recursal/Fanatic-Fandom huggingface dataset:
Apex BW

* S1
* S2

**Apex BW** is a robot that competed in the first series of Bugglebots.

## Design

The robot is a smaller version of Apex from Robot Wars, made from a 3-D printer. It was a white box-shaped robot, armed with an overhead spinning bar.

## Results

### Wins/Losses

* Wins: 1
* Losses: 2

## Outside Bugglebots

* The Heavyweight Apex from the 10th series of *Robot Wars*
* The Featherweight version of Apex from *King Of Bots UK 2018*
* Foxic from the 9th series of *Robot Wars*
* Predator from *BattleBots 2018*
* Foxtrot from *BattleBots 2019*
1/5
Apex BW was a beetleweight replica of Chris Danby's heavyweight robot **Apex**, which competed in Series 9 and 10 of Robot Wars. Apex lost in its only battle of Series 9 to **Ironside3** and **Pulsar**, and then lost its first fight of Series 10 to **Terrorhurtz**, before spectacularly self-destructing against **Track-tion**, eliminating it from the competition.

A featherweight version of Apex competed in King Of Bots UK in 2018. It won its first rumble, before forfeiting the next two fights. It would then go on to win its final match of the event, which was a tag team rumble.

Chris had previously joined his brother, Craig Danby, in Series 8 when he competed with his own robot, **Foxic**. Foxic qualified through its first battle, but lost three consecutive fights to **Shockwave**, **M.R. Speed Squared** and **Thor** to finish fourth in its heat. A new version of Foxic returned in Series 9, but lost its first battle.

The Danby brothers also competed in the 2018 and 2019 seasons of Discovery Channel's BattleBots with **Predator** and **Foxtrot**, respectively. Both robots performed poorly, losing all of their fights.

## External links

* Apex (Robot Wars)
* Apex (King Of Bots)
* Foxic (Robot Wars)
* Predator (BattleBots)
* Foxtrot (BattleBots)
* Team Danby (Robot Wars)
Jay

**Who?**

Jay is a 2wd wedge that entered the 2nd season of Bugglebots. It did decently in the competition, reaching the heat final before losing in the Rumble Bee, before winning the "Best Newcomer" Award in S2.

## Results

### Wins/Losses

* Wins: 2
* Losses: 3

## Outside Bugglebots

Jay competed at the Bristol Bot Builders Beetleweight Championships in February 2020, reaching the round of 16 before being knocked out by Bugglebots Series 1 & 2 champion K2.

## Trivia

* Jay was originally built by Ralf Schneider of Anxt and Phoenix, with Maira responsible for the welding and driving of the robot, while Karin did the soldering.
Bonglasphemorgue

The **bonglasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]
{
10
,
100
(
0
,
0.1
)
2
}
1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] \{10,100 (0,0.1) 2\}+1] 2\}}

 = E100{#,#+1,1,2}bongulus in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Betillion

A **betillion** is equal to 103×103×103×1027+3. It is equal to one followed by 3×103×103×1027+3 zeros. It is 3×103×103×1027+4 digits long.
This name was devised by Jonathan Bowers.

This number is slightly smaller than the Epstein system *ronnillio-illio-illion* which is 106\*106\*106\*1027 .

Writing down the full decimal expansion would take 3×103×103×1027-6<nowiki>+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501)
(The names actually devised by Bowers end with the Multillion).
Cenquattuortyllion

A **cenquattuortyllion** is equal to 102142, or ten squared 142 times. It is equal to one followed by 2142 zeros. It is 2142+1 digits long.

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, it is also called

ten milliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaoctingenoctoquinquaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliatrecenquinnonaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaquadringentretriginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaduocendecmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaoctingenquinoctoginmilliamilliamilliamilliamilliamilliamilliamilliamilliaduocenunsexaginmilliamilliamilliamilliamilliamilliamilliamilliaseptingenquattuornonaginmilliamilliamilliamilliamilliamilliamilliasescentrequadraginmilliamilliamilliamilliamilliamilliacennovemoctoginmilliamilliamilliamilliamilliatrecenseptenoctoginmilliamilliamilliamilliatrecentresexaginmilliamilliamilliaquadringenoctoquinquaginmilliamilliaoctingenuntriginmilliaseptingentillion
Centyllion

A **centyllion** is equal to 102102, or ten squared 102 times. It is equal to one followed by 2102 (5,070,602,400,912,917,605,986,812,821,504; over 5 short scale nonillion/long scale quintillion) zeros. It is 2102+1 digits long. It is part of the -yllion system devised by Donald Knuth.

It approaches the Epstein system Quettillion,which is 1 followed by 6,000,000,000,000,000,000,000,000,000,000 zeroes.

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, it is also called

ten milliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescennonaginmilliamilliamilliamilliamilliamilliamilliamilliamilliaduocenmilliamilliamilliamilliamilliamilliamilliamilliaoctingenmilliamilliamilliamilliamilliamilliamilliatrecenquattuormilliamilliamilliamilliamilliamilliatrecenquinmilliamilliamilliamilliamilliaoctingenoctosexaginmilliamilliamilliamilliasescenduosexaginmilliamilliamilliaduocenseptuaginmilliamillianongenquadraginmilliaquingentillion
Billionduplex

A **billionduplex** (also called a **billionplexplex** or a **billiduplexion**) is equal to 10101,000,000,000 = 1010109, or E1,000,000,000#2 in Hyper-E notation. It is equal to one followed by a maximusbillion (also called billionplex or billiplexion) zeros. It is 101,000,000,000+1 digits long.

Writing down the full decimal expansion would take 10999,999,994 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

In the short scale of the Conway-Wechlser system, it is called

ten trilli-trestrigintatrecentilli(333,333,332 times)-duotrigintatrecentillion

According to Landon Curt Noll's short scale, it is also called

ten tremillia^333333333trecentretriginmillia^333333332trecentretriginmillia^333333331trecentretriginmillia^333333330trecentretriginmillia^333333329...trecentretriginmillia^5trecentretriginmillia^4trecentretriginmillia^3trecentretriginmillia^2trecentretriginmilliatrecenduotrigintillion
Boogasphemorgue

The **boogasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]
{
10
,
10
,
100
}
1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] \{10,10,100\}+1] 2\}}

 = E100{#,#+1,1,2}boogol in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Centix

A **centix** is equal to 10100-1 = 9,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999,999. The term was coined by André Joyce.

Its prime factorization is 32 × 11 × 41 × 101 × 251 × 271 × 3,541 × 5,051 × 9,091 × 21,401 × 25,601 × 27,961 × 60,101 × 7,019,801 × 182,521,213,001 × 14,103,673,319,201 × 78,875,943,472,201 × 1,680,588,011,350,901.

This number is one less than a googol.

## Etymology

The 2 parts of the name, “cent” and “ix”, mean 100 and 9, respectively.
Decker

A **decker** (also called a **dekalogue**) is 10 tetrated to 10 (or equivalently 10 pentated to 2), or {10,10,2}. It is equal to a power tower of ten tens.

It is smaller than any Epstein system apostrophe number with an apostrophe prefix of *nona'* or greater,which is a base million raised to a stack of nine (or more) matching larger exponents (at least 1031),possibly multiplied.
Cenquintyllion

A **cenquintyllion** is equal to 102152, or ten squared 152 times. It is equal to one followed by 2152 zeros. It is 2152+1 digits long.

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, it is also called

ten milliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamillianongenduomilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamillianongensexnonaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamillianongentreviginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescenseptenmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamillianongensexquadraginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaquingenoctomilliamilliamilliamilliamilliamilliamilliamilliamilliaseptenseptuaginmilliamilliamilliamilliamilliamilliamilliamilliaseptingenquattuordecmilliamilliamilliamilliamilliamilliamilliasescenquinviginmilliamilliamilliamilliamilliamillianongenduotriginmilliamilliamilliamilliamilliasescensexaginmilliamilliamilliamilliacenunoctoginmilliamilliamilliaoctingentrequadraginmilliamilliasescenduosexaginmilliacenquattuorsexagintillion
Baggol

**This page is a stub. You can help Gugology Wiki by expanding it.**  **(Size: 407 bytes)**

Baggol is equal to {10,10,100,3} The term was coined by Chris Bird.

## Etymology

The name of the number is based on the Latin prefix "**bi-**" and the number "gaggol".

## Approximations

f

3
ω

(
100
)

{\displaystyle f\_{3\omega}(100)}

H

ω

3
ω

(
100
)

{\displaystyle H\_{\omega^{3\omega}}(100)}
Dakilliasphemorgue

The **dakilliasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]

10

3
×

10

3
×
nonillion

3

1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] 10^{3\times10^{3\times\text{nonillion}}+3}+1] 2\}}

 = E100{#,#+1,1,2}dakillion in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Bird's array notation

**Bird's array notation** is a notation made by Chris Bird. It is based on BEAF. It is a superset of array notation and extended array notation.

## Bird’s Linear Array Notation

Rule 1 (only 1 or 2 entries): {a} = a, {a, b} = a^b. Rule 2 (last entry is 1): {a, b, c, ... , z, 1} = {a, b, c, ... , z} (remove trailing 1’s). Rule 3 (second entry is 1): {a, 1, c, d, ... , z} = a. Rule 4 (third entry is 1): {a, b, 1, ... , 1, d, e, ... , z} = {a, a, a, ... , {a, b-1, 1, ... , 1, d, e, ... , z}, d-1, e, ... , z}. The ‘...’ between the 1’s represents an unbroken string of 1’s – there can be any number of 1’s, from one 1 (third entry alone) to a string of 1’s up to the penultimate entry – it is the last 1 of this unbroken string (not necessarily the last 1 in the array) that is replaced by a copy of the entire array with its second entry reduced by 1, and all entries prior to this become an unbroken string of a’s. This is the only way that a fourth or subsequent entry in the array can be reduced in number (albeit by 1); if there are n 1’s in the unbroken string from the third entry onwards then the (n+3)th entry (represented by d) is reduced by 1. Rule 5 (rules 1-4 do not apply): {a, b, c, d, ... , z} = {a, {a, b-1, c, d, ... , z}, c-1, d, ... , z}. The second entry is replaced by a copy of the entire array with its second entry reduced by 1, in order to reduce the third entry by 1. It is helpful when the rules are considered in sequence; first use Rule 1 if it applies, if not then use Rule 2, etc. If none of Rules 1-4 apply then Rule 5 will. The curly brackets can only be removed after the array inside the curly brackets has been evaluated into a single number.

## Bird’s Multi-Dimensional Array Notation

1. This is an extension of Bird’s Linear Array Notation in that it caters for arrays in 2, 3 or a higher number of dimensions. 2. [n] is a separator (enclosed in square brackets) marking the end of an n-1 dimensional space (or (n-1)-space) of the array. For example, [2] marks the end of a 1-space or ‘row’, [3] marks the end of a 2-space or ‘plane’, and so on. An array where the highest number enclosed in square brackets is n is an n dimensional array. 3. ‘a ‹n› b’ represents an n dimensional b^n string of a’s (see Angle Bracket Strings on pages 2-3). 4. # and #\* are strings of characters representing the remainder of the array (if they exist). 5. The comma (,) is used as shorthand for the [1] separator.
Boobasphemorgue

The **boobasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]
{
10
,
10
,
100
(
1
)
2
}
1
]
2
}

{\displaystyle \{100,100[1[1\backslash 3\neg 2]\{10,10,100(1)2\}+1]2\}}

 = E100{#,#+1,1,2}boobol in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Dakillion

A **dakillion** is equal to 103×103×1030+3. It is equal to one followed by 3×103×1030+3 zeros. It is 3×103×1030+4 digits long.
This name was devised by Jonathan Bowers.

Writing down the full decimal expansion would take 3×103×1030-6+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Billiasphemorgue

The **billiasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]

10
9

1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] 10^9+1] 2\}}

 = E100{#,#+1,1,2}1,000,000,000 in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Centretyllion

A **centretyllion** is equal to 102132, or ten squared 132 times. It is equal to one followed by 2132 zeros. It is 2132+1 digits long.

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, it is also called

ten milliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaoctingenquattuordecmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaoctingennovemtriginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaduocennonaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaduocenquinquadraginmilliamilliamilliamilliamilliamilliamilliamilliamilliaquinmilliamilliamilliamilliamilliamilliamilliamilliacenoctotriginmilliamilliamilliamilliamilliamilliamilliaquadringenunseptuaginmilliamilliamilliamilliamilliamilliatrecenuntriginmilliamilliamilliamilliamilliaduocennovemtriginmilliamilliamilliamilliasescensextriginmilliamilliamilliaseptennonaginmilliamilliacenseptenviginmilliaseptingenquattuorsexagintillion
10^2333333333333333333333333333334

The **septuagintaseptingentiveco-septuagintaseptingentixono-septuagintaseptingentiyocto-septuagintaseptingentizepto-septuagintaseptingentiatto-septuagintaseptingentifemto-septuagintaseptingentipico-septuagintaseptingentinano-septuagintaseptingentimicro-septuagintaseptingentimilli-septuagintaseptingentillion** is equal to 102333333333333333333333333333334. The term was coined by Tekaplex.
Botovamillillion

The **botovamillillion** is equivalent to 103\*103\*106\*1026+3+3. It is the dohectezettillionth -illion.

## Approximations

 Strong array notation | s(10,(3\*dohectezettillion+3))

## See also

Standard -illion numbers 103n + 3 (106n)

Main article: -illion**1–9:** million · billion · trillion · quadr · quint · sext · sept · oct · non
**10–19:** decillion · undec · duodec · tredec · quattuordec · quindec · sexdec · septendec · octodec · novemdec
**20–29:** vigintillion · unvigint · duovigint · trevigint · quattuorvigint · quinvigint · sexvigint · septenvigint · octovigint · novemvigint
**30–39:** trigintillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**40–49:** quadragintillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**50–59:** quinquagintillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**60–69:** sexagintillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**70–79:** septuagintillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**80–89:** octogintillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**90–99:** nonagintillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**100–109:** centillion · un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-
**110–119:** decicentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**120–129:** viginticentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**130–139:** trigintacentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**140–149:** quadragintacentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**150–159:** quinquagintacentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**160–169:** sexagintacentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**170–179:** septuagintacentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**180–189:** octogintacentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**190–199:** nonagintacentillion (un- · duo- · tre- · quattuor- · quin- · sex- · septen- · octo- · novem-)
**200–900:** ducent · trecent · duotrigintatrecent · quadringent · quingent · sescent · septuagintisescent · septingent · octingent · nongent
**1,000–1024:** millillion · dumill · trimill · quadrimill · quadrimilliquattuordecicent · quinmill · sexmill · septimill · octimill · nonimill · myr · undecimill · duodecimill · dumyr · trimyr · quadrimyr · quinmyr · sexmyr · septimyr · octimyr · nonimyr · centimill · ducentimill · trecentimill · quadringentimill · quingentimill · sescentimill · septingentimill · octingentmill · nongentimill · micr · nan · pic · femt · att · zept · yoct
Boogo

Boogol Page Kungulus Million Biklllllhhjdhjdjhsjshkshsksjsksjsjjdjejduuehduszzshsushushshdhdhhshshshshhs Retro

**This page is a candidate for deletion. No reason was given for its deletion.**

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Cosmalplex

The **cosmal** is equal to {10,10 (cosmal) 10} in BEAF. The term was coined by Aarex Tiaokhiao.

## Approximations in other notations

f

(

ω

(

ω

(

ω
9

)
9
ω
9
9

)
9

)
9

(
10
)

{\displaystyle f\_{(\omega^{(\omega^{(\omega^9) 9+\omega 9+9}) 9}) 9}(10)}

H

ω

(

ω

(

ω
9

)
9
ω
9
9

)
9

(
10
)

{\displaystyle H\_{\omega^{(\omega^{(\omega^9) 9+\omega 9+9}) 9}}(10)}

g

ϑ
(

Ω

(
(

Ω

(

Ω
9

)
9
Ω
9
9

)
9
)
9
Ω
9
9

)
9

(
10
)

{\displaystyle g\_{\vartheta(\Omega^{((\Omega^{(\Omega^9) 9+\Omega 9+9}) 9) 9+\Omega 9+9}) 9}(10)}
Baggasphemorgue

The **baggasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]
10
{
{
{
100
}
}
}
10
1
]
2
}

{\displaystyle \{100,100[1[1\backslash 3\neg 2]10\{\{\{100\}\}\}10+1]2\}}

 = E100{#,#+1,1,2}baggol in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Decamillionplex

A **decamillionplex** (also called a **maximusdecamillion**, a **croreplex**, or a **goospolplex**) is equal to 1010,000,000 or 10107. It is equal to one followed by 10 million zeros. It is 10,000,001 digits long.
It is not to be confused with the Epstein system *decmegillion* which is 1,000,00010,000,000 or 1060,000,000.(One million raised to this is a *decmegillio-illion* while one million raised to 106,000,001 is a *decamegillio-illion*). It is definitely smaller than a googolplex (1010100).

Writing down the full decimal expansion would take 10 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

In the short scale of the Conway-Wechlser system, it is called

ten trillitrestrigintatrecentilliduotrigintatrecentillion

According to Landon Curt Noll's The English name of a number, it is also called

ten tremilliamilliatrecentretriginmilliatrecenduotrigintillion
Cenduotyllion

A **cenduotyllion** is equal to 102112, or ten squared 122 times. It is equal to one followed by 2122 (5,316,911,983,139,663,491,615,228,241,121,378,304)zeros. It is 2122+1 digits long.It is part of the -yllion system devised by Donald Knuth.

It approaches the Epstein system *sextillio-illion* which is 1,000,0001036.

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, it is also called

ten milliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaseptingenduoseptuaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliatrecentremilliamilliamilliamilliamilliamilliamilliamilliamilliamillianongenquattuornonaginmilliamilliamilliamilliamilliamilliamilliamilliamilliatrecennovemseptuaginmilliamilliamilliamilliamilliamilliamilliamilliaoctingenseptenoctoginmilliamilliamilliamilliamilliamilliamilliaoctingentriginmilliamilliamilliamilliamilliamilliaquingenoctotriginmilliamilliamilliamilliamilliaquadringennovemmilliamilliamilliamilliaquadringentredecmilliamilliamilliaseptingenseptenmilliamilliacensexviginmilliacentillion
Dektadekientadekiogdadekiheptadekihexadekipentadekitetradekithrooogondekoldeka-carta-tethrathoth

The **dektadekientadekiogdadekiheptadekihexadekipentadekitetradekithrooogondekoldeka-carta-tethrathoth**(formerly **dektadekientadekiogdadekiheptadekihexadekipentadekitetradekithrooogondekoldekatethrathoth**) is equal to E100#^^#100##########100##########100##########100##########100##########100############100#########100#########100#########100#########100#########100#########100#########100#########100########100########100########100########100########100########100########100########100########100#######100#######100#######100#######100#######100#######100#######100#######100#######100######100######100######100######100######100######100######100######100######100#####100#####100#####100#####100#####100#####100#####100#####100#####100####100####100####100####100####100####100####100####100####100###100###100###100###100###100###100###100###100###100##100##100##100##100##100##100##100##100##100#100#100#100#100#100#100#100#100#100.
Boplexulus

The **boplexulus** (formerly **goplexulusplex**) is equal to {10,100 ((2)1) 2} by BEAF, It is also equal to

10

10

200

&

10

{\displaystyle 10^{10^{200}}\ \&\ 10}

.

## See also

Gongulus and related numbers

**Gongulus group:** gongulus(plex/duplex/triplex/quadriplex/quintiplex/sextiplex/septiplex/octiplex) · gingulus(plex) · gangulus(plex) · geengulus(plex) · gowngulus(plex) · gungulus(plex) · gagulus(plex) · gougulus(plex) · giggulus(plex) · gogulus(plex) · gaagulus(plex) · gosgulus(plex) · gengulus · geerngulus · goongulus · geingulus · gigulus · gaggulus · gaungulus · giongulus
**Bongulus group:** bongulus(plex/duplex/triplex/quadriplex) · bingulus(plex) · bangulus(plex) · beengulus · bowngulus · bungulus · bagulus · bougulus · biggulus
**Trongulus group:** trongulus(plex/duplex) · tringulus · trangulus · treengulus · trowngulus · trungulus · tragulus · trougulus · triggulus
**Quadrongulus group:** quadrongulus · quadringulus · quadrangulus · quadreengulus · quadrowngulus · quadrungulus · quadragulus · quadrougulus · quadriggulus
**Quintongulus group:** quintongulus · quintingulus · quintangulus · quinteengulus · quintowngulus · quintungulus · quintagulus · quintougulus · quintiggulus
**Sextongulus group:** sextongulus · sextingulus · sextangulus · sexteengulus · sextowngulus · sextungulus · septongulus · octongulus · nonongulus · decongulus · goplexulus · goduplexulus · gotriplexulus
**Tiaokhiao's extensions:** second gongulus · beengulusplex · tringulusplex · trangulusplex · quadrongulusplex · quintongulusplex · sextagulus · sextougulus · sextiggulus · septingulus · septangulus · septeengulus · septowngulus · septungulus · septagulus · septougulus · septiggulus · octingulus · octangulus · octeengulus · octowngulus · octungulus · octagulus · octougulus · octiggulus · noningulus · nonangulus · noneengulus · nonowngulus · nonungulus · nonagulus · nonougulus · noniggulus · decingulus · decangulus · deceengulus · decowngulus · decungulus · decagulus · decougulus · deciggulus · goplexulusplex · giplexulus · gaplexulus · geeplexulus · gowplexulus · gunplexulus · gapplexulus · gouplexulus · gigplexulus · gopplexulus · gaaplexulus · gosplexulus · **boplexulus** · boplexulusplex · biplexulus · baplexulus · beeplexulus · bowplexulus · bunplexulus · troplexulus · troplexulusplex · triplexulus · traplexulus · treeplexulus · quadroplexulus · quadroplexulusplex · quadriplexulus · quadraplexulus · quintoplexulus · quintoplexulusplex · sextoplexulus · septoplexulus · octoplexulus · nonoplexulus · decoplexulus · goduplexulusplex · giduplexulus · gaduplexulus · geeduplexulus · gowduplexulus · gunduplexulus · boduplexulus · biduplexulus · baduplexulus · beeduplexulus · troduplexulus · triduplexulus · traduplexulus · quadroduplexulus · quintoduplexulus · gotriplexulusplex · gitriplexulus · gatriplexulus · botriplexulus · trotriplexulus · goquadruplexulus · giquadruplexulus · goquintiplexulus · gosextiplexulus · goseptiplexulus · go-octiplexulus · gononiplexulus · godeciplexulus
Daka-

**Daka-** is a prefix for 1030 (short scale nonillion,long scale quintillion) that was never officially adopted as part of the SI,which in 2022 finally allotted **quetta-** to this value.

The similarly unofficial reciprocal of daka- is **veco-**,and the 2022 official reciprocal of quetta- is **quecto-**.
Cosmal

The **cosmal** is equal to {10,10 (10) 10} in BEAF. The term was coined by Aarex Tiaokhiao.

## Approximations in other notations

f

(

ω

(

ω
9

)
9
ω
9
9

)
9

(
10
)

{\displaystyle f\_{(\omega^{(\omega^9) 9+\omega 9+9}) 9}(10)}

H

ω

(

ω

(

ω
9

)
9
ω
9
9

)
9

(
10
)

{\displaystyle H\_{\omega^{(\omega^{(\omega^9) 9+\omega 9+9}) 9}}(10)}

g

ϑ
(

Ω

(

Ω
9

)
9
Ω
9
9

)
9

(
10
)

{\displaystyle g\_{\vartheta(\Omega^{(\Omega^9) 9+\Omega 9+9}) 9}(10)}
Bissolplex

The **bissolplex** is equal to {10,10 (1) 10,10,bissol} in BEAF. The term was coined by Jonathan Bowers.

### Etymology

The name of this number is based on suffix "-plex" and the number "bissol".

### Approximations

 Slow-growing hierarchy | \(g\_{\vartheta(\Omega^{\Omega+3}\vartheta(\Omega^{\Omega+2}\omega))}(\(g\_{\vartheta(\Omega^{\Omega+3}\vartheta(\Omega^{\Omega+2}\omega))}(100)\))\)

1. ↑ Bowers, Jonathan. Infinity Scrapers. Retrieved January 2013.
Admirasphemorgue

The **admirasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]
{
10
,
10
(
1
)
(
1
)
10
}
1
]
2
}

{\displaystyle \{100,100[1[1\backslash 3\neg 2]\{10,10(1)(1)10\}+1]2\}}

 = E100{#,#+1,1,2}admiral in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Decmegillio-illio-illio-illio-illion

A **Decmegillio-illio-illio-illio-illion** is an Epstein system number,a million raised to a *decmegillio-illio-illio-illion*,

which is a million raised to a *decmegillio-illio-illion*,

which is a million raised to a Decmegillio-illion,

which is a million raised to a *decmegillion*,

which is a million raised to ten million...thus,as a power of a million,

Among derivatives,

* a *decmegillio-illio-illio-illio-illiard* is a thousand decmegillio-illio-illio-illio-illion.
* a *decmegillio-illio-illio-illio-million* is a million decmegillio-illio-illio-illio-illion.
* a *decmegillio-illio-illio-illio-milliard* is a thousand million decmegillio-illio-illio-illion.
* a *decmegillio-illio-illio-illia-illion* is a million raised to a thousand decmegillio-illio-illio-illion.
* a *decmegillio-illio-illio-illia-million* is a million decmegillio-illio-illio-illia-illion.
* a *decmegillio-illio-illio-millio-illion* is a million raised to a million decmegillio-illio-illio-illion.
* a *decmegillio-illio-illio-millio-illiard* is a thousand decmegillio-illio-illio-millio-illion.
* a *decmegillio-illio-illio-illio-illio-illion* is a million raised to a decmegillio-illio-illio-illio-illion.
* a *decmegillio-illio-illio-illio-illia-illion* is a million raised to a decmegillio-illio-illio-illio-illiard.
* a *decmegillio-illio-illio-illia-illio-illion* is a million raised to a decmegillio-illio-illio-illia-illion.
* a *decmegillio-illio-illio-millio-illia-illion* is a million raised to a decmegillio-illio-illio-millio-illiard.

Among Epstein system apostrophe numbers,the prefix *decmegillio-illio-illio-illio-illio'* before an apostrophe denotes a stack of a decmegillio-illio-illio-illio-illion exponents of a size defined by the elements between the apostrophe and the ensuing final hyphen,e.g.

* a *decmegillio-illio-illio-illio-illio'quintillia-illion* raises a base million to that many long scale *quintilliards* (1033),while a
* *decmegillio-illio-illio-illio-illio'quettillia-illion* has each exponent be a thousand Quettillion (or 106,000,000,000,000,000,000,000,000,000,003).

Thanks to the *power tower paradox*,the difference in value between these two numbers would be minimal compared to the effect of increasing the apostrophe prefix to even *decmegillio-illio-illio-illio-illia'*
(which would make the power tower a thousand times higher).Any of the derivatives shown or implied by the structure can be converted into prefixes (for apostrophes or higher level verbal particle operators) by removing the closing consonants.
-throng

**-throng** is a googological suffix coined by Sbiis Saibian used on a number to multiply the base value by 1,000,000,000.

## Examples

* guppy(throng) = 1020,000,000,000
* minnow(throng) = 1025,000,000,000
* goby(throng) = 1035,000,000,000
* gogol(throng) = 1050,000,000,000
* ogol(throng) = 1080,000,000,000
* googol(throng) = 10100,000,000,000
* eceton(throng) = 10303,000,000,000
Blasphemorgublasphemorgulus

**Blasphemorgublasphemorgulus** is equal to E100(#{{1}}#){#{{1}}#}#100 in Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Approximations

f

ϕ
(
ϕ
(
1
,
0
,
0
,
0
)
,
0
,
1
)

(
100
)

{\displaystyle f\_{\phi(\phi(1,0,0,0),0,1)}(100)}

## Sources

1. ↑ Saibian, Sbiis. 4.3.9 - Extended Cascading-E Numbers Part III (9010 - 11870). Retrieved 2018-11-10.
Centillion

**Centillion** is the long-accepted name for the hundredth "illion" number,dating to at least 1852,and is the largest number name traditionally found in general interest dictionaries.

The short scale value (also called an **eceton** by Saibian) is equal to 10303, or E303 in Hyper-E notation. It is also equal to googolty3. It is equal to one followed by 303 zeros. It is 304 digits long.

The long scale value is 10600,the hundredth power of a million(1000000100,or one followed by 600 zeroes).In the Epstein system the centillionth power of a million (10000001000000100) is a *centillio-illion*.
Decmegillio-illion

A **Decmegillio-illion** is an Epstein system number,a million raised to a *decmegillion*:

106\*1060,000,000 or 1,000,0001,000,00010,000,000 .

Among derivatives,

* a *decmegillio-illiard* is a thousand decmegillio-illion.
* a *decmegillio-million* is a million decmegillio-illion.
* a *decmegillio-milliard* is a thousand million decmegillio-illion.
* a *decmegillio-decillion* is 1,000,00010 decmegillio-illion.
* a *decadecmegillio-illion* is a million raised to ten decmegillion.
* a *decmegillia-illion* is a million raised to a thousand decmegillion.
* a *decmegillia-million* is a million decmegillia-illion.
* a *decmegillio-illio-illion* is a million raised to a decmegillio-illion.
* a *decmegillio-illio-illiard* is a thousand decmegillio-illio-illion.
* a *decmegillio-illia-illion* is a million raised to a decmegillio-illiard.
* a *decmegillio-millio-illion* is a million raised to a decmegillio-million.
* a *decmegillio-millio-million* is a million decmegillio-millio-illion.
* a *decmegillio-millia-illion* is a million raised to a decmegillio-milliard.
* a *decmegillia-illio-illion* is a million raised to a decmegillia-illion.

Note that a *decamegillio-illion* is only 106\*106,000,001 while a
*deca'megillio-illion* is a million raised to a stack of ten exponents that are each 106,000,000.
-plex

**-plex** is a suffix used on a number to indicate *x*-plex = 10*x*. 1010*x* is called -duplex, and 101010*x* is called -triplex.

## Examples

* (1)plex = 10 = 101
* (2)plex = 100 = 102
* (3)plex = 1,000 = 103
* (4)plex = 10,000 = 104
* (5)plex = 100,000 = 105
* (6)plex = 1,000,000 = 106
* (7)plex = 10,000,000 = 107
* (8)plex = 100,000,000 = 108
* (9)plex = 1,000,000,000 = 109
* (10)plex = 10,000,000,000 = 1010
* (11)plex = 100,000,000,000 = 1011
* (12)plex = 1,000,000,000,000 = 1012
* (13)plex = 1013
* (14)plex = 1014
* (15)plex = 1015
* (16)plex = 1016
* (17)plex = 1017
* (18)plex = 1018
* (19)plex = 1019
* (20)plex = 1020
* (25)plex = 1025
* (30)plex = 1030
* (40)plex = 1040
* (50)plex = 1050
* (60)plex = 1060
* (70)plex = 1070
* (80)plex = 1080
* (90)plex = 1090
* (100)plex = 10100
* (1,000)plex = 101,000
* (10,000)plex = 1010,000
* (100,000)plex = 10100,000
* (1,000,000)plex = 101,000,000
* (1,000,000,000)plex = 101,000,000,000
* (10,000,000,000)plex = 1010,000,000,000
* (1,000,000,000,000)plex = 101,000,000,000,000
* (quadrillion)plex = 101015
* (quintillion)plex = 101018
* (guppy)plex = 101020
* (sextillion)plex = 101021
* (septillion)plex = 101024
* (minnow)plex = 101025
* (octillion)plex = 101027
* (nonillion)plex = 101030
* (decillion)plex = 101033
* (goby)plex = 101035
* (gogol)plex = 101050
* (ogol)plex = 101080
* (googol)plex = 1010100
* (centillion)plex = 1010303
* (googolding)plex = 1010500
* (googolchime)plex = 10101,000
* (googolbell)plex = 10105,000
* (googoltoll)plex = 101010,000
* (googolgong)plex = 1010100,000
* (maximusmillion)plex = 10101,000,000
* (googolbong)plex = 1010100,000,000
* (maximusbillion)plex = 10101,000,000,000
* (trialogue)plex = 101010,000,000,000
* (googolthrong)plex = 1010100,000,000,000
* (maximustrillion)plex = 10101,000,000,000,000
* (googolgandingan)plex = 10101014
* (googolplex)plex = 101010100
* (tetralogue)plex = 10101010,000,000,000
* (googolduplex)plex = 10101010100
* (googoltriplex)plex = 1010101010100
???

??? Is Endlessly Number.

How He Many Numbers Have: 727272627627161716161617161726272627262626626262626262266732673763232767632726373268642862424762476274676247624764276427624762427462376246775247524752475237675237326375237523752735237527532327532753275327532753275327537257533725327532753275327575327531753275327532753232753275327327575313275327557323725327575323275753275317153317675317531327575325732327532753173176763176137263761376316 OMG 42727647632273632763276327632763276327632767632137513577513573175323175173576137361317531575732573257313761753176313176137613763167316731767631
10^303030292929282828272727262626252525242424232323222222212121202020191919181818171717161616151515141414131313121212111111101010999888777666555444333222111000

The **amogussusillion** is equal to

10303,030,292,929,282,828,272,727,262,626,252,525,242,424,232,323,222,222,212,121,202,020,191,919,181,818,171,717,161,616,151,515,141,414,131,313,121,212,111,111,101,010,999,888,777,666,555,444,333,222,111,000 in the short scale. The term was coined by amogus and can be referred to as "triostack-descentriacontillion" in his *descen illion series*.

This number is of similar scale to an Epstein system *quinviginitillia-exillion*.

## Approximations

 Strong array notation | s(10,303,030,292,929,282,828,272,727,262,626,252,525,242,424,232,323,222,222,212,121,202,020,191,919,181,818,171,717,161,616,151,515,141,414,131,313,121,212,111,111,101,010,999,888,777,666,555,444,333,222,111,000)
Dektoogol regiment

The **dektoogol regiment** is a series of numbers from E100#^(10)100 to E100#^(1,000,000,000,000,000,000,000,000)100 defined using Extended Hyper-E Notation (i.e. beginning from dektoogol and up to yottolus). The numbers were coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. Extended Hyper-E Numbers. Retrieved 2017-09-11.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part I

Template:Saibian's regiments
Blasphedeumorgulus

**Blasphedeumorgulus** is equal to E100(#{{1}}#){{1}}#100 in Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Approximations

f

ϕ
(
ϕ
(
1
,
0
,
0
,
0
)
,
0
,
1
)

(
100
)

{\displaystyle f\_{\phi(\phi(1,0,0,0),0,1)}(100)}

## Sources

1. ↑ Saibian, Sbiis. 4.3.9 - Extended Cascading-E Numbers Part III (9010 - 11870). Retrieved 2018-11-10.
Decamillionduplex

A **decamillionduplex** (also called a **maximusdecamillionplex**, **decamillionplexplex**, or a **goospolplexplex**) is equal to 101010,000,000 or E7#3 in Hyper-E notation. It is equal to one followed by a decamillionplex (1 goospolplex) zeros. It is 1010,000,000+1 digits long.
This number is slightly smaller than the Epstein system *decmegillio-illion* which is 1,000,0001,000,00010,000,000 .

Writing down the full decimal expansion would take 10 tremilliamilliatrecentretriginmilliatrecentrigintillion (109,999,994) books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

In the short scale of the Conway-Wechlser system, it is called

ten trilli-trestrigintatrecentilli(3,333,332 times)-duotrigintatrecentillion

According to Landon Curt Noll's short scale, it is also called

ten tremillia^3333333trecentretriginmillia^3333332trecentretriginmillia^3333331trecentretriginmillia^3333330trecentretriginmillia^3333329...trecentretriginmillia^5trecentretriginmillia^4trecentretriginmillia^3trecentretriginmillia^2trecentretriginmilliatrecenduotrigintillion
Decilliasphemorgue

The **decilliasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]

10

33

1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] 10^{33}+1] 2\}}

 = E100{#,#+1,1,2}decillion in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Bejzalillion

The **bejzalillion** is equal to 103\*103\*109,021,000+3.

## See also

* bejillion
* bejenillion
* bejodillion
* bejtrillion
* bejterillion
* bejpetillion
* bejectillion
* bejyotillion
* bejdakillion
* bejdokillion
* bejpedakillion
* bejikillion
* bejtrakillion
* bejtekillion
* bejpekillion
* bejexakillion
* bejyokillion
* bejhotillion
* bejhotikillion
* bejhopekillion
* bejbotillion
* bejtrotillion
* bejtotillion
* bejpotillion
* bejexotillion
* bejzotillion
* bejyootillion
* bejnotillion
* bejkalillion
* bejkalbotillion
* bejkalpotillion
* bejdalillion
* bejtralillion
* bejtalillion
* bejpalillion
* bejexalillion
* **bejzalillion**
* bejyalillion
* bejnalillion
Barrillion/Tier

# Barrillion/Tier 3

Barrillion

Megebarrillion

Gigebarrillion

Terebarrillion

Petebarrillion

Exebarrillion

Zettebarrillion

Yottebarrillion

Xennebarrillion

Dacbarrillion

Hendebarrillion

Dokebarrillion

Tradacbarrillion

Icbarrillion

Ikenbarrillion

Icodibarrillion

Ictribarrillion

Ictebarrillion

Icpebarrillion

Ikectebarrillion

Iczebarrillion

Ikyobarrillion

Icxenbarrillion

Tracbarrillion

Tecbarrillion

Pecbarrillion

Hobarrillion

Bobarrillion
BIGG

The **BIGG** (stands for **Bewilderingly Incomprehensibly Ginormous Googolism**) is equal to 200? = 200![[<1(200)2>⁅200⁆1]], using Hyperfactorial array notation. The term was coined by Lawrence Hollom.

It is the largest googologism coined by Lawrence Hollom (followed by nucleaquaxul), and in fact he promises to change its definition as HAN develops so it is always his largest googologism.

## Sources

1. ↑ Lawrence Hollom's large numbers site

## See also

Faxul ·
Giaxul ·
Graxul ·
Greaxul ·
Gigaxul ·
Gorgexul ·
Gulfxul ·
Gaspxul ·
Ginoxul ·
Gargaxul ·
Googoxul ·
Hugexul ·
Enormaxul ·
Destruxul ·
Superioxul ·
Extremexul ·
Megantixul ·
Gigantixul ·
Terantixul ·
Petantixul ·
Exantixul ·
Zettantixul ·
Yottantixul ·
Xennantixul ·
Nucleaxul ·
Apocalyxul ·
Ultraxul ·
**BIGG**

 **BIGG group:** **BIGG** · Kilo-BIGG · Mega-BIGG · Giga-BIGG · Tera-BIGG · Peta-BIGG · Exa-BIGG · Zetta-BIGG · Yotta-BIGG · Xenna-BIGG · Weka-BIGG · Vunda-BIGG · Uda-BIGG · Treda-BIGG · Sorta-BIGG · Rinta-BIGG · Quexa-BIGG · Pepta-BIGG · Ocha-BIGG · Nena-BIGG · Minga-BIGG · Lima-BIGG · Grand BIGG
Bird's Quadrimixommwil

**Bird's quadrimixommwil** is equal to

{
10
,
10
[
1
,
2
[
1
[
1
,
2
[
1
[
1
,
2
[
1
∖
1
∖
2
¬
2
]
2
]
2
]
2
]
2
]
2
]
2
}

{\displaystyle \{10,10 [1,2 [1 [1,2 [1 [1,2 [1 \backslash 1 \backslash 2 \neg 2] 2] 2] 2] 2] 2] 2\}}

.

TheMediaVideoCompactsEditor777 series:

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Dekalogiasphemorgue

The **dekalogiasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2

]

10

10
1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] ^{10}10+1] 2\}}

 = E100{#,#+1,1,2}decker in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Bisuperior Kilohugequaxul

The **Bisuperior Kilohugequaxul** is equal to Bisuperior Hugequaxul![200(1)200(1)200(1)200(1)200,200,200] or (200![200(1)200(1)200(1)200(1)200,200,200])![200(1)200(1)200(1)200(1)200,200,200] using Hyperfactorial array notation. The term was coined by Lawrence Hollom.

### Etymology

The name of this number is based on prefix "**bi-**", meaning two, and the number "Superior Kilohugequaxul".
Blasphemorgularxitri

**Blasphemorgularxitri** is equal to E100#{{1}}#{{1}}#100 in Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Approximations

f

ϕ
(
1
,
0
,
ϕ
(
1
,
0
,
0
,
0
)
,
0
)

(
100
)

{\displaystyle f\_{\phi(1,0,\phi(1,0,0,0),0)}(100)}

## Sources

1. ↑ Saibian, Sbiis. 4.3.9 - Extended Cascading-E Numbers Part III (9010 - 11870). Retrieved 2018-11-10.
Censextyllion

A **censextyllion** is equal to 102162, or ten squared 162 times. It is equal to one followed by 2162 (or about 6 quindecillion) zeros. It is 2162+1 digits long.

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, it is also called

ten milliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamillianongenoctoquadraginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescenoctosexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaoctingennovemquadraginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaseptingenquattuorseptuaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaquingenseptentriginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaduocenquattuorviginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaduocenunseptuaginmilliamilliamilliamilliamilliamilliamilliamilliamilliaquingennovemseptuaginmilliamilliamilliamilliamilliamilliamilliamilliaseptingensexseptuaginmilliamilliamilliamilliamilliamilliamillianongenquinquinquaginmilliamilliamilliamilliamilliamilliaquattuorquadraginmilliamilliamilliamilliamilliasexviginmilliamilliamilliamilliaduocenseptenmilliamilliamillianongendecmilliamilliaseptenquinquaginmilliatrecentillion
Cenuntyllion

A **cenuntyllion** is equal to 102112, or ten squared 112 times. It is equal to one followed by 2112 (5,192,296,858,534,827,628,530,496,329,220,096; over 5 decillion) zeros. It is 2112+1 digits long.

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, it is also called

ten milliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaseptingentriginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliaseptingenquinsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescennovemdecmilliamilliamilliamilliamilliamilliamilliamilliaquingenundecmilliamilliamilliamilliamilliamilliamilliasescennovemmilliamilliamilliamilliamilliamilliaduocennovemmilliamilliamilliamilliamilliaquingendecmilliamilliamilliamilliacenquinsexaginmilliamilliamilliaquadringentrequadraginmilliamilliatreseptuaginmilliatrecenquattuorsexagintillion
Decicahlah regiment

The **decicahlah regiment** is a series of numbers from E100(#^#^10)100 to E100#^#^#1,000,000 defined using Cascading-E notation (i.e. beginning from decicahlah and up to micricahlah). The numbers were coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. Cascading-E Numbers. Retrieved 2017-10-13.

Template:Saibian's regiments
Centilliasphemorgue

The **centilliasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]

10

303

1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] 10^{303}+1] 2\}}

 = E100{#,#+1,1,2}centillion in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.
Bossolplex

The **bossolplex** is equal to {10,10 (1) 10,10,bossol} in BEAF. The term was coined by Jonathan Bowers.

### Etymology

The name of this number is based on suffix "-plex" and the number "bossol".

### Approximations

 Slow-growing hierarchy | \(g\_{\vartheta(\Omega^{\Omega+2}\vartheta(\Omega^{\Omega+2}\omega))}(100)\)

1. ↑ Bowers, Jonathan. Infinity Scrapers. Retrieved January 2013.
Biggasphemorgue

The **biggasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]
10
{
{
100
}
}
10
1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] 10\{\{100\}\}10+1] 2\}}

 = E100{#,#+1,1,2}biggol in Hyper-Hyper-Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Sources

1. ↑ Saibian, Sbiis. 4.3.11 - Extended Cascading-E Numbers Part V (14071 - 15610). Retrieved 2018-04-21.