo is the force at which the universe will collapse with. (If it collapses)
Except force has a unit and a Wumbo doesn't?

Except force has a unit and a Wumbo doesn't?
Tons per square centimeter.