The Biggest Number

The Biggest Number(?)
Class	The biggest number (if it exists) shouldn't be classifiable
Well-defined?	It should not be defined.
Examples of smaller numbers	Everything should be smaller than the biggest number.

The Biggest Number, isn't really a Number, it's more of a concept, no, a placeholder that can't be filled. Because of it's Impossibilty, there are some rules set out to show what The Biggest Number would be.

The Rules

Notice: The Rules may not be good enough to determine a biggest number, please update or add more rules if not sufficient enough.

Must Be Infinite

I think this is obvious enough. (This is one of the more important rules.)

Cannot be surpassed

For Instance, if E = Biggest Number, E+1 will result in E-1.

Always Growing

The Number must grow infinitely so it can outrun any number that tries to beat it.

Beyond Babass

The Number should be beyond Babass. If Babass attempts to bypass, the Number will bypass it again.

Beyond Paradox and similar numbers

The Number should be beyond Paradox and numbers with similar rulesets (Infinitely Growing Ordinal, Crocodile, et cetera).

Beyond Everything

The Number should be beyond all logic, fiction, non-fiction, etc.

The Number Contains the 4 uns:

Unidentifiable

The Number should not be able to be in any Class, Label, System or Other Things. (This is one of the more important rules.)

Undefinable

The Number should not be defined, if it was, then systems can surpass it (like doing n+1, cycling, etc.) It will have a system that cannot be declined or bypassed. (This is one of the more important rules.)

Unreachable

The Number should not be able to be reached with any growing system (like doing n+1, cycling, etc.) (This is one of the more important rules.)

Unkillable

If a number is killed, they can't grow anymore. The number must be unkillable so that it wouldn't stop growing (and kill competitors when they don't cease immediately.)

The Number Should Be Unnaproachable

The number cannot be approached by any means. See Absolute Aperdinal Pi.

The Gap Between the Second Biggest Number and The Biggest Number should be infinite.

Comparing them would be like comparing the negative version of the biggest number to it's positive version. (This is one of the more important rules.)

If this Number was 1, every other Number would be more 0 than 0, regardless of size.

If 2 was 1, then 1 would be 0.5, If Infinity was 1, then 1 would be 0, you get what I'm Saying?

The Number can't even be imagined.

If you attempted to imagine E digits or things (E being the same Biggest Number concept as before,) your brain would collapse into a black hole that devours everything immedietly.

Competitors should cease immedietly.

If someone attempted to make a Number that is E+1, The Number would cease instantly.

The Number should be limtless.

The Number would be beyond every single limit in existence. (This is one of the more important rules.)

The Number is Higher than Aperdinal and any R or FMS system

idk some truer breakdown crap

The Number is higher than any imaginative system.

Eldritch class from transcendent timeline

The Number should be unbeatable.

make the number a mix of ambiguity and rigorousness such that most if not all concepts are either restricted or refuted altogether.

The number should be a strict

If a number is a strict, no tricks (e.g.: if, and, but) can be used aganist it. See the primordial class.

Invalid Entries

The Finale - Exists in Ethereal Class.

The Beyond - Collection of Ordinals that are defineable.

TLNOEAAU - Insufficiently Defined.

OBL - Is within a Limit.

Anti-Reality Ordinal - Just because it’s outside of reality doesn’t mean it is the biggest

True Fictional Numbers - ethereal class stinky

OBL+ - Close, but not equivalent.

💀 - Even Though it breaks past fiction, it doesn’t make it the biggest number.

Yes - Not even close. The biggest number should be beyond any restart.