recursal/Fanatic-Fandom huggingface dataset:
Heptaelgathordeus

The **heptaelgathordeus** is equal to E100#^(#^#^7\*#^#^7)100 using Cascading-E Notation. The term was coined by Sbiis Saibian.

## Etymology

The name of this number is based on the suffix "-deus" and the number "heptaelgathor".

## Approximations in other notations

 Slow-growing hierarchy | \(g\_{\theta(\Omega^{\Omega^{\Omega^7 + \Omega^6 \omega}})}(100)\)

## Sources

1. ↑ Saibian, Sbiis. 4.3.5 Cascading-E Numbers. *One to Infinity*. Retrieved 2016-09-09.
Grand pentacthulhum

**Grand pentacthulhum**, **grand tethrarxihect** or **tethrarxitethrarxihect** is equal to E100#^^^#100#2 = E100(#^^^pentacthulhum)100 in Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Approximations

f

φ
(
1
,
0
,
0
)

2

(
100
)

{\displaystyle f\_{\varphi (1,0,0)}^{2}(100)}

=

f

Γ

0

2

(
100
)

{\displaystyle =f\_{\Gamma \_{0}}^{2}(100)}

## See also

* Tethratope regiment
* Pentacthulhum regiment

## Sources

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

The **hectilliasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]

10

3
×

10

300

3

1
]
2
}

{\displaystyle \{100,100[1[1\backslash 3\neg 2]10^{3\times 10^{300}+3}+1]2\}}

 = E100{#,#+1,1,2}hectillion 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.
Guatriplamonga

The **guatriplamonga** is equal to a

100

100

100

100

100

{\displaystyle 100^{100^{100^{100^{100}}}}}

 legion array of B's where B is a

100

100

100

{\displaystyle 100^{100^{100}}}

 array of 10's =

100

100

100

100

100

&
&
(

100

100

100

100

100

&
10
)

{\displaystyle 100^{100^{100^{100^{100}}}} \& \& (100^{100^{100^{100^{100}}}} \& 10)}

 legion array filled with gotriplexulus arrays, solved with BEAF. The term was coined by Jonathan Bowers using the array of operator.

## Sources

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

## See also

Jonathan Bowers' legion array series

**Big boowa group:** Big boowa · Great big boowa · Grand boowa
**Wompogulus group:** Super gongulus · Wompogulus
**Guapamonga group:** Guapamonga · Guapamongaplex
**Big hoss group:** Big hoss · Grand hoss · Great big hoss
**Bukuwaha group:** Bukuwaha · Goshomity · Good goshomity · Big Bukuwaha · Bongo Bukuwaha · Quabinga Bukuwaha · Godly Bukuwaha · Queen Bukuwaha · Minecraft Bukuwaha · Fractal Bukuwaha · Mods Bukuwaha · Large Bukuwaha
**Meameamealokkapoowa group:** Meameamealokkapoowa · Meameamealokkapoowa oompa · Meameamealokkapoowa oompa loompa
**Other numbers:** King boowa · Large boowa · King hoss · Large hoss · Guapaminga · Guapamanga · Guapameenga · Buapamonga · Buapaminga · Truapamonga · Quadruapamonga · Guaplamonga · Guaplaminga · Buaplamonga · Guaduplamonga · **Guatriplamonga** · Guaquadriplamonga · Guaquintiplamonga · High Rise · The Skyscraper · Goshomityplex · Gishomity · Gashomity · Geeshomity · Boshomity · Troshomity · Quadroshomity · Mythical Bukuwaha · Dozen Bukuwaha · Baker Bukuwaha · Poulter Bukuwaha · King Bukuwaha · Time Bukuwaha · Mail Bukuwaha
Grideuterterritethrathothifact

**Grideuterterritethrathothifact** is equal to E100((#^^#)^^#)^##100 using Extended Cascading-E Notation. The term was coined by Sbiis Saibian. This number belongs to the Monster-Giant regiment.

## Approximations in other notations

{
100
,
100
[
3
∖
3
]
2
}

{\displaystyle \{100,100 [3 \backslash 3] 2\}}

f

ω

ω

ε
1

2

(
100
)

{\displaystyle f\_{\omega^{\omega^{\varepsilon\_1+2}}}(100)}

## Sources

1. ↑ Saibian, Sbiis. 4.3.7 Extended Cascading-E Numbers Part I. *One to Infinity*. Retrieved 2017-02-18.
Hemitrillionplex

A **hemitrillionplex** is equal to 10500,000,000,000, or E500,000,000,000 in Hyper-E notation. It is equal to one followed by 500 billion zeros. It is 500,000,000,001 digits long. This number is somewhat smaller than the Epstein system *hecgigillion* which is 1,000,000100,000,000,000 or 10600,000,000,000.

