#febrides

OR WORSE...

1. Its has isotopes! But Removing or adding an electron will change the element!

E.g:

Tolbark - 1 electron = Korprosium-74

Tolbark + 1 electron = Plorbosthium-74

2. Decays:

Normal: happen when a catto decays if the neutrons are low!

E.g: Librotenium-115 decays normally in 28 seconds, when it decays, an electron will go, converting the catto to Noskosbrenne-115

Skirtial: happens when s catto decays if the neutrons are high!

E.g: Vilyogen-27 decays normally in 31 seconds, when it decays, the atom will make a Skirtium atom! (Removing an electron and 2 neutrons) Converting the catto to Trestonn-25

Euler-Pininal: happens only on superheavies (except the 137-139 ones)! is more like the previous one but with a 50/50 of Eulerium amd Pininium!

E.g: Autismium-244 normally decays in 8.1 seconds! When it decays, there is a 50% chance of making an Eulerium atom (Removing 2 electrons and 4 neutrons), converting the catto to Saturnium-236. And the other 50% of making the Pininium atom (Removing 3 elctrons and 6 Neutrons), converting the catto to Jupiterium-234!

Unstablonal: happens when a catto (an stable one) decays with an Unstablon

E.g: Pandrensium-97 (that's an Stable one!) + Unstablon = Gotosthium (Removing an electron and a neutron)

Compoundish: only happens on compounds that has Table of Irrationalinies superheavy elements or radioactive elements (like Chlerposium Thirvossine, that has Thirvossenne, that is an superheavy metal). When the compound decays, all the element atoms that are from the compound will separate

E.g: when the compound Chlerposium Thirvossine decays, it will convert into a Chlerposium and Thirvossenne atom, because that are the elements that are on the compound

And when the Compound Autismium Trioxide decays, it will convert into an Autismium atom and 3 Oxygen atoms

*Slushium, and the last 3 elements, are indestructible and never decays, since only has a single existing isotope (adding will cause the cattos just removing one, and removing will cause the catto add one), also for avoiding lag (if that is on the game), there will be a 50% that the superheavy halves the number of neutrons and electrons

3. Fusion:

Fusing Cattos of the table of Irrationalinies is more dangerous than combining Normal ones (Specially with Superheavies)

E.g: Ferssium-102 + Bartteline-56 = Blalarium-158 (but that element will decay in 4.71 seconds!)

the cattos atoms of the table of Irrationalinies will not be affected until it reach 1e16°C (Plasma type 0), that is the point that the neutrons spins so fast that its starts to goes out to the atom, making the catto starts to lose electrons and starts to decay by low neutrons (Plasma type 1). Until the catto converts to Skirtium-2 (Plasma type 2). But temperatures higher than 1e30°C will make the catto (now a skirtium-2) lose the neutron and turning into Skirtium-1, but that isotope is EXTREMELY unstable and Decays almost instantly. Since only have an electron and a neutron, instead of decays, it dissolves into a Irratron, An electron and 1 neutron, that matter state its called "YOTTAPLASMA" or plasma type 3, for avoid the element from losing neutrons and transforming into yottaplasma, use Stablons (on chapter 7)

4. States:

The cattos from that table has the same State system (until the plasma states)

Solid:

This is the most common state of the table.

When a liquid turns into a solid, their look will be like the same but it's hard.

When a gas turns into a solid, their look will be more spiky.

Liquid:

When a solid turns into a liquid, their look will be rounder, and since liquid can be also called "Fluid", their gender will be GenderFluid. Same thing with the gases.

Gas:

When a solid or a liquid turns into a gas, their look will be rounder a fluffier and their color will be softier.

Plasma:

These a cattos with only Cyan-blue colors, they are spiky, has cyan glowing eyes and launch cyan beams.

5. Atom structure:

Example with Didyoldium:

*Coldlute's and Warmlute's state is on chapter 12*

The atom is made of an Irratron on the center, then the orbiting electrons, and last, the orbiting neutrons

E.g: on the PFP, there is an atom that is the Pininium-3, its has an Irratron on the center, 3 elctrons and 3 neutrons, a very unstable one (normally decays in 0.0037 seconds), but cool!

But every Multiple of 50 of electrons or neutrons, its will make a new layer of electron or neutron

E.g: Korprosium-80 Atom structure is made with an Irratron on the center, a 32-layer of electrons, and 2 layers of Electrons, (one of 50 and more further another of 30)

6. Irratrons:

These are "Smart" Particles! It can convert Normal cattos to the table of Irrationalinies cattos!

E.g: a boron-11 with 6 electrons + Irratron = Holzerium-15

Its because the Particle converts elements by Number of electrons, and not by Atom Number! Also the Irratron converts the catto to an element from the table of Irrationalinies that has that number of electrons (a boron with 6 electrons has the same number of electrons of Holzerium), also the Irratrons converts elements to other element's most common isotope (on this case, Holzerium-15 is the nost common one), and yeah that the reason that why Boron-11 with 6 electrons+Irratron makes Holzerium-15!

Unfortunally, combining that particle with a catto from the table of Irrationalinies makes the catto explodes into [NUMBER_CATTO_ELECTRONS] and [NUMBER_CATTO_NEUTRONS]

7. Stablons:

These particles makes the radioactive elements be stable! These are usefull to make radioactive elements safe!, Represents with a symbol "ᴥ+", and that orbits out of the Neutrons orbit, but the only way for removing that particle is with its Opposite called "Unstablons", when a Stablon and an Unstablons fusionates, Both makes an explosion of energy, and then both gets deleted. But combining a Stablon with an element from the periodic table or a stable one from the table of Irrationalinies, The catto will explode!

7.1: Unstablons:

These particles makes elements (Including Stable ones) decays instantly, Useful for not to have to wait an entire star life for the decay. Represents with the symbol "ᴥ-"

8. Navegation:

On this table the Navegation is different, since the table has drew in the 2 sides, the first side (0-80) it will be called "Side 1", and the second side (81-139) it will be called "Side 2". both sides are 11x8 (Irratronium is on side 1: w6-h0), the horizontal position it will be called "w" and goes from 1 to 11. The Vertical position it will be called "h", and goes from 0 to (side 1: 8. Side 2: 7)!

e.g:

Viznuttium is on the side 1: w8-h5

Romanium is on the side 2: w5-h7

9. Elements above 139:

The last element that ls not Hypotetic of the table is "Quenostelsollium", But there are Hypotetic matter that are above 139. These are called "Megaheavies"

The name of the Megaheavies are Systematic! Meaning that the names are not official.

This is how that elements are named:

Un: 1

Deute: 2

Tri: 3

Tetra: 4

Penta: 5

Hexa: 6

Hepta: 7

Octa: 8

Enna: 9

Ze: 0

And in the end it will add a "nnon"

e.g:

162: UnhexaDeutennon

219: Deuteunennannon

337: Tritriheptannon

685: Hexaoctapentannon

804: Octazetetrannon

10. Compounds:

That elements can make compounds with normal elements (Like HydroSuldrunic Acid (H3SniO4)), also the compounds that are made with only Table of Irrationalinies elements looks like Hybrids of the elements that the compound used (That its optional, you can make the Compound Freely)

E.g:

Hiprium Korproside (HimKo)

Orsylium Osproride (OyOpc)

*(Its physically imposible to make compounds with Elprinziseltium, Kingelstrentiun and Quenostelsollium)*

10.1: Slalchagams:

These are Compounds that have Slushium. These are Very hard to do since the Slushium is indestructible, but not impossible. These are powerful, looks like the catto but these are taller, more Cyan-Color like and 50% fox. Also have tentacles.

E.g:

Cheezborgerium Slalchagam (CzbSSH)

SSH=Slalchagam

10.2: isotopes:

Yes, Compounds can also have isotopes! For no confusion, the elements isotope names in compounds will be like the one of the Systematic in the chapter 9,

E.g: the normal Guilium isotope (45) with Oxygen will make Guilium Monoxide (GiuO) or for nerds: "Tetrapenta-Guilium Monoxide (⁴⁵GiuO)". But with Guilium-44 makes "Tetratetra-Guilium Monoxide (⁴³GiuO), because Tetratetra means "44"

*this obviously have an issue with very long Compound names like Xavlominelium-276 with Eulerium-5 makes "Deuteheptahexa-Xavlominelium Penta-Euleride (: Xavlominelium-Symbol:²⁷⁶:Eulerium-symbol:⁵), so this why is important to shorten long Compound names*

10.3: Basic Compound rules with Table of Irrationalinies elements:

Some Compound names are different but refers for the same element (e.g: Skirtium Pininide = Skirtic Pininium because both of the names refers to the symbol "Sqrπn")

The element order MATTERS. Meaning that is not the same a Compound with element A and then Element B with a Compound with element B and then Element A (e.g: Vilyogic Didyoldium (VygDyó) ≠ Didyoldic Vilyogen (DyóVyg), because Despiting having the same elements, their elements order is not the same

11. Rabitrons:

These a particles that are dangerous for every living thing. Because that makes living things (or that has life) to have rabies! Cattos with a rabitron are injured and very aggresive, and more things that the rabies has (like foam getting out of the mouth). Those particles orbits so close to the Irratron or Nucleus of the catto. Also adding a Rabitron to a catto that has already, the catto just explodes. The only way to remove the Irratron its hitting that cattos with something strong to the head or spliting the catto into halves. Also when a catto A gets touched by a catto B with a rabitron for a second, the catto A will get infected with the Rabitron. If the Rabitrons are not controled, there can be a chance that will happen the "Rabitron's Invasion", that there is only a few survivents and millions of infected ones! Making it ones of the most dangerous particles for cattos!

12. WarmLute's and ColdLute's State:

These are Hypothetical matter states since have absolute infinity degrees! Even a atom size of that makes everything of that state!

WarmLute State: in this state the cattos only has red, orange and yellow on their skins, and with a glow. They are very happy or chill. And are fluffy

ColdLute's State: that is the opposite of WarmLute's state. Features the cattos with only blue or purple on their skins. And act gothic or sometimes aggresive. And has spiky fur

Example with Iron:

Note: putting a WarmLute's State matter with a ColdLute's State matter makes the time can't handle that and destroys the time and space, resulting on absolute darkness

Ok i think that all for now!