User blog:Youcannothackme7134/Sacred Cataclysmic Corrupted Infinity (SCCI)

' NOTE: THIS IS A BIG WIP, SO IF YOU HAVE ANY IDEAS COMMENT THEM DOWN BELOW. '

Introduction to the SCCD Number Form...
There's an infinite amount of numbers, infinite amount of googology, infinite amount of zeros. Is there even an end of numbers? Probably not. Or probably yes. It's unknown has numbers an end or no... it still remain undefined. There's lots of numbers, and only a few we can count to. Dozen, million, billion... googol, we just have infinite numbers. It's unknown if there's a border, maybe more than myrillions of light years away. There are infinite universes, each of them consisting zeros, zeros, and zeros. There is 10^80 particles in the Observable Universe - Every star in every galaxy, every quark in every atom - Every single particles in our entire universe just amounts to 10^80. We even have 10^90, just 10 digits away from googol data bytes storable in the Observable Universe - 2^305 bits of the capacity. There's even 10^10,500 word pages possible - just a bit larger than Googoltoll. And just 10^15,000,000 HD images possible using RGB256 in 1920x1080 pixels. Just 15 maximusmillions. There's an unimaginable scale of numbers - all of them named very differently. 10^10^10^120: This number is so big, that even in years, seconds or Planck time - it does not drop to 10^10^10^119.9. Maybe Sacred Cataclysmic Corrupted Infinity is the final number of all of them...

What is Sacred Cataclysmic Corrupted Infinity?
Sacred Cataclysmic Corrupted Infinity, also known as The Final Infinity is the final number of all to all existential verses, which people disagree to being not the final. This isn't just final, it has cursed options. So like 0 + SCCI. That would be infinity, because this number is so high - it's just humanly, theoretically and physically unexplainable. SCCI is just beyond the googolism tier list. Even far larger than NaN (this term is explained later in the page). This is far beyond the maximum level of a compact cardinal, unreachable absolute infinity, and so.

SCCI's Terms
Yes, SCCI has terms. These are like numbers.


 * 1) Not a Number - Just a bit below SCCI, yet still it's very, just very extreme. It's not even computable with an infinity calculator - NaN's value is {EXPAN, TORSHING, TFN, C∞} in BEAF. Yeah, just inexplainable.
 * 2) Compact Infinity - Way below NaN, yet still an extreme number. C∞'s value is ∞ { ∞ } ∞ in Ackermann.

Is there anything you can find with SCCI?
So lets say The Xeoricallity has a border made out of very large stars, and there's around EAdmiral#####Admiral of them. Dwarf stars have a diameter of 2 - 5 light years. Normal (main-sequence) stars have a diameter of 5 - 9 light years. Giant stars have a diameter of 9 - 20 light years, supergiant stars have a diameter of 20 - 90 light years, and hypergiant ones have a diameter of 90 or 91 light years. The stars are even larger than our universe's nebulae. 50% of the border is made out of binary star systems, but their axis is as the Y-coordinated of The Xeoricallity, so they dont get past the border. Now what can we find with SCCI? A star with a mass SCCI times the Sun? Black hole that will end The Xeoricallity. A star with a size SCCI times the Sun? Star being larger than The Xeoricallity. A star with density SCCI times the Sun? Still a black hole. Or maybe a star moving SCCI times the speed of light? Sounds like a good idea, yet still it's chaotic. An object moving at the speed of light has infinite mass, and with this we can even form a black hole. For a yoctosecond, you'll see the star as an flat, Archenar-like shape. However, the black hole, will have Infinity mass, which will slowly, just very slowly devour The Xeoricallity. Almost forgot to mention, the border has also nebulae. Their size can range from 7,000 light years to 361,000,000 light years. Actually, after the border, you'll just see antimatter, which is making everything that is going past it devour insanely quickly.