Writing down the full decimal expansion would take 200 million 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-Wechsler system, it is called

one hundred sesexagintacentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Graneceton

A **graneceton** is equal to E303#303 = EEE...EEE303 (303 E's) = 101010...1010303 (303 10's) using Hyper-E notation. It is equal to a power tower of 303 tens topped with 303.

It is smaller than any Epstein system apostrophe number with an apostrophe prefix of *tretrihecto'* or greater,which raises
a base million to a stack of 303(or more) larger exponents.
Hemigoogolgandingan

A **hemigoogolgandingan** is equal to 105x1013, or E50,000,000,000,000 in Hyper-E notation. It is equal to one followed by 50 Short scale trillion (long scale billion) zeroes. It is 50,000,000,000,001 digits long.

Writing down the full decimal expansion would take 50 million books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, hemigoogolgandingan is also known as:

one hundred sexdecmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiltretridectrihecmegtretridectrihecgigoctaterillion

```
Guapaminga

The **guapaminga** is equal to a

100

2
×
100

{\displaystyle 100^{2\times100}}

 legion array of B's where B is a

100

2
×
100

{\displaystyle 100^{2\times100}}

 array of 10's =

100

2
×
100

&
&
(

100

2
×
100

&
10
)

{\displaystyle 100^{2\times100} \& \& (100^{2\times100} \& 10)}

 legion array filled with gingulus arrays, solved with BEAF. The term was coined by Jonathan Bowers using the array of operator.

## Sources

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

## See also

Jonathan Bowers' legion array series

**Big boowa group:** Big boowa · Great big boowa · Grand boowa
**Wompogulus group:** Super gongulus · Wompogulus
**Guapamonga group:** Guapamonga · Guapamongaplex
**Big hoss group:** Big hoss · Grand hoss · Great big hoss
**Bukuwaha group:** Bukuwaha · Goshomity · Good goshomity · Big Bukuwaha · Bongo Bukuwaha · Quabinga Bukuwaha · Godly Bukuwaha · Queen Bukuwaha · Minecraft Bukuwaha · Fractal Bukuwaha · Mods Bukuwaha · Large Bukuwaha
**Meameamealokkapoowa group:** Meameamealokkapoowa · Meameamealokkapoowa oompa · Meameamealokkapoowa oompa loompa
**Other numbers:** King boowa · Large boowa · King hoss · Large hoss · **Guapaminga** · Guapamanga · Guapameenga · Buapamonga · Buapaminga · Truapamonga · Quadruapamonga · Guaplamonga · Guaplaminga · Buaplamonga · Guaduplamonga · Guatriplamonga · Guaquadriplamonga · Guaquintiplamonga · High Rise · The Skyscraper · Goshomityplex · Gishomity · Gashomity · Geeshomity · Boshomity · Troshomity · Quadroshomity · Mythical Bukuwaha · Dozen Bukuwaha · Baker Bukuwaha · Poulter Bukuwaha · King Bukuwaha · Time Bukuwaha · Mail Bukuwaha
Goxxablorg series

Goxxablorg series

goxxablorg · gooxadworg · goxxathrorg · goxxaquorg · goxxaquindeegorg · goxxasesixtorg · goxxasebipporg · goxxagogdeirorg · goxxanogdeirorg · cosslorgulus · goxxadektrumgorg · goxxagoigenforg · goxxadozainorg · goxxabakerorg · goxxapoulterorg · goxxaquindeiliorg · goxxasexdeiliorg · goxxabessorg · goxxabillogorg · goxxataulorg · goxxavigesorg
Guppytriplex

A **guppytriplex** is equal to 1010101020, or E20#4 in Hyper-E notation. It is equal to one followed by a guppyduplex zeros. It is 10101020+1 digits long.

Writing down the full decimal expansion would take 10101020-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Hexaelpentaelgathgathor

**Hexaelpentaelgathgathor** is equal to E100#^(#^#^6\*#^#^5)100 using Cascading-E Notation. The term was coined by Sbiis Saibian. This number belongs to the Hexaelgathor regiment.

## Approximations

f

ω

ω

ω
6

ω
5

(
100
)

{\displaystyle f\_{\omega^{\omega^{\omega^6+\omega^5} } }(100)}

f

ω

ω

ω

ω
6

ω
5

(
100
)

{\displaystyle f\_{\omega^{\omega^{\omega^{\omega^6+\omega^5} } } }(100)}

## Sources

1. ↑ Saibian, Sbiis. 4.3.5 Cascading-E Numbers. *One to Infinity*. Retrieved 2016-09-09.
Grangoppegahlah

**Grangoppegahlah** (formerly **granpegahlah**) is equal to E100#^#100#^#100#^#100#^#100#100 in Cascading-E Notation. The term was coined by Sbiis Saibian. Grangoppegahlah is comparable to Bowers' giquintol.

### Etymology

The name of this number is based on the numbers "grangol" and "goppegahlah".

### BEAF

In BEAF, it is equal to

{
100
,
100
,
2
(
1
)
5
}

{\displaystyle \{100,100,2 (1) 5\}}

### Bird's array notation

In Bird's array notation, it is equal to

{
100
,
100
,
2
[
2
]
5
}

{\displaystyle \{100,100,2 [2] 5\}}

### Sources

1. ↑ Saibian, Sbiis. Cascading-E Numbers. Retrieved 2015-01-02.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part III
Grangolgong

