Superplanet

A Superplanet is an EXTREMELY large planet that has an unimaginably small amount of chance to be found regularly. There are usually have a 1 in 250 quadrillion chance of forming. They also have to be at least 1,000 light years big. There are currently at least 23,465,000 superplanets in our multiverse, with the biggest one currently being 453.265 billion light years in size. This means that superplanets are at least tiny galaxies to even entire universes In size. The reason why they even exist is very similar to how planets form, except that it is on a much more massive scale. Sometimes, superplanets have supermoons, which are extremely large moons. They are also incredibly dense at the core, so much so that it makes a Neutron Core, which are neutron stars that are cores of planets or superplanets. 73.9% of superplanets in our multiverse have life. But most of those planets have next to no life on them. The reason for this is because most Superplanets don't have enough light by their star, which are mostly smaller than the superplanet. only 0.032% of planets in Our multiverse have a large enough star to have life on it on all of their surface. They also have a Kardashev Scale of 1 because at it's most basic level, superplanets are still technically planets. So that means that they are in star systems, which means that their Kardashev Scale is 1. Only 412 billion civillizations that are from a superplanet In Our Multiverse have fully colonized it and turned their civillization into a Kardashev Scale of 1. (That might seem a like a lot, but this is a survey lasting for 1010100 years, AKA a Googolplex)
==How it's stable ==
You see, superplanets (according to the laws of physics) can't exist because it would collapse into a literal black hole. This is because it's core would be so dense, and so compressed that matter would collapse on itself. So by that logic, you might think that superplanets are ticking time bombs that will guarantee to collapse on themselves at any minute, right? Well, there is no superplanets in our universe, but in other universes, there are different laws of physics that can't be comprehended in our universe. And because of that, superplanets can exist without them randomly collapsing for being too big and dense. Also, the core of superplanets are so unimaginably dense, it makes a whole new type of matter called Ignaukuarkium. This is the stuff that prevents superplanets from collapsing because of it's immense gravity. However, if it has too much of it for it's size, the gravity will be too much and the planet will condense, but not collapse. But if the superplanet is overloaded with ignaukuarkium, it will become so condensed with gravity that it will no longer be a superplanet, instead, it will become a Psuedo-Star because it will be too hot, but if you put even more, it will turn into a Quasi-Star and if there is even MORE of the stuff, than it will completely collapse and turn in a different kind of Supernova, called an Ultranova, which are orders of magnitude more powerful than hypernovas. But if it has too little ignaukuarkium, it will have too little gravity and break apart. Literally. The remnants that are from the superplanet are called Superplanet Remnants. Those remnants will turn into more superplanets if it is REALLY big, but they will always turn into regular planets otherwise. In fact, even a 1,000 Lightyear-Sized Superplanet (Which is the lowest size for a superplanet) can break apart into superplanet remnants that can turn into quadrillions of planets.
==List of superplanets==
The 3 largest superplanets in our multiverse
Superplanet	Other names 	Size 	Location	Supermoons
Kostsum 	U-34218864-3210321-3	453.265 billion light years	Rogue 	58,402
Aenuibus 	U-3423471-3288854-9 	402.843 billion light years	Rogue 	24,743
Cloghis 	ROG-SP-42595 	321.574 billion light years	Rogue 	542
This section is incomplete.
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