୍ရȶcớᦔ

WIP‼ SO WIP THAT- sorry I had to keep the template at the bottom :(

୍ရȶcớᦔ Elements and Much Much MUCH More (the word "Much" sounds alien now)
NOTE: THIS IS NOT IN A VERY ORGANIZED ORDER.

Particle Links
They link particles. If you have particles chained, you separate them with +s.

Waqons
Waqons are a weird particle. They are exactly 8 Planck lengths in diameter. They are represented with a ᘘ. nᘘ is n Waqons chained together and n is a number. That applies to all particles chainable.

Telkons
They are kind of like Waqons and can be chained with Waqons. They are exactly 8 Planck lengths in diameter. They are represented with क.

Vlav
A Vlav is another particle. It is ≈869,054 Planck lengths in diameter. That is called Vlavsize. They are represented with ᡚ.

Konkipph
Is Vlavsize. Represented with ಠ.

Fhefheff
Is Vlavsize. Represented with ২.

Gipp
Is Vlavsize. Represented with ৩.

Pivvlelkk
Is Vlavsize. Represented with ኖ.

Klikkepp
Is Vlavsize. Represented with ⋳.

Puherss
Is Vlavsize. Represented with ߥ.

Chloyad
Is Vlavsize. Represented with ዼ.

Rezotite
8ᡚ+9২+3ኖ+13⋳+2ߥ

Ẓ-class Stars (spectral type (Ꮥ~1))
Made of Rezotite. Becomes unstable as it interacts with Chloyads. Produces a lot of energy. Has an average mass of 1.7-2.1 sun. Has an average size of 0.91-1.28 Jupiter.

Pepantavumn
9ᡚ+5২+5ኖ+5⋳+8ߥ

ᘕ-class Stars (spectral type (ഋ~1))
Made of Pepantavumn. Produces a low amount of energy. Has an average mass of 1.1-1.3 suns. Has an average size of 3-4 AU.

Hweekips
Vlavsize. Represented with ᕦ.

Hemium
15ᕦ+3ᡚ+2ዼ

ଓ-class Stars (spectral type (♨-1))
Made of Hemium. Produces a high amount of energy. Has an average mass of 80-160 suns. Has an average size of 5.8-6.7 AU.

Hakahuelim
15ᕦ+14⋳+7ᡚ+4২+3ኖ

ঀ-class Stars (spectral type (Ȥ~1))
Made of Hakahuelim. Produces a medium amount of energy. Has an average mass of 0.5-2.7 suns. Has an average size of 0.5-3.1 suns.

ᴔ-class Stars (spectral type (Ꮥ~2))
Has an average mass of 2.1-2.8 suns. Has an average size of 1.28-1.96 Jupiter.

♿
♿ is a weird verse inside of here. It has simply does not have a value for its Existence Rank.

Star Spectral Classificaltion
"A,B,C..." is any class of star. (like a variable) (Example: ᘕ)

(A) = A-class Star

(A;B) = result of a collision between (A) and (B). The more massive one goes first.

(A;B;C) = (A;(B;C))

etc.

(A') = (A;A)

etc.

Classification number
"a,b,c" are number variables.

(stops at 16 and then transitions)

(Aa) is the a-th level of (A).

You can get to things like, for example, 5.786. (limit is 9.9999999999... in base 16, then transitions to the next star class)

Sequences
When you move through star classes, you form a chain. Different chains are possible.

(A~a) is the a-th star in A's chain.

To specify classification number:

(A~a:b)

The Civilization of ਗਘɞ⎄ẹᦻᲾ�ೕহস
WIP

Kaka Particles

 * Roh
 * Juyop
 * Yalhit
 * Treyat
 * Zutsrd

Kakachain Particles

 * Vnip
 * Xrehhsht
 * Kiolamnnm
 * Terss