A **grangolgong** is equal to E100,000#100,000 = EEE...EEE100,000 (100,000 E's) = 101010...1010100,000 (100,000 10's), using Hyper-E notation. It is equal to a power tower of 100,000 tens topped with 100,000.

It is smaller than any Epstein system apostrophe number with an apostrophe prefix of *heckilo'* or greater (which is a base million topped by 100,000 (or more) matching larger exponents (at least 1031),possibly multiplied).
Grangolplex

A **grangolplex** (also called a **googolcentiplex**) is equal to E100#101 in Hyper-E notation. Its name is equal to a googol followed by 100 plexes. It is equal to a power tower of 101 tens topped with 100.

It is smaller than any Epstein system apostrophe number with an apostrophe prefix of *unhecto'* or greater (this would be a million topped by a stack of 101 or more larger exponents,possibly multiplied).
Grangol

File:Grangol.jpg
 File:Grangoltower.jpg
 File:Grangol in E.png
**Grangol** (short for "grand googol") is a number equal to a power tower of 100 tens topped with 100. It can be defined in Hyper-E Notation as E100#100 = EEE...EEE100 (100 E's) = Template:^... (100 tens). The term was coined by Sbiis Saibian. It is also equal to E2#101.

Grangol is comparable to 10 tetrated to 101, using hyper-operators.

It is less than any Epstein system apostrophe number with hecto' or higher as the apostrophe prefix.

Aarex Tiaokhiao calls this number **powergol**.

## Comparison with giggol

Grangol is close to and slightly larger than Jonathan Bowers' giggol = E1#100. It is comparable only from a googologist's perspective, however — it can be shown that:

\(\text{giggol}^{\text{giggol}}\)\( < \text{grangol}\)

so the two numbers are arithmetically extremely far apart. This concept is related to the power-tower paradox.

The proof is fairly straightforward. Since giggol = E1#100 and Ed#p = 10Ed#(p-1) it follows that:

\begin{eqnarray\*}
\text{giggol}^{\text{giggol}} &=& E1\#100^{E1\#100} = (10^{E1\#99})^{E1\#100} \\
&<& 10^{(E1\#100)^2} = 10^{10^{2E1\#99}} = E(2E1\#99)\#2 \\
&<& E(10E1\#99)\#2 = E(10\times10^{E1\#98})\#2 \\
&=& E(10^{1+E1\#98})\#2 = E(1+E1\#98)\#3 \\
&<& E(1+E1\#97)\#4 < \cdots < E(1+E1\#1)\#100 \\
&=& E(1+E1)\#100 = E11\#100 \\
&<& E100\#100 = \text{grangol}
\end{eqnarray\*}

Therefore, giggolgiggol can be given the following lower and upper bound:

\[E10\#100 < \text{giggol}^{\text{giggol}} < E11\#100\]

## Approximations in other notations

 Slow-growing hierarchy | \(g\_{\varepsilon\_0}(101)\)

## Sources

1. ↑ Sbiis Saibian, Hyper-E Numbers
2. ↑ Sbiis Saibian's Ultimate Large Numbers List
3. ↑ Aarex Tiaokhiao's Large Numbers Site

## See also

* grangolplex
* grangolgong
* grangoldex
* grangoldudex
* grangoltridex

Googol and related numbers

**Googol-*n*-plex:** googol · googolplex · googolduplex · googoltriplex · -quadriplex · -quintiplex · -sextiplex · -septiplex · -octiplex · -noniplex · -deciplex · -vigintiplex · -trigintiplex · -quadragintiplex · -quinquagintiplex · -sexagintiplex · -septuagintiplex · -octogintiplex · -nonagintiplex · -centiplex
**Googol-103*n*-plex:** googolmilliplex · -micriplex · -naniplex · -piciplex · -femtiplex · -attiplex · -zeptiplex · -yoctiplex · -xoniplex · -veciplex · -meciplex
**Bowers' extensions:** giggol · gaggol · geegol · boogol · goobol · more...
**Saibian's extensions:** googolgong · **grangol** · greagol · gigangol · more...
**Cockburn's extensions:** gargoogolplex · fzgoogolplex · fugagoogolplex
**Miscellany:** googolteen · googolty · great googol(plex) · googolbang · zootzoot · zootzootplex · zootzootzootplex

Template:Saibian's Hyper-E numbers
Template:Saibian's numbers up to greagol
zh:Grangol
Guppythrong

A **guppythrong** is equal to 1020,000,000,000, or E20,000,000,000 in Hyper-E notation. It is equal to one followed by 20,000,000,000 zeros. It is 20,000,000,001 digits long.

Writing down the full decimal expansion would take 20,000 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Icterillion

An **icterillion** is equal to 103×103×1072+3. It is equal to one followed by 3×103×1072+3 zeros. It is 3×103×1072+4 digits long.

Writing down the full decimal expansion would take 3×103×1072-6+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Hemiguppyplex

A **hemiguppyplex** (also called a **hemigoogolsextigong**) is equal to 105x1019. It is equal to one followed by 50 short scale quintillion zeroes. It is 50 quintillion 1 digits long.

Writing down the full decimal expansion would take 50 trillion books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, hemiguppyplex is also known as:

one hundred sexdecmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridecheckiltretridectrihecmegtretridectrihecgigtretridectrihecgigtretridectrihectertretridectrihecpetoctexillion

```
Grand xappasphemorgue

The **grand xappasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}grand xappol 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.
Hyperatrix

*Not to be confused with hyperlatrix.*
The **Hyperatrix** is equal to 100{X>X>X}100 in X-Sequence Hyper-Exponential Notation. The name was coined by SuperJedi224.

## Approximations

f

ε

ε

ω

(
100
)

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

H

ε

ε

ω

(
101
)

{\displaystyle H\_{\varepsilon \_{\varepsilon \_{\omega }}}(101)}

## See also

**SuperJedi224's X-Sequence Hyper-Exponential Notation Numbers**

**Hyperon Group**
**Expandor Group**
Expandor|Tris-expandor|Multi-expandor
**Grid-Hyperon Group**
Grid-hyperon|Cube-hyperon|Tessa-hyperon|Peta-hyperon
**Hyper-Hyperon Group**
**Hyperathoth Group**
Hyperathoth|Tris-hyperathoth
**Teragygas Group**
**Hyperaduthoth Group**
Hyperaduthoth|Hyperatrithoth|Hyperaterthoth
**Terribulon Group**
Hyperathoth Terribulon|Hyperathoth Tris-terribulon|Hyperathoth Super-terribulon|Hyperathoth Double-super-terribulon
**Terribugrid Group**
Hyperathoth Terribugrid|Hyperathoth Terribucube|Hyperathoth Terributeron|Hyperathoth Terributope
**Terributhoth Group**
**Hyperatrix Group**
**Hyperazetathoth Group**
Hyperazetathoth|Hyperazetathoth Terribulon

**Numbers By SuperJedi224**

**Fibonacci Numbers**

*Level One*

Fibonaxix|Fibonal|Fibonad|Fibonamij

*Level Two*

Fibonamega|Fibonagygas|Fibonatetris

**Pound-Star Notation**

*#\**

*x#\**

*#\*\**

*H#\**

*#\*{}*

*H#\*{}*

*xH#\*{}*

*#\*<<>>*

*H#\*<<>>*

**Steinhaus-Moser Notation**

Triangol|Big Box|Great Big Box

**Bingol series**

**Based on the Faxul**

Primofaxul|Minor Faxul

**Mixed Factorials**

**-Illion numbers**

*Level One*

*Level Two*

*Level Three*

*Level Four*

Hyperillion|Exi-hyperillion|Icosi-hyperillion|Cent-hyperillion

*Level Five*

*Level Six*

*Level Seven*

**X-Sequence Hyper-Exponential Notation**

## Sources

1. ↑ X-Sequence Hyper-Exponential Notation‎ > ‎Numbers - Almost Infinite
Gruelohgolhepta

The **gruelohgolhepta** is equal to E100##100##100##100##100##100##100##6 in Extended Hyper-E Notation. The term was coined by Sbiis Saibian.

## Etymology

The name of this number is based on the numbers "gruelohgold" and "gugolhepta".

## Approximations in other notations

 Slow-growing hierarchy | \(g\_{\varphi(6,4,0)}(100)\)

## Sources

1. ↑ Saibian, Sbiis. Extended Hyper-E Numbers. *One to Infinity*. Retrieved 2015-06-22.
Hemigoogolmillimilligong

A **hemigoogolmilligong** (also called a **hemigoogolmicrigong**) is equal to 105x103,000,001. It is equal to one followed by 5x103,000,001 zeroes. It is 105x103,000,001+1 digits long.

It is slightly smaller than the Epstein system *decapenheckilillio-illion* which is 106x103,000,001 .

Writing down the full decimal expansion would take 105x102,999,995 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, hemigoogolmillimilligong is also known as:

one hundred sexdecmillia^1000000sescensexsexaginmillia^999999sescensexsexaginmillia^999998sescensexsexaginmillia^999997sescensexsexaginmillia^999996...sescensexsexaginmillia^5sescensexsexaginmillia^4sescensexsexaginmillia^3sescensexsexaginmillia^2sescensexsexaginmilliasescenquinsexagintillion
Hectolaagolthrentatrinningolthrogd atreegolthrept atraatagolthrexatugolthrapenantoo gondoldateran targantuuldatriantinorgoldicosaspg oldahexadektr uelohgoldapentadektolaagoldatetra dektrinningol datriadektreegoldadodektraatagold endekugoldad

The **hectolaagolthrentatrinningolthrogd atreegolthrept atraatagolthrexatugolthrapenantoo gondoldateran targantuuldatriantinorgoldicosaspg oldahexadektr uelohgoldapentadektolaagoldatetra dektrinningol datriadektreegoldadodektraatagold endekugoldad ektoogondolentarganogdinorheptas phexulpentor getetriganthreagraatagold** is equal to (E100#...100 #'s...#100)###100##5(#...90 #'s...#100)###100##4(#...80 #'s...#100)###100#100#100(#...70 #'s...#100)###100#100(#...60 #'s...#100)###100...limited ascess...##########100##10#########100##9########100##8#######100##7######100##6#####100#100#100#100#100####100#100#100#100###100#100#100##100#100
Gugolda-carta-terrible tethrathoth

The **gugolda-carta-terrible tethrathoth** is equal to E100(#^^#)^^#100#100 using Extended Cascading-E Notation. The term was coined by Sbiis Saibian.

## Etymology

The name of this number is based on the numbers "gugold" and "terrible tethrathoth" and the -carta- infix, which joins two ExE expressions.

## Approximations in other notations

 Fast-growing hierarchy | \(f\_{\varepsilon\_1+\omega}(100)\)

## Sources

1. ↑ Saibian, Sbiis. 4.3.7 Extended Cascading-E Numbers Part I. *One to Infinity*. Retrieved 2017-02-17.
Humonglasphemorgue

The **humonglasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]
(
10

↑↑↑
⋯
↑↑↑

⏟

100

's

10

&

10
)
1
]
2
}

{\displaystyle \{100,100[1[1\backslash 3\neg 2](10\underbrace {\uparrow \uparrow \uparrow \dots \uparrow \uparrow \uparrow } \_{100\ \uparrow {\text{'s}}}10\ \&\ 10)+1]2\}}

 = E100{#,#+1,1,2}humongulus 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.
Greagahlah

The **greagahlah** is equal to E100#^#100#100#100 in Cascading-E Notation. The term was coined by Sbiis Saibian. Greagahlah is comparable to

 File:Greagahlah.jpg   Bowers' gabbol.

## Etymology

The name of this number is based on the numbers "greagol" and "godgahlah".

## Approximations in other notations

 Slow-growing hierarchy | \(g\_{\vartheta(\Omega^{\Omega}+1)}(100)\)

## Sources

1. ↑ Saibian, Sbiis. 4.3.5 Cascading-E Numbers. *One to Infinity*. Retrieved 2015-07-13.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part III
Ikectillion

An **ikectillion** is equal to 103×103×1078+3. It is equal to one followed by 3×103×1078+3 zeros. It is 3×103×1078+4 digits long.

Writing down the full decimal expansion would take 3×103×1078-6+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Goxxasphemorgue

The **goxxasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}goxxol 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.
Hemiquintillionplex

A **hemiquintillionplex** is equal to 10500,000,000,000,000,000, or a one followed by 500 quadrillion zeros. It is 500,000,000,000,000,001 digits long.
It is smaller than an Epstein system *hecpetillion* which is 10600,000,000,000,000,000.

Writing down the full decimal expansion would take 200 trillion 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

one hundred sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Ecetonduplex

An **ecetonduplex** (also called a **centillionduplex** or **centilliduplexion**) is equal to 101010303, or E303#3 in Hyper-E notation. It is equal to one followed by an ecetonplex (also called centillionplex or centilliplexion) zeros. It is 1010303+1 digits long.

Writing down the full decimal expansion would take 1010303-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Gralgathorseptuce

The **gralgathorseptuce** is equal to E100#^#^###7 in Cascading-E Notation. The term was coined by Sbiis Saibian.

## Etymology

The name of this number is based on the prefix **"gral-"** and the number "godgathorseptuce".

## Approximations in other notations

 Slow-growing hierarchy | \(g\_{\vartheta(\Omega^{\Omega^{(\Omega^2) 7}})}(100)\)

## Sources

1. ↑ Saibian, Sbiis. 4.3.5 Cascading-E Numbers. *One to Infinity*. Retrieved 2015-10-31.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part III
Grangolthrong

A **grangolthrong** is equal to E100,000,000,000#100,000,000,000 = EEE...EEE100,000,000,000 (100,000,000,000 E's) = 101010...1010100,000,000,000 (100,000,000,000 10's), using Hyper-E notation. It is equal to a power tower of 100,000,000,000 tens topped with 100,000,000,000.

It is less than any Epstein system apostrophe number with an apostrophe prefix of *hecgiga'* or higher (e.g. a *hecgiga'quintillia-illion* is a million topped by a power tower of 100,000,000,000 exponents each of 1,000,000,000,000,000,000,000,000,000,000,000).
Hecteikenamillillion

The **hecteikenamillillion** is equivalent to

10

3
×

10

300
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
000
,
003

3

{\displaystyle 10^{3\times10^{300,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,003}+3}}

. It is the meicosingentillionth -illion.
Hemiundecillionplex

A **hemiundecillionplex** is equal to 105x1035, or a one followed by 500 short scale decillion zeros. It is 500 decillion +1 digits long.

It is slightly smaller than the Epstein system *hectoquintillia-illion* which is 106x1035 .

Writing down the full decimal expansion would take 200 nonillion 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-Wechsler system, it is called

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Gugolpetagotrigahlah

**Gugolpetagotrigahlah** (formerly **gugolpetatrigahlah**) is equal to E100#^#100#^#100###5 in Cascading-E Notation. The term was coined by Sbiis Saibian. Gugolpetagotrigahlah is comparable to Bowers' beetrol.

### Etymology

The name of this number is based on the numbers "gugolpeta" and "gotrigahlah".

### Approximations in other notations

{
100
,
100
,
100
,
4
(
1
)
3
}

{\displaystyle \{100,100,100,4 (1) 3\}}

{
100
,
100
,
100
,
4
[
2
]
3
}

{\displaystyle \{100,100,100,4 [2] 3\}}

100
!
[
[
1
,
4
]
,
2
,
1
,
2
]

{\displaystyle 100![[1,4],2,1,2]}

### Sources

1. ↑ Saibian, Sbiis. Cascading-E Numbers. Retrieved 2015-01-02.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part III
Icpetillion

An **icpetillion** is equal to 103×103×1075+3. It is equal to one followed by 3×103×1075+3 zeros. It is 3×103×1075+4 digits long.

Writing down the full decimal expansion would take 3×103×1075-6+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Ikyotillion

An **ikyotillion** is equal to 103×103×1084+3. It is equal to one followed by 3×103×1084+3 zeros. It is 3×103×1084+4 digits long.

Writing down the full decimal expansion would take 3×103×1084-6+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Hemigoogolnonigong

A **hemigoogolnonigong** is equal to 105x1028. It is equal to one followed by 50 Short scale octillion zeroes. It is 50 octillion +1 digits long.

Writing down the full decimal expansion would take 50 Short scale sextillion books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, hemigoogolnonigong is also known as:

one hundred sexdecmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiltretrigdectrihecmegtredtