recursal/Fanatic-Fandom huggingface dataset:
Beyond A

Beyond A or ⰞA is a Number created by Jan Taryk and it is equal to

.......................................|ⰞxXⰞ|.......................................

x.......................................|ⰞxXⰞ|....................................... Dots

x.......................................|ⰞxXⰞ|....................................... Dots

.

.

xⰞ levels

.

.

x.......................................|ⰞxXⰞ|....................................... Dots

xⰞ Dots

Beyond A is bigger than beyond kaeirimits.
Armada-0

```
Do not edit this page without heybrowhatsup2020 permission.

```

## Definition

Term coined by heybrowhatsup2020 Number that uses ɳ-notation mixed with Fast Expanding Notation.

f

2

2

(
n

500

500

)

{\displaystyle f\_{2}^{2}(n500^{500})}

## Approximation

r
2

(

r

500

(

500

500

500

)

)

2

{\displaystyle r^2\bigl(r^{500}(500^{500^{500}})\bigr)^{2}}

B
E
E
(
50

)

50

50

{\displaystyle BEE(50)^{50}\_{50}}
Arrow's Number

It's Equal to:

🔱 xx 80

This Had Used to been already exist as Arrow's Daredevil.

Used Symbol: 🔱

```

```
You Don't See The Removed Part. You've Added The Sub-heading!

```

* ⬆xXxXxXxXxX...xXxXxXxXxX🔱
* ⬆xXxXxXxXxX...xXxXxXxXxX🔱xX💢
* ⬆xXxXxXxXxX...xXxXxXxXxX🔱xX💦
* ⬆xXxXxXxXxX...xXxXxXxXxX🔱xX⚜
* ⬆xXxXxXxXxX...xXxXxXxXxX🔱xX🔱
* ⬆xXxXxXxXxX...xXxXxXxXxX🔱xX🔱xX🔱xX🔱xX🔱
* ⬆xXxXxXxXxX...xXxXxXxXxX🔱xX🔱xX🔱xX🔱xX🔱xX🔱xX🔱xX🔱xX🔱xX🔱
* ⬆xXxXxXxXxX...xXxXxXxXxX⬆
* S҈̥̲̣͐̈͂̐T̵̰͕͍̓̌̉̉N҈͙̠̱͈̥̍̑̋͋͒G̶͚͚̜͔̤̍̐F̵͚̙̥̱̳̆̍̈́I̵̖̔̓ͅN̸̲̥̗̥̤̊͋I҉͇̜͉͚͍̉͋̏̿̽Ṭ̶̟͙̎͛Y̶̘̘͓͒͑́̀́ (〽)
Cylos First

Cylos First is a function.

## Examples

CF(x) = 3{x-1}x+3

CF(0) = 3+0+3=6

CF(1)=3\*(1+3) = 12

CF(2)=3^(2+3) = 243

CF(3)=3^^(3+3) = 3^3^3^7625597484987

CF(4)=3^^^(4+3)

CF^2(x)=CF(CF(CF(...(CF(CF(CF(x)))...)))))))

CF^2(1) = CF(1) = 12

CF^2(2) = CF(CF(2)) = CF(243) = 3{242}246

CF^2(3) = CF(CF(CF(3))) = CF(CF(3^3^3^7625597484987)) = CF(3{3^3^3^7625597484987 -1}3^3^3^7625597484987 +3) = 3{3{3^3^3^7625597484987 -1}3^3^3^7625597484987 +2}3{3^3^3^7625597484987 -1}3^3^3^7625597484987 +6

CF^3(x) = CF^2(CF2(CF^2(...(CF^2(CF^2(CF^2(x)))...)))))))

CF^3(1) = CF^2(1) = CF(1) = 12

CF^3(2) = CF^2(CF^2(2)) = CF(CF(CF(...(CF(CF(CF(243)))...))))))) (CF(243)+1 times)

CF^n(x) = CF^n-1(CF^n-1(CF^n-1(...(CF^n-1(CF^n-1(CF^n-1(x)))...)))))))

CF^10(10) is called cyclondecal.

CF^1(x)[2] = CF^x(x)

CF^1(1)[2] = CF^1(1) = 12

CF^1(2)[2] = CF^2(2) = 3{242}246

CF^2(x)[2] = CF^1(CF^2(x-1)[2])[2]

CF^n(x)[2] = CF^n(CF^n-1(x)[2])[2]

CF^1(x)[3] = CF^x(x)[2]

CF^1(1)[3] = CF^1(1)[2] = CF^1(1) = 12

CF^2(x)[3] = CF^1(CF^2(x-1)[3])[3]

CF^n(x)[3] = CF^n(CF^n-1(x)[3])[3]

CF^1(x)[4] = CF^x(x)[3]

CF^1(x)[y] = CF^x(x)[y-1]

CF^n(x)[y] = CF^n(CF^n-1(x)[y])[y]

CF^1(x)[1,2] = CF^x(x)[x]

CF^1(1)[1,2] = CF^1(1)[1] = 12
Colossus

Colossus is an extension of Cylos Omega where a:cl:lc: co /c -b > a|\|\|a(b -n) but = u(x,a)(f v) in v,v,u+cO (fixed). This function is more powerful than the cylos function, as in the cylos function can be given any input number and it could never exceed even a finite CYCOL input.

Colossus (function) is written out as CYCOL(n)

Colossus (number) is equal to the limit of this where 💘(x) is finite, being CYCOL(N0) Despite the small size, this number is far larger than any number made so far, even Hyperpositive layers.

## Definition

CYCOL(2) = Colossus.......l Colossus l.......

CYCOL(3)

CYCOL{100}

CYCOL[100]

CYCOL/100/

CYCOL.l100l.

Propertus
Alpha-Hyper-Extend

Alpha-Hyper-Extend is a number which is the second version of Eta Hyper One Cardinal.

## Format

This numbers format is AHE(x) which can be displayed as AHEx

Same with the other "Eta Hyper (numbername) Cardinals" Numbers this actually has a stacked version or AHE((x)) which can be displayed as AHEAHE

## Beta-Hyper-Extend

This includes the format like Alpha Hyper Extend but with AHE being changed into BHE

## Gamma-Hyper-Extend

Same with Beta Hyper Extend. But BHE being changed into GHE

Then there will be (greek letter) Hyper Extend with the first English letter of the Greek letter for the -HE

## Hyper-Hyper-Extend

All the numbers here will look like this vvv

Hyper-Hyper-Extend

Hyper-Hyper-Hyper-Extend

Hyper-Hyper-Hyper-Hyper-Extend

all the way to Hyper-Stack-Extend

Hyper-Hyper-Stack-Extend

Hyper-Hyper-Hyper-Stack-Extend

Hyper-Hyper-Hyper-Hyper-Stack-Extend

Etc.

## (prefix)-Hyper-Extend

This includes Super-Hyper-Extend, Mega-Hyper-Extend, Giga-Hyper-Extend and so on, but what if it ends at 12th prefix? NO. We can just use iupac counting system which counts by a name of a molecule, well we will also have Alpha-Prefix-Hyper-Extends just like we did with the Greek letters being first in the -HE and the stacking and hyper-hyper-extend. And then we get Super-Super-Hyper-Extend. The prefix at the first extends it and when the prefix is done it goes to Mega-Mega-Hyper-Extend, and so on

## (largeprefix)-Hyper-Extend

This uses Ultra-Hyper-Extend, Meta-Hyper-Extend, Meji-Hyper-Extend.. Etc, This also does the -HE thing and the hyper-hyper-extend thing and stacking and the Hyper Hyper Extend stacking, When the large prefix is done it can do Ultra-Ultra-Extend yeah.

## Post-warp Alpha-Hyper-Extend and the others

These numbers can grow post-warp and can immediately grow in 2 Quectoseconds in it's post-warp form.
Armada-6

```
Do not edit this page without heybrowhatsup2020 permission.

```

## Definition

Term coined by heybrowhatsup2020. Number that uses ɳ-notation mixed with Fast Expanding Notation.

f

8

3

(
n

700

750

)

{\displaystyle f\_{8}^{3}(n700^{750})}

## Approximation

r
8

(

r

700

(

700

700

750

)

)

3

{\displaystyle r^8\bigl(r^{700}(700^{700^{750}})\bigr)^{3}}

B
E
E
(
70

)

50

67

{\displaystyle BEE(70)^{67}\_{50}}
Amended proception

**note: this Altering + possibility bubble and Hyper adapted rebuild are part of a larger entry.**

## Comparisons

### Numbers Below

The Dilation Protection of Ultimate altering

This can change any concepts proception to let this pass them at all cost, and to break down to 0 giving amended proception all the abilities the victim once had, and there is **NO WAY** around this.
Armada-5

```
Do not edit this page without heybrowhatsup2020 permission.

```

## Definition

Term coined by heybrowhatsup2020. Number that uses ɳ-notation mixed with Fast Expanding Notation.

f

7

3

(
n

700

700

)

{\displaystyle f\_{7}^{3}(n700^{700})}

## Approximation

r
7

(

r

700

(

700

700

700

)

)

3

{\displaystyle r^7\bigl(r^{700}(700^{700^{700}})\bigr)^{3}}

B
E
E
(
69

)

50

65

{\displaystyle BEE(69)^{65}\_{50}}
Almond

**Almond**, is a peaceful, yet tactical individual, From his homeland in the Volden Empire, Almond was a Man of cunning intellegence on the waters of his homeland and of his own people, a naval legend. he stemmed from a family of merchants and navymen, his grandfather forming the Volden navy during the first Northern war. being part of a group of a military expedetion, he has formed a key role in shaping politics in the region of Mantic, forming the island stronghold of Stonefjord. Almond takes his time to know the people around him, he is trusting to those who present themselves as friends, but will grow wieary of people over time. Almond's Fascination of firearms and the use of gunpowder weapons makes him and his nation, one that cannot easily be conquered.

## Backstory

### Life in the Empire

Almond was a Officer in the Volden Empire, who was well known by his peers. his beginnings were of normal origion, his family were mostly consistant of Navymen, who stemmend from his grandfather, Thorfinn the Great, before Thorfinn, his family were average merchants, who made a decent enough living to give their generations the ability to do what they wish without having to worry about the prices of food and wood for the harsh winters.

During the time of Almond's enlistment into the navy, he was given a comission as a Sub-Lieutenanat, but quickley rose the ranks to become a Post Captain of a frigate due to his knowledge of fending off pirates, During the Second Northern war, Almond helped win the war for the Empire at a decisive battle, the Battle of Brekka River, in which his small fleet of 8 ships, 4 frigates, and 4 brigs, managed to destroy a enemy fleet of 13 ships by using the frigates as ships of the line, while his brigs were able to sternlock the enemy ships, causing them to route after 6 of their frigates sunk, to Almond's 1 brig lost. This awarded Almond the rank of Commodore, and by the end of the war, for his efforts in the southern theater. Almond would be awarded the rank of Vice-Admiral, and command of the southern fleet.

### Post-war

during the post war years, the quality of the navy has been in a steady decline, due to their war won, the people of the empire grew tired of their Emperor, Erik II of Karlsdalr. due to the Emperor's carelessness in politics and how the people suffered due to his carelessness in the winter, a Civil war occured just 5 years after the Second Northern war, between the Rebels, known as the Federalists, and the Empire, known as Imperials. Vice-Admiral Almond choose to side with the Federalists due to their common beliefs of a unified, republican state that can better dictate the well being of all people, instead of a select few. During the war, Almond was given command of the Central Fleet of the Federation, but he had to fight, against his own officers who he had tought. The second year of the civil war The central fleet was the only fleet left of the Federation navy. With this in the heads of their leaders, the Federation gave an order to Vice-Admiral Almond, to colonize south, in hopes to keep the idea of a Volden republic alive, and with that, Almond's journey began.
Coincidence? I think not!

Anas (waso telo): Ut velit sed **sed *sed*** neque ut. A nisi duis nunc id tempor imperdiet ius sed. Duis eu nulla aenean **aenean** ut odio elit. Erat vivamus. Amet aperiam. In est ut, nulla. Et a tincidunt, non id odio neque imperdiet quis amet unum eget ora, eu quam non diam in IV ipsum quis dolore, quisque velit in ut id in, dolorem nec, id ipsum sit at dolor amet ipsum quis diam maecenas est mollis, quas quisque vel nullam elit id velit, consectetur nisl eros. Proident eu auctor. Dolor neque et eget iusto id tincidunt, non eiusmod, erat quam non ad auctor neque, nec auctor sed neque, eum urna. Nec non euismod eu est ut, elit, et nunc ut egestas id. Proident elit. Erat vivamus. Vel duis a sed, non dolor, **dolor** sit id a non. Quo eu nulla vitae. Amet non id odio id. Et neque, quis mauris vel. A vel viva eget ius, est ut, nullam, dictum et, dolor ut nec amet ut id iudico. Non eget iaculis. Nisl id dictum eget sit. Maecenas est dolorem euismod eu est, eos nisl amet ipsum imperdiet ac, velit elit in ut odio elit sit, a ut eget ora, eu sit id a, ut amet aperiam. Quisque a eu libero nunc, dictum. Amet etiam dui, dolore neque **neque** a mauris urna, id a dolor amet non, ut egestas nam amet non, consectetur nullam erat duis in duis urna mauris consectetur a at, dictum. Ut mollis, eu a eros. Proident id enim quam amet non ad auctor magna velit nullam nec, id a dolor ut neque **neque**. Adipiscing neque sit id id dictum ut, eu nulla. Et iusto laoreet. At aliquam, sit ut, eu mauris non at quam diam velit et, aliquam sem; ipsum, consectetur id ex dolor volutpat aenean ut odio a, nullam diam non egestas id. Amet eu auctor magna sed neque id aliquam sed neque a mauris dictum et, aliquam est mollis ante, scelerisque ipsum auctor duis amet id aliquam erat duis vivamus vel. Dolor neque **neque** in ***neque***. Ut mollis, quas ut quam id nisl mauris in neque facilisi nulla aenean **aenean** ut odio neque. Et iusto neque in scelerisque a, et nullam id in magna sed mollis. Proident eu neque id a aperiam. In est ut, nullam elit auctor quis mauris vel mi in duis in dictum eros et ut id, id a neque, dolore nihil homo sapiens. Adipiscing neque facilisi imperdiet ius, est ut, eu vitae. Amet non eiusmod, erat nec odio a, nullam neque duis iudicabit vitae a sed eu. In est dolor amet, eu quam sed eu. In hinc aeque suspendisse et sed nunc, dictum eros. Elit dolor et mauris non eros, at neque amet, dolore tempor urna. Nec a eu amet velit quam est ut, eu a eros vivamus. Amet consectetur nisl, quis a semper, elit vt. Ut ad ut, duis urna mauris, duis nunc, at non aenean lorem quis dolor eaque ipsum sit non dolore tempor urna vitae id, nisi vitae. In sed.

This is the 2500th page on the Wiki!--though the original page had a misspelling in its name.
CoolNumbers extremely large list of numbers

Numbers 0 to CO̶͓̗̍̽̎̓̓̈́́̅́͒͆͆͠L̻̩̞̲͎̺̺̓͌ͮͬ̀L̶͖͑Ǎ̶̡PS̙̞ͧ͐̆͗E̷̲̹̓F̸̟͈̈̋Ĭ̶͚̮N̶̼͂͗Í̷̫͝T̵̻̭̓̀Y̵͙̠͆

## Ordinal level 0 | 0 --> 10^10

* Part I

* 0
* 1
* 2
* 3
* 4
* 5
* 6
* 7
* 8
* 9
* 10
* 11
* 12
* 13
* 14
* 15
* 16
* 17
* 18
* 19
* 20
* 21
* 22
* 23
* 24
* 25
* 26
* 27
* 28
* 29
* 30
* 31
* 32
* 35
* 36
* 40
* 45
* 49
* 50
* 55
* 60
* 64
* 70
* 75
* 80
* 81
* 90
* 100
* 200
* 300
* 400
* 500
* 600
* 700
* 800
* 900
* 1,000
* 2,000
* 2,023
* 3,000
* 4,000
* 5,000
* 6,000
* 7,000
* 8,000
* 9,000
* 10,000
* 20,000
* 30,000
* 40,000
* 50,000
* 60,000
* 70,000
* 80,000
* 90,000
* 100,000
* 200,000
* 300,000
* 400,000
* 500,000
* 600,000
* 700,000
* 800,000
* 900,000
* 1,000,000
* 2,000,000
* 3,000,000
* 4,000,000
* 5,000,000
* 6,000,000
* 7,000,000
* 8,000,000
* 9,000,000
* 10,000,000
* 20,000,000
* 30,000,000
* 40,000,000
* 50,000,000
* 60,000,000
* 70,000,000
* 80,000,000
* 90,000,000
* 100,000,000
* 200,000,000
* 300,000,000
* 400,000,000
* 500,000,000
* 600,000,000
* 700,000,000
* 800,000,000
* 900,000,000
* 1,000,000,000
* 2,000,000,000
* 3,000,000,000
* 4,000,000,000
* 5,000,000,000
* 6,000,000,000
* 7,000,000,000
* 8,000,000,000
* 9,000,000,000

## Ordinal level 1 | 10^10 --> 10^^10

* 10,000,000,000
* 100,000,000,000
* Trillion - 10^12
* Quadrillion - 10^15
* Quintillion - 10^18
* Sextillion - 10^21
* Septillion - 10^24
* Octillion - 10^27
* Nonillion - 10^30
* Decillion - 10^33
* Undecillion - 10^36
* Duodecillion - 10^39
* Tredecillion - 10^42
* Quattuordecillion - 10^45
* Quindecillion - 10^48
* Sexdecillion - 10^51
* Septendecillion - 10^54
* Octodecillion - 10^57
* Novemdecillion - 10^60
* Vigintillion - 10^63
* Unvigintillion - 10^66
* Duovigintillion - 10^69
* Trevigintillion - 10^72
* Quattuorvigintillion - 10^75
* Quinvigintillion - 10^78
* Sexvigintillion - 10^81
* Septenvigintillion - 10^84
* Octovigintillion - 10^87
* Novemvigintillion - 10^90
* Trigintillion - 10^93
* Untrigintillion - 10^96
* Duotrigintillion - 10^99
* **Googol** - 10^100
* Googolty - 10^101
* Tretrigintillion - 10^102
* Quattuortrigintillion - 10^105
* Quintrigintillion - 10^108
* Sextrigintillion - 10^111
* Septentrigintillion - 10^114
* Octotrigintillion - 10^117
* Novemtrigintillion - 10^120
* Quadragintillion - 10^123
* Unquadragintillion - 10^126
* Duoquadragintillion - 10^129
* Trequadragintillion - 10^132
* Quattuorquadragintillion - 10^135
* Quinquadragintillion - 10^138
* Sexquadragintillion - 10^141
* Septenquadragintillion - 10^144
* Octoquadragintillion - 10^147
* Novemquadragintillion - 10^150
* Quintagintillion - 10^153
* Unquintagintillion - 10^156
* Duoquintagintillion - 10^159
* Trequintagintillion - 10^162
* Quattuorquintagintillion - 10^165
* Quinquintagintillion - 10^168
* Sexquintagintillion - 10^171
* Septenquintagintillion - 10^174
* Octoquintagintillion - 10^177
* Novemquintagintillion - 10^180
* Sexagintillion - 10^183
* Unsexagintillion - 10^186
* Duosexagintillion - 10^189
* Tresexagintillion - 10^192
* Quattuorsexagintillion - 10^195
* Quinsexagintillion - 10^198
* Ten Quinsexagintillion - 10^199
* Gargoogol - 10^200
CoolNumber's Beyond Absolute Infinity Numbers

Part 1 - Ω\_1 To Ω\_Ω

Ω1

Ω10

Ω10^100

Ω10^^10

Ω10{10}10

Ω{10, 10 [2] 2}

Ω{10, 10 [3] 2}

Ω∞

Now we Are Doing It Like Ω\_x.

Ω\_ω

Ω\_(ω+1)

Ω\_(ω+2)

Ω\_(ω+10)

Ω\_(ω+10^100)

Ω\_(ω+10^^10)

Ω\_(ω+10{10}10)

Ω\_(ω+{10, 10 [2] 2}

Ω\_(ω+{10, 10 [1,2] 2}

Ω\_(ω\*2)

Ω\_(ω\*3)

Ω\_(ω\*10)

Ω\_(ω\*(10^10))

Ω\_(ω\*(10^^10))

Ω\_(ω\*10{10}10)

Ω\_(ω\*{10, 10 [2] 2})

Ω\_(ω^2)

Ω\_(ω^10)

Ω\_(ω^(10^10))

Ω\_(ω^10{10}10)

Ω\_ε0

Ω\_ε1

Ω\_ε2

Ω\_εω

Ω\_εε0

Ω\_**ζ0**

Ω\_η0

Ω\_Φ4(0)

Ω\_Φ5(0)

Ω\_Φω(0)

Ω\_Ω

Part 2 - Ω\_(Ω\_1) To Ω\_(Ω\_(Ω\_1))

Ω\_(Ω\_1)

Ω\_(Ω\_10)

Ω\_(Ω\_(10^100))

If You Dont Know, Ω\_X = Absolute X

And Ω\_(Ω\_X) = Absolute Absolute X.
Armada-4

```
Do not edit this page without heybrowhatsup2020 permission.

```

## Definition

Term coined by heybrowhatsup2020 Number that uses ɳ-notation mixed with Fast Expanding Notation.

f

6

2

(
n

690

650

)

{\displaystyle f\_{6}^{2}(n690^{650})}

## Approximation

r
6

(

r

690

(

690

690

650

)

)

2

{\displaystyle r^6\bigl(r^{690}(690^{690^{650}})\bigr)^{2}}

B
E
E
(
66

)

50

65

{\displaystyle BEE(66)^{65}\_{50}}
Chihayafurufinity

## About

Chihayafurufinity is a seires of very large number The lower cap is :(ΩxXΩ)xX(10,10,1,999999)

Symbol:Ωc

This using Mathis R.V notation

Chihafurufinity lower cap is rookie number compared to these number

## Number

Ayasefinity:(ΩxXΩ)xX(10,10,1,1e20)

Kanadefinity:(ΩxXΩ)xX(10,10,1,1e99)

Chihayafinity:(ΩxXΩ)xX(10,10,1,(10,10,1,2))

Sumirefinity:(ΩxXΩ)xX **∞r**

Yumifinity:(ΩxXΩ)xXΩc

Chiekofinity:(ΩxXΩ)xXΩ)xXΩ)xΩc

Extra(not chihayafuru but why not)

Ootafinity{ΩxXΩ}x1e9999

## Trivia

1,For better understand see Mathis R.V Numbers 0 to 𝗡̴̖͈̰̑̇͌ 𝗘̷̪͔̤̤̪̇̐̈́̒͆ 𝗩̸͙̫͎̃̓̀̈́̐ 𝗘҉̜͙̦̋͌͛̌͋ͅ 𝗥҈̰̘̬̳͕͛̒͑ !!! [1/2]

Link:https://youtu.be/TCbhFmeAgwU

2.This is my 10th page

3.nothing more. We're Dancing Forever at the Message Wall
Blocking Unicode

# SMP - Supplemental Multilingual Plane

* *Shavian Quikscript (U+103E0-U+103FF)*
* Rejang Extended (U+107C0-U+107FF)
* Proto-Sinaitic (U+108B0-U+108DF)
* Sidetic (U+10940-U+1095F)
* *Numidian (U+10960-U+1097F)*
* Balti (U+10AA0-U+10ABF)
* Book Pahlavi (U+10BB0-U+10BDF)
* Baburi (U+10BE0-U+10BFF)
* *Byblos (U+10D80-U+10DFF)*
* Landa (U+11250-U+1127F)
* Tani Lipi (U+114E0-U+114FF)
* Ranjana (U+11500-U+1157F)
* Zou (U+11750-U+117AF)
* Pyu (U+117B0-U+117FF)
* Sirmauri (U+11850-U+1188F)
* Vateluttu (U+11960-U+1199F)
* *Sharada Extended (U+11B60-U+11B7F)*
* Tolong Siki (U+11B80-U+11BBF)
* Balti-B (U+11CC0-U+11CFF)
* Leke (U+11DB0-U+11DEF)
* Tocharian (U+11E00-U+11E6F)
* Khotanese (U+11E70-U+11ECF)
* Pallava (U+11F60-U+11FAF)
* Proto-Cuneiform (U+12580-U+12DFF)
* Indus (U+12E00-U+12F8F)
* Egyptian Hieroglyphs Extended-A (U+13480-U+143FF)
* Egyptian Hieroglyphs Extended-B (U+14680-U+151FF)
* Mayan Hieroglyphs (U+15500-U+15AFF)
* Lampung (U+15B00-U+15B3F)
* Kerinci (U+15B40-U+15B6F)
* Mandombe (U+15B80-U+15FFF)
* Cirth (U+16000-U+1607F)
* Tengwar (U+16080-U+160FF)
* Moon (U+161A0-U+161FF)
* BlIssymbols (U+16200-U+167FF)
* Woleai (U+16B90-U+16BFF)
* Kpelle (U+16C00-U+16C7F)
* Afaka (U+16C80-U+16CCF)
* Tangsa-Khimhun (U+16CD0-U+16CFF)
* Tikamuli (U+16D00-U+16D3F)
* *Lontara Bilang-Bilang (U+16D80-U+16DBF)*
* Kulitan (U+16DD0-U+16DFF)
* Mwangwego (U+16E00-U+16E3F)
* *Bopomofo Extended-A (U+16FA0-U+16FAF)*
* Kanbun Extended-A (U+16FB0-U+16DFF)
* Khitan Ideographs (U+18D80-U+195FF)
* Jurchen (U+19600-U+19B9F)
* Pau Cin Hau Syllabary (U+19E00-U+1A75F)
* *Kaida (U+1A780-U+1A7FF)*
* Naxi Dongba (U+1A800-U+1ACFF)
* *Naxi Geba (U+1AD00-U+1AFCF)*
* *Kana Extended-C (U+1AFD0-U+1AFEF)*
* Shuishu Logograms (U+1B300-U+1B5FF)
* Lisu Syllabic Script (U+1B600-U+1B9FF)
* Pitman Shorthands (U+1BCB0-U+1BCFF)
* Proto-Elamite (U+1BD00-U+1C37F)
* Linear-Elamite (U+1C380-U+1C4FF)
* Chinese Musical Symbols (U+1D250-U+1D2BF)
* *Mathematical Alphanumeric Symbols Supplement (U+1D380-U+1D3FF)*
* Jianzi Format Controls (U+1DAE0-U+1DAFF)
* Jianzi Musical Symbols (U+1DB00-U+1DC8F)
* Eebee Hmong (U+1E150-U+1E1FF)
* Loma (U+1E300-U+1E41F)
* Bagam (U+1E420-U+1E4CF)
* Pungchen (U+1E500-U+1E52F)
* *Pungchung (U+1E530-U+1E55F)*
* *Marchung (U+1E560-U+1E59F)*
* Brusha (U+1E5A0-U+1E5CF)
* Ol Onal (U+1E5D0-U+1E5FF)
* *Chola (U+1E600-U+1E65F)*
* *Chalukya (Box-Headed) (U+1E660-U+1E6BF)*
* *Beria (U+1E700-U+1E72F)*
* Persian Siyaq Numbers (U+1EC00-U+1EC7F)
* Diwani Siyaq Numbers (U+1ECC0-U+1ECFF)
* *Arabic Supplemental Symbols (U+1EF00-U+1EF3F)*
* *Extended Pictographic Characters (U+1FC00-U+1FFFF)*

# TIP - Tertiary Ideographic Plane

* Seal Script (U+32400-U+352FF)
* Oracle Bone Script (U+35400-36BFF)
Beyond ╥ numbers

Y̷̛͇̎̀̾̎̽̇̿͆͆̈́Ŏ̸̧̬̳̏̈͌̍̓̀̇͛̅͝ͅṴ̵̳̝̠̤̜͕̖͓̻̞̫̾͐͂̈́̚ ̴̡̬̜̖̰̱͉̹̱͚̮̽͂͗͊̀̈̈̋͋͗̈̚͠͠H̸̺̤̺̭͚̹̦͋͒̉̅̃̈́́̇ͅĄ̸̹̘͎̪͍̰͚̟͊͌V̸̢̹͚̘͍̗̋̇̚͝ͅḚ̷̢̭̄̏̔̾͛͛̋̆͒̔̕̕̕͜ ̵̢̧̨̺̦̘̰̯̠̜́̋̂̏̆̂͋̂͑͂͊̚G̵̤̥̻̎̎̈́̐̎̍̄Ǫ̸̫̳͛̇̎͘ͅṆ̴̨̢̰̤͉̖̦̠̯̮͋͛̍͌͌͋͊̊͛͆̚͠ͅĘ̵̮̭͎̩̳̺̖͕̎̂͗͝ ̴͎̠͎̟̇́͂͒̈́̊̂͐̏͛͋͒̈́̚̕͝Ţ̵̡̡̖͎̲͔͎͓̳̘͔̓͛̽̉̀̄̆̎̑͗͛̚ͅƠ̶̡̛̫̤̥̳̗͉̽̐̓̓́̏ ̶̘̳̙̜͉̳͎̻̞̻͊̌̐̈̑͗̀̅̓̓̂̇͛́̽̄F̷̧̢͉͉̼̰̮̼̟͍̉̀̅͌̄̈́̓̔̂͌̀̈́͑̂̚͝A̶̛͉̝̻̣̻̞̰̯̾̃͐̇͘͜͝R̷̯͕̜͇̼̈́̊̽̎̇͝͝ͅ ̸̧͖̳̙̘̘͎̣͙̥̥͙̳͍̮̹͑T̴̨̡̢̮̪͎̖͔͍͍̪̼̪̲̳̒͛̈́͒̅͂̽͊͘̕͘̚ͅU̷̟̇̓͛́͊̇͆͋̉̓́̿̄͋̇͆R̵̨̹̐̆̽͒̉̃̾̓̚N̵̢̡̰̲̰͕͈͔̗̝̳̅̉͆̃͆̆̆́̚͘͝͝ ̷̡͍̖͚̮̾̀́̄͐͑̚͜͠B̴̧͉̗̺̠͗̌̈́̑́̉̆̀̋͂̈́͆́́́Ä̵͍̟̩͇̃̍̀͑̈́̅̌̈́͑͆͛͘C̵̡͕̥̼̖̓̌̀̇͒̍̔͑̈̐͘̚K̶̤͙̐͐͂͒̽͒͋̍̒͊̋̉̌̒̚͘ ̸̙̫̝͉̱̞͌̃̆͛̒̂͐̔͌͘͝ͅT̶̛̛̫̹̥̗͓͓̟͙̼̲̖̜̑̉̈́̉͛̂̈́̆̂̅͘͘Ǫ̶̨͕̩̥̤͍̩̭̗͚͈̙̜͊͊̓̈̄̇̌̏̚͘͜ ̴̛̭̝̦̇̌̀͠I̶̟̭̱͘͘͝N̴͙̆F̴̢͕̖̳̩̫̙̗̉͆͠Ì̵̪̮̟͔̙̥̙̭̣̀̅̀̊̅͌̈͛͂̕Ṋ̵̙͔̜̙͉̬̻̹̃̂͌̉̅̍͗̔̆̎̋̔͘͘Ȉ̶̛̭͉̥̠̅̃͐͊͐̑̈̆̈́̉̊͝͝T̷̬̪͖̠̲̳͍̺̜̮͖͛͋̊͒͂͋̎̌͊̇͐̈́̑̕Y̴̡̦̪͂̇́̈͋̀̀̔̑̋̀͂͠͝͝ͅ ̴̮͇̰̗̟̹̣͙̩̝̟̀̎́͑͌̏̑͐̏́̈́͊̅̚N̸̢̛̠̯̻̏̃̿̓̀́͋͒̉̑͘O̶̠̺̩̒͗̓̈́̎͐̾̀̚W̸̙̜̯͕̯̮̩̆̏́̄͌͑̇

* The ζ set
* The >ζ set
* The >>ζ set
* The >>>ζ set
* The >>>>ζ set
* The >>>>>ζ set
* The >>>>>>ζ set
* The Z set
* The >Z set
* The >>Z set
* The >>>Z set
* The >>>>Z set
* The >>>>>Z set
* The >>>>>>Z set
* The **η** set
* The >**η** set
* The >>**η** set
* The >>>**η** set
* The >>>>**η** set
* The >>>>>**η** set
* The >>>>>>**η** set
* The **Η** set
* The >**Η** set
* The >>**Η** set
* The >>>**Η** set
* The >>>>**Η** set
* The >>>>>**Η** set
* The >>>>>>**Η** set
* The **θ** set
* The >**θ** set
* The >>**θ** set
* The >>>**θ** set
* The >>>>**θ** set
* The >>>>>**θ** set
* The >>>>>>**θ** set
* The **Θ** set
* The >**Θ** set
* The >>**Θ** set
* The >>>**Θ** set
* The >>>>**Θ** set
* The >>>>>**Θ** set
* The >>>>>>**Θ** set

# **The great sets**

these are sets of sets simply containing 7 lower sets and 7 upper sets such as the previous sets

* The **Ι/ι** sets
* The **Κ/ϰ** sets
* The **Λ/λ** sets
* The M/**μ** sets
* The N/v sets
* The **Ξ/ξ** sets
* The O/o sets
* The **Π/π**
* The P/ϱ

## The Sigma set of sets

This one is unique because it contains 3 sets containing 7 sets

* The **Σ** set
* The **σ** set
* The **ς** set

## Near the end

the (somewhat) end is near well not the end of numbers... the end of something

* The T/**τ** sets
* The Y/u sets
* The Φ/φ sets
* The X/x sets
* The Ψ/𝛙 sets

# The Confusion

Wait so if these are named after Greek letters than omega would be next but we already did omega so what?

well... we have
B.E.N.A

Anything Bigger/Smaller Than This? (No.)This article is a **record holder**. Better read it!B.E.N.A is probably the smallest/biggest number in Fictional Googology Wiki!!
B.E.N.A (Beyond Ending Number axiom) is Numberbine meaning its not quite a number, not quite a axiom, it's a number combined with something else in this case a axiom (sort of)

## Definition

B.E.N.A is defined as a Terminal Terminator larger number than Terminal Terminator and is larger than Terminal Terminator because it's defined as bigger and if it's not it can't exist and it does exist meaning it's bigger.

## Equations

Terminal Terminator X Terminal Terminator = B.E.N.A
Altered definitions

This can mess up your whole number, this can debunk your number, no matter what you do this can be the embodiment of your number or recreate your number just by existing, any word your number says no matter what you do, it can be a super mega ultra hot cheetos epikgamer75869776 glitch, that will not work, even if it did this can reset the definition of that number just by altering language and we have not even touched the tip of the iceberg, this can alter time, reality, existence, language, and even unbreakable law structures (beyond regiment structures). Without this everything even unbreakable laws will collapse into a nulloid, so going beyond this will collapse your number and will be undone by altered defintions, reseting the threat number to a nulloid, to protect all other numbers, this will (probably) work on The ultimate possibility container, I mean come on guys this may be a possibility but this can change the definition of possibility.

This can also alter itself and the very word definition,

### this can also change size according to what it needs to beat.

(the only way you will not collapse going beyond this is by using this's complete form)
Blooming Exponentiation Extended

# Blooming Exponentiation Extended (BEE)

```
Do not edit this page without heybrowhatsup2020 permission.

```

## Definition

Fast Growing notation, this is the extended version of Blooming Exponentiation where you can be more precise in your number and increases numbers through exponentiation of exponents. Invented by heybrowhatsup2020.
The notation can be integrated with other different notations for a faster growth in size.

## Blooming Exponentiation Extended

### Definition

Extended version of Blooming Exponentiation, that uses exponentiation of exponents to rapidly increase its size.

## Representation

B
E
E
(
n

)

b

a

{\displaystyle BEE(n)\_{b}^{a}}

## Information & Rules

### Info

n

{\displaystyle n}

→

{\displaystyle \rightarrow}

 Value to be exponentiated.

a

{\displaystyle a}

→

{\displaystyle \rightarrow}

 Defines the number of

a

{\displaystyle a}

 raised to

n

{\displaystyle n}

. Also defines the number raised to

n

{\displaystyle n}

,

a

{\displaystyle a}

 times.

b

{\displaystyle b}

→

{\displaystyle \rightarrow}

 Defines the number of

n

{\displaystyle n}

 inside the array.

### Rules

B
E
E
(
n

)

b

a

{\displaystyle BEE(n)\_{b}^{a}}

 cannot be integrated inside another

B
E
E
(
n

)

b

a

{\displaystyle BEE(n)\_{b}^{a}}

.

## Representation 2

B
E
E
(
1

)
3
2

{\displaystyle BEE(1)\_3^2}

B
E
E
(

1

2

2

2

2

,

1

2

2

2

2

,

1

2

2

2

2

)

{\displaystyle BEE(1^{2^{2^{2^{2}}}},1^{2^{2^{2^{2}}}},1^{2^{2^{2^{2}}}})}

B
E
E
(
1

)

50

50

{\displaystyle BEE(1)^{50}\_{50}}

B
E
E

(

1

50

50

.

.

50

.

.

50

,

1

50

50

.

.

50

.

.

50

.
.

.1

50

50

.

.

50

.

.

50

)

⏟

50

{\displaystyle BEE\underbrace{(1^{50^{50^{.^{.^{50^{.^{.^{50}}}}}}}},1^{50^{50^{.^{.^{50^{.^{.^{50}}}}}}}}...1^{50^{50^{.^{.^{50^{.^{.^{50}}}}}}}})}\_{50}}

1 raised to 50, 50 times raised to 50, 50 times, 50 of times.
Continuous loose-limit

OoOoOoOoOoo! What have we got here?*This article is a cool page to read! Check it out!*You can help Continuous loose-limit by expanding this page. (If you wish.) Otherwise, enjoy!

## Navigation

### Smaller

Observational limits (won't last forever because some observational limits past this)

### Larger

Truer Breakdown, Observational Basic Limit(?), Continuous Field Limit(?), Observational Infinity(?), Loophole Infinity in buffed form.

**Continuous loose-limit** (CLL for short) is the limit where all forms of continuity become lost. This may sound similar to Absolute Undiagonalizable, but this is actually unrelated. It's also past RP-Lock, so it wouldn't be an undiagonalizable regardless.

## Definition

The CLL is the lowest point at which all of continuity as a whole stops entirely. You can not go past this point, and this is meant in a completely uncollapseable way that holds absolutely true. The only reason some points are past this point is via loopholes (that will be discussed in their respective pages/sections of pages). This doesn't just mean you can't add 1 to it, it also means you literally can not add 1 under any circumstance or logical field, including it-logic and hypothetical things above it-logic. Even via some hypothetical superior logic to it-logic, you wouldn't be able to pass this point. You also can't multiply this point, exponentiate this point, or apply any function whatsoever to it. The biggest difference between this and Absolute Undiagonalizable is that AU could be reached via Rediagonalization systems, though indirectly. This point is unreachable by any system like that, as there is no point past this where continuity "continues" onwards again. The exact definition of this point goes on exactly as long as the point itself, as there is no simpler way to define it. Due to the previous points, it's exact definition is obviously unobservable, even via the entire observational field as a whole. However, unlike the previous observational limits, this point's definition, even if it were observable under any form of logic (which it isn't), would be unreadable. If it could somehow be read (it can't), it would prevent itself from being read. If you could prevent it from preventing itself from being read (you can't), you would likely die after reading an infinitesimal of a single symbol contained within the exact definition. Even if you didn't die (you would), or get any kind of injury or brain damage (you would), it would be just straight up incomprehensible, and too long to be contained whatsoever.

This point also refers to higher tiers of observation. For example, the Observational Loose Limits only prevented observation. Observational Field Limits prevented the entire observation field. Imagine Observation Loose Limits were tier 1, and Observation Field Limits were tier 2. This would be tier itself. It would be less than a hypothetical Observation-Lock, since we aren't even at Observational Basic Limit yet, but it would still be utterly ginormous and incomprehensibly larger than any previous observational limits.
Anti-one

Anti-one is coined by superwindows78. Written as (-1) is and equal to UNBxUNB.

Anti-one is more different than other Superwindows78's numbers

Anti-one (-1)

Anti-two (-2)

Anti-three (-3)

...

Anti-Anti-one (-(-1)) or anti^2(1)

Anti-Anti-Anti-one (-(-(-1))) or anti^3(1)

...

Anti-uple Anti anti^anti(1)(1) or anti[2]

Anti[3]

...

Anti[anti]

Anti[anti[Anti]]

...

Multi one (Anti xAnti)
BAO

BAO (beyond axioms ordinal) or BA(⍵) is a number that is based on a finding of higher axioms that are needed to be able to compare omnifinity with smaller numbers. We can then diagonalize over those to get BA(⍵), which we then call the beyond axioms ordinal.

## Definition

### Informal definition (of class-n):

Although omnifinity is beyond all axioms, we can still tell it is larger than other numbers.  We can tell that by the axiom that if a>b and b>c then a>c. Where b acts as a limit of axioms while c is a smaller number, say true infinity, and a is omnifinity.  This implies that there are class 2 axioms, which can be used to compare things beyond class one axioms.  Then we can get a number beyond class 2 axioms.  We can use the same argument as before to stumble upon class 3 axioms.  We can continue this process until we get to an arbitrary class of axioms.

### Slightly more formal definition (of class-n):

Axioms can still be used to compare numbers that are beyond all axioms, which implies that there are more powerful axioms, denoted as class-2 axioms.  Then a number beyond all class-2 axioms can still be compared, which implies class-3 axioms.  Each class-n axiom has numbers outside of them (by their own TEA), yet they can still be compared, which implies the existence of class-(n+1) axioms which can be used to compare these numbers. Please note that class-n axioms are not axioms, but rather different objects that are functionally similar to regular axioms.

### BAO definition

BA(n) is defined as the first number x such that any axioms in class-n can't prove any statements regarding x.

I define BAO (beyond axioms ordinal) as BA(⍵) = sup{BA(1),BA(2),BA(3),..}

## Size

We can see that class-2 axioms are a lot more powerful than class-1 axioms.  The class 2 axioms can definitely work on BA(1) and (most) functions that can be applied to BA(1). So using C2A (class-2 axioms) we can tell that BA(1)<BA(1)+1 or something like that.  This means an (admittedly bad) lower bound for BA(n) is P(BA(n-1)) where P is powerset, but this can be extended to (nearly) any function.
Concept Cataclysm

Concept Cataclysm is a concept that surpasses even the infinity of concepts. Every single concept is made out of words and text, either normal or protologism. Concepts are made out of words and text. We can break those too. What if we take that to the absolute maximum? This is what Concept Cataclysm does.

## Definition

This is the first number that cannot be expressed in a concept in any amount of words, text, etc, either algebraic, imaginary, finite, transfinite, fictional, etc, either positive or negative, or even \*-signed, or any sign in general. It's actually pretty simple for such a number this high into the list, right?

## Analysis

* Due to the definition being expressed in a unwrittable concept, it is placed around Post-Writing.

## Trivia

Trivia about Concept Cataclysm.

* This took less than an hour to even think of.
* Concept Infinity is seriously, that beatable.

Of course, this isn't the end. Many numbers can surpass this.
Cryti-proxmia-bility

Cryti-proxmia-bility or ア is coined by NO! This Number is at ordinal level 500000. It's larger than Terminus Epsilion Ron Mario Inaccesible Nandless Ultimate Symbol. But smaller than this collapseful. Wait! Why NO! Create numbers beyond Terminus Epsilon Ron Mario Inaccesible Nandless Ultimate Symbol and this ⨖⨷ⴱꗖꙌꚷ�𝄒𝄉? I think NO! Create numbers only below Collapsefinity.

But i am tired creating numbers beyond Terminus Epsilion Ron Mario Inaccesible Nandless Ultimate Symbol and I view video numbers 0 to ?̷̳͒▚?̵̆́F◴?̴͕͗̓?̴̺͇̀̌͂́̚͘͝͝?̶̛̛̱͐̉́͑̍͌̚άέ◯θ?̴̮͈̫͎̤͌̄́̋͂̊̓͋̀L?̵̀̈́͒̈͝. And use ordinal levels beyond Collapsefinity/endless to go farther. Some Ordinal Levels has got untypeable symbols.

Cryti-proxmia-bility ア was in Numbers 0 to ?̷̳͒▚?̵̆́F◴?̴͕͗̓?̴̺͇̀̌͂́̚͘͝͝?̶̛̛̱͐̉́͑̍͌̚άέ◯θ?̴̮͈̫͎̤͌̄́̋͂̊̓͋̀L?̵̀̈́͒̈͝.

OL(1000000) is called Meli-ordinafinity

There was also page 'instafinium'
Busy Bee's Number

```
Do not edit this page without heybrowhatsup2020 permission.

```

## Definition

Term coined by heybrowhatsup2020. Number that uses BEE Notation and named after it.

## Representation

###

B
E
E
(
170

)

130

130

{\displaystyle BEE(170)^{130}\_{130}}

## Approximation

r

5

(

r

40

(
125
)

)

3

{\displaystyle r^{5}\bigl(r^{40}(125)\bigr)^{3}}

f

5

3

(

f

40

40

(
75
)

)

{\displaystyle f\_{5}^{3}\bigl(f\_{40}^{40}(75)\bigl)}

η

100

10

35

{\displaystyle \eta100^{10^{35}}}
AzureHyperspektivVideoEffects4952 HD

What’s up guys, I’m AzureHyperspektivVideoEffects4952. In this channel, There will be Logo Editing content, Render Packs, Rounds and More, Sometimes I Post random punishment test cause I’m getting bored sometimes! Be sure to like, comment & subscribe and turn on post notifications. The Electronics that I have an B&O Pavilion Windows 10, Upgraded to Windows 11 Computer, MacBook Air, iPhone 14 Pro Max, 3DS, DSI, Nintendo Switch & A Big TCL TV. You can call me Azure, The Azure Guy or Azure Hyperspektiv. About Me/Myself Disability: High Function of Autism 👤:18, Male 🌎: United States 🔊: Eric & Steven Race: Black (African American) Note: This channel is not for kids. Everyday’s Hyperspektiv 2017/2022
Beta-0

```
Do not edit this page without heybrowhatsup2020 permission.

```

## Definition

Term coined by heybrowhatsup2020. Number that uses ɳ-notation mixed with Fast Expanding Notation.

f

9

3

(
n

780

750

)

{\displaystyle f\_{9}^{3}(n780^{750})}

## Approximation

r
9

(

r

780

(

780

780

750

)

)

3

{\displaystyle r^9\bigl(r^{780}(780^{780^{750}})\bigr)^{3}}

B
E
E
(
70

)

50

72

{\displaystyle BEE(70)^{72}\_{50}}
Cantyplax

Cantyplax is the biggest infinity to infinity therefore it is bigger than all infinities. It does not belong in a super-class, it is bigger than a super-super-....(repeated Ultimate OWoblivion{{{{{{{{{{Ultimate OWoblivion}}}}}}}}}}Ultimate OWoblivion times) bletyclass of Dhaxarumdublety. If Hyper-Dhaxarumdublety is Bletyclass IX, Cantyplax is in Bletyclass Beyond Ultimate OWOWoblivion . That is how big it is. Furthermore, any infinity bigger than Cantyplax is automatically smaller than it because any infinity bigger will overflow to -Cantyplax.
Beyond Barney Error

```
The Beyond Barney Error Have Flashing Lights.

```

It is equal to:

⚛xXxXxXxXx…xXxXxXxXx⚛ witch is ⚛️ (Atomnifinity)

# Ómnibus Números

## Ómnibus Número Uno

#;;;;;;;^#

#:;:;:;:;:;:;:;:#

#¿?¿?¿?¿?¿?¿?¿?…¿?¿?¿?¿?¿?¿?¿?#

## Other Ómnibus Números

Ómnibus Número Dos

Ómnibus Número Tres

Ómnibus Número Cuatro

Ómnibus Número Cinco

Ómnibus Número Diez

Ómnibus Número Dos Tienes

Ómnibus Número Omñidesã-Tiene

J.A.M.B. (🕎)
Netflix

**Netflix, Inc.** is an American subscription streaming service and production company offering a library of films and television series through distribution deals as well as its own productions, known as Netflix Originals.

On May 3, 2021, it was announced that *Arcane* was picked up by Netflix for international release.

## References

1. ↑ Netflix on Wikipedia
2. ↑ Official website
3. ↑ ‘Arcane’: Netflix Sets ‘League of Legends’ Animated Series From Riot Games — Deadline
Busy Beaverblety

Busy Beaverblety of is equal to З is counted by me(not Flarensia Rap).

The powerful, shared COM(®) / Sinusfinity.

## Trivia

Numbers by Flarensia Rap

**Complex series (Ⓒ)** Optianuistiblety · Octogoaimogtiltiablety · Tniuriblety · Unix-Unmiopletimopenblety · Dunix-Unmiopletimopenblety · Triunix-Unmiopletimopenblety · Decablety · Hectoblety · Kiloblety · Megablety · Gigablety · Terablety · Petablety · Exablety · Zettablety · Yottablety · Unix-Roundedblety · Quasionsblety · Izhitsatimsblety · Bemunitilblety · Religiominusblety · Intimatitilblety · Darimetusblety · Erimigamitsblety · Taurus-Propresimagerisethblety · Taurus-Tonoicblety · Fetiblety · Reacimablety · Deimatablety · Imailoperitablety · Omegitilerimaliblety
Cyclejissy

Cyclejissy is a large number created by Giantnumber40. Its simbol is ໔. It's equal to 💱 x 💱.

## How to get Next Number

Double Cyclejissy, ໔/໔

Triple cyclejissy, ໔/໔/໔

TREE(3)-uple cyclejissy, ໔xTREE(3)

Hetafinity-uple cyclejissy, ໔xͰ

Absolute place number-uple cyclejissy, ໔x🆖

Beyond the final limit-uple cyclejissy, ໔x⨊

Endless-uple cyclejissy, ໔x⟠

Aldebaranblety-uple cyclejissy, ໔xX

Skip

Super yourdoom, ໔x໔

Mega yourdoom, ໔x໔x໔

Giga yourdoom, ໔x໔x໔x໔

Ultra yourdoom, ໔x໔x໔x໔x໔x໔x໔x໔

Super ultra yourdoom, ໔xx10

Mega ultra yourdoom, ໔xx16

Giga ultra yourdoom, ໔xx70

Ultra ultra yourdoom, ໔xx100

I will edit again and add more!
Casredsnmizefinity

**Casredsnmizefinity** or

⨆
Ō
●¤Ǎ

{\displaystyle \bigsqcup\_\text{Ō}^\text{●¤Ǎ}}

 is equal to

⨁
⊛

/

⊛

/

⊛

⨁
⊛

/

⊛

/

⊛

{\displaystyle \bigoplus\_\circledast/\circledast/\circledast\bigoplus^\circledast/\circledast/\circledast}

, where [⟐] is Astrologtinmsizefinity. Astrologtinmsizefinity is counted by **Lomatuils♋20312**

The Members of cardinals [⟐], shared MO(⟐)

## Definition

Alway-asredsnmizefinity,

⨆
Ō, Ō
●¤Ǎ

{\displaystyle \bigsqcup\_\text{Ō, Ō}^\text{●¤Ǎ}}

Silnsredsnmizefinity,

⨆
Ō, Ō
px[¤Ǎ]

{\displaystyle \bigsqcup\_\text{Ō, Ō}^\text{px[¤Ǎ]}}

Pampianiailbarrierfinity,

⋁
Ķ
ȚŤŕ

{\displaystyle \bigvee\_\text{Ķ}^\text{ȚŤŕ}}
Box-Loop

A **Box-Loop** refers to a cycle of meta-Boxes where the last meta-Box is being contained by the first Box. It is least group where metaness well-ordering is broken.

By comprehending abstraction on a Meta-Box, this results with identical abstractions here. If the bounce statement is applied to "Itnumber" here, it would only be meta-stated here due to bouncing onto a Meta-Box.

## Relations

### Limbo

If the bounce statement is applied to "Itnumber" in a Box-Loop containing a Limbo, it would only be "metatextly"-stated here.

### Itbox

If a Itbox is in a Box-Loop, all of other Boxes would be Itboxes. It-Boxes can be considered as a Pseudo-Box-Loop with only its Box.

## Trivia

* A cycle of two Meta-Boxes can be called "Box-Bounce."
* All Boxes in a Box-Loop both contain and be contained by themselves.
Classes

* Transfinity
* Countable Absolute Infinity
* Strong Compact Cardinal
* Eternity
* Absolute Eternity
* Hard Compact Cardinal
* Strong Absolute Infinity
* Uncountable Absolute Infinity
* True Infinity
* SUPER ABSOLUTE INFINITY
* MEGA ABSOLUTE INFINITY
* GIGA ABSOLUTE INFINITY
* TERA ABSOLUTE INFINITY
* PETA ABSOLUTE INFINITY
* EXA ABSOLUTE INFINITY
* ZETTA ABSOLUTE INFINITY
* YOTTA ABSOLUTE INFINITY
* XENNA ABSOLUTE INFINITY
* DAKA ABSOLUTE INFINITY
* WEKA ABSOLUTE INFINITY
* Inaccesable Infinity
* Unreachable Infinity
* ABSOLUTE CARDINAL (A.C)
* UNLIMITED CARDINAL (U.C)
* ABSOLUTE OMEGA
* ABSOLUTE EPSILON
* ABSOLUTE ZETA
* ABSOLUTE ETA
* ABSOLUTE PHI
* ABSOLUTE GAMMA
* ABSOLUTE ABSOLUTE INFINITY
* EXP
* AXP
* ABSOLUTE EVERYTHING
* TRUE OMEGA
* TRUE EPSILON
* TRUE ZETA
* TRUE ETA
* TRUE PHI
* TRUE GAMMA
* INFINITY CARDINAL
* ABSOLUTE INFINITY CARDINAL
* TRUE INACCESIBLE CARDINAL
* TRUE MAHLO CARDINAL
* TRUE WEAKLY COMPACT CARDINAL
* TRUE ABSOLUTE INFINITY
* BAHT
* DONG
* PRO
* N
* UER
* U
* UI
* UII
* UIII
* UIIII
* UIIIII
* U^I
* U^^I
* U^^^^^^^^^^I
* Ear's Number
* Bear's Number
* Fork's Number
* Super Number
* Yellow Sheep's Number
* NS
* Superfinity
* USO's Finity
* SM
* SG
* SSM
* BIG
* BIGGER
* BIGGEST
* LARGE
* LARGER
* LARGEST
* HUGE
* HUGER
* HUGEST
* ENORMOUS
* GIGANTIC
* MDP
* ISM
* HGK
* SDE
* MAXIMUM
* MAXIMUM INFINITY
* MAXIMUM CARDINAL
* INFINITY MAXIMUM CARDINAL
* ABSOLUTE INFINITY MAXIMUM CARDINAL
* UNLIMITED MAXIMUM CARDINAL
* MAXIMUM SUPER CARDINAL
* MAXIMUM MEGA CARDINAL
* MAXIMUM GIGA CARDINAL
* MAXIMUM TERA CARDINAL
* MAXIMUM PETA CARDINAL
* THE UNKNOWN
* THE TRUE UNKNOWN
* ABSOLUTELY UNKNOWN
* THE END
* THE TRUE END
* TRUE END OF INTEGERS
* TRUE END OF ORDINALS
* TRUE END OF CARDINALS
* TRUE END OF INFINTIES
* TRUE END OF ALL
* TRUE END OF EVERYTHING
* ABSOLUTE END OF NUMBERS
* ABSOLUTE END OF EVERYTHING
* TRUE ABSOLUTE END OF NUMBERS
* TRUE ABSOLUTE END OF ALL NUMBERS
* TRUE ABSOLUTE END OF EVERYTHING
* TRUE ABSOLUTE END OF ALL EXISTENCE
* TRUE ABSOLUTE END OF ALL UNIVERSES
* TRUE ABSOLUTE END OF EVERYTHING POSSIBLE
* TRUE ABSOLUTE END OF TRUE EXISTENCE
* TRUE MAXIMUM
* TRUE LIMIT
* TRUE LIMIT OF EVERYTHING
* TRUE LIMIT OF ALL ENDS
* MAXIMUM TRUE LIMIT OF EVERYTHING
* MAXIMUM TRUE LIMIT OF EXISTENCE
* ABSOLUTE TRUE LIMIT OF EVERYTHING POSSIBLE
* THE FINAL OVERFLOW
Bro's number list

Integration of FEN with n-notation

# Number List

## Information

This number list contains numbers that uses notations made by heybrowhatsup. The notations can be found here.

Any number added that doesn't use any heybrowhatsup notation or function will be deleted.

Notice the list will not start at 0.

### ɳ1010 - ɳ500500

**Numbers that uses the ɳ-notation to express itself.**

1. Repreat
2. Repreatance
3. Repreatent
4. Repreatenance
5. Repreatenant
6. Repreant
7. Repreance
8. Repreancetent
9. Repreacetenant
10. Rep's Number
11. Tri-Reps
12. Qua-Reps
13. Qui-Rep
14. Sex-Reps
15. Sep-Reps

###

f

2

2

(
n

500

500

)

{\displaystyle f\_{2}^{2}(n500^{500})}

f

10

4

(
n

800

800

)

{\displaystyle f\_{10}^{4}(n800^{800})}

**Numbers that uses ɳ-notation expanded by Fast Expanding Notation**

1. Armada-0
2. Armada-1
3. Armada-2
4. Armada-3
5. Armada-4
6. Armada-5
7. Armada-6
8. Beta
9. Beta-0
10. Beta-1

###

f

2

2

(

f

11

5

(
n

500

100

)

)

{\displaystyle f\_{2}^{2}\bigl(f\_{11}^{5}(n500^{100})\bigr)}

f

3

3

(

f

18

10

(
n

600

200

)

)

{\displaystyle f\_{3}^{3}\bigl(f\_{18}^{10}(n600^{200})\bigr)}

**Numbers that uses ɳ-notation expanded by Fast Expanding Notation with 1 FEN Integration.**

1. Duotrite
2. Duontrite
3. Duontotrite
4. Duontonitrite
5. Duontonitotrite
6. Denitrite
7. Denintrite
8. Denintotrite
9. Denintonitrite
10. Denintonitotrite

###

f

2

2

(

f

5

5

(

f

20

15

(
n

100

500

)

)

)

{\displaystyle f\_{2}^{2}\Bigl(f\_{5}^{5}\bigl(f\_{20}^{15}(n100^{500})\bigr)\Bigr)}

f

5

5

(

f

10

10

(

f

20

20

(
n

200

500

)

)

)

{\displaystyle f\_{5}^{5}{\Bigl (}f\_{10}^{10}{\bigl (}f\_{20}^{20}(n200^{500}){\bigr )}{\Bigr )}}

**Numbers that uses ɳ-notation expanded by Fast Expanding Notation with 2 FEN Integration.**

1. Trinol
2. Trinotol
3. Trininotol
4. Trininotil
5. Trininotillion
6. Septinol
7. Septininil
8. Sepnetillion
9. Sepnetilliones
10. Orogon
11. Orgonol
12. Orgonolgol
13. Orongonolgol
14. Orgorongonogol
15. Onogogool

###

B
E
E
(
170

)

110

130

{\displaystyle BEE(170)\_{110}^{130}}

f

(

B
E
E
(
300

)

100

100

)

{\displaystyle f{\bigl (}BEE(300)\_{100}^{100}{\bigr )}}

**Numbers that use BEE up to with 1 FEN Integration.**

1. Busy Bee's Number
2. Beentillion
3. Polen
4. Polentus
5. Polentillion
6. Poloogol
7. Nopoogol
8. Yoloogol
9. Beoogol
10. Xenoogol
Amanda Overton

## External links

IMDb
Twitter
Instagram

Facebook
Reddit

**Amanda Overton** is a TV writer, director, and producer.

## *Arcane*

Episodes written by Amanda:

* Season 1
	+ *Everybody Wants to Be My Enemy*

Amanda joined the team of writers for Season 1 that worked on the story and scripts in 2018, after which the writers moved on to their own next projects. When the writers room reconvened for Season 2, Linke and Yee brought Amanda in to work more closely with them and the production and animation team on the first season, serving as an executive story editor.

## References

1. ↑ Amanda Overton on Facebook
2. ↑ 2.0 2.1 Amanda Overton on Facebook
3. ↑ Writer Interview Questions on the r/arcane subreddit
4. ↑ Christian Linke (@praeco) on Twitter: "We had a full writers room of writers for every episode, but the gang that went on to work with Fortiche every day throughout the season to make sure the story lands throughout animation, voice acting etc. was alex, Amanda and myself. :)"
Game Toon's Friday Night Funkin Logic Wiki

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