A star is large celestial body that is spherical (except in universes with different laws of physics and higher dimensions) under its own gravity (i.e. in hydrostatic equilibrium), that also releases large amounts of heat and light energy through nuclear fusion. They are composed mainly of hydrogen and helium. They are found in the centres of solar systems, and can be orbited by several planets and occasionally smaller stars.


There are a variety of different stellar classes, each of which with their own unique properties.

There are a lot of star classes that exist in our universe, so only fictional ones will be listed in the table below.

Stellar Classes
Class Description Image
Y Class Y stars are brown and aren't really stars, they are cold stars, like Jupiter, but bigger.

Class Y Stars can exist in the Mathverse too. They are green stars, containing a lot of uranium, which means it's radioactive and any passing human will have cancer.

H An H-Star is a star composed primarily out of an extremely hot glowing mercury-like substance.

H-Stars are very rare, verses which allow only mercury to be formed, can create these, and even then, there's a 1 in 18,000,000 chance of there being one.

So far, only 151,812 H-Stars exist in our omniverse

Ș A class-Ș star only exists in the Lambdaverse.
& These stars are orbited by Rainbow Planets and have a huge goldilocks zone of 1 ly thanks to their unique rainbow light, which can warm a planet within a lightyear of its radius.
À À-class stars are giant stars made of pure metal with blue spots. Only found in Gammaverse.
à Ã-class stars are rich in Omeganium, a rare metal in the Omegaverse.
Ç Ç-class stars are the weirdest star existed because they explode as blue giants. They were only found in the Triangulum galaxy.
Ć Ć-class stars are shaped like a dodecahedron. They are found in universes such as U-2038.
Ċ Ċ-class stars are octahedron shaped and found in universes like U-1153.
Đ Đ-class stars are cube shaped, and are only found in other universes like U-1867.
Ġ Ġ-class stars are the result when a G-star and a Y-star collide. They are only found in Mathverse.
Ḥ-class stars are tetrahedron-shaped, and are only found in U-1748 and some others.
Î Î-class stars are made up of ice metal, and only are found in the Kappaverse.
Ł Ł-class stars are icosahedron shaped and found in universes like U-1658.
Ō Ō-class stars are rich in Zetanium, and only found in Zetaverse.
Ø Ø-class stars are rich in Etanium. Only found in Etaverse.
Ö The Ö-class stars are rich in Thetanium, the opposite of Titanium. Also, they only exist in Thetaverse.
Š Š-class stars are the result of the collision of a carbon star and an H-class star. There are an estimated 208 of those stars.
Ś Ś-class stars are cylinder shaped, and have only been found outside our Multiverse.
Ṣ-class stars are the result of the collision of a carbon star and a Wolf-Rayet star.
Ṭ-class stars are the result of the collision of a T brown dwarf and an H-class star. Only an estimated 129 exist in our omniverse.
Physicist Thomas Roberts (fictional) calls them Þ-class stars.
Ź Ź-class stars are tesseract shaped and only found in 4D universes.
Δ Δ-class stars are rare stars in the Iotaverse. Their planets are rich in Iotinium, a rare metal in Iotaverse, and the material for making weapons (commonly swords) for Iotaversers.
Θ A θ-class star is a star which only exists in Alpakaverse. It has a rare ore called Apikinium. THE alpaca uses it to destroy THE cat, THE dog and THE owl.
A Ḝ-class star is unique, because its green and blue at the same time and it only exists at the Upsilonverse.
Ω A Ω-class star is the result of when two H-class stars collide. The star has a temperature of ten duotrigintillion degrees celsius or 10,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000,​000℃. It has a core inside that spins at 10 nonillion rpm. The only image taken of this star is very low quality. There are rougly 500 of these stars in the observable universe.

⎊ Null class (-1) ⎊ <- ∅ Protoclass (0) ∅ -> ۞ Starter Class (1) ۞
Main Chain

Protoverse -> Uqraek fiber -> String -> Quark -> Proton -> Atom -> Star -> Galaxy

Protoverse, Primordium Particles -> Uqraek fiber -> String ->
Quark, Lepton, Neutrino, Boson ->
Proton, Neutron -> Atom ->
Planet -> Star -> Galaxy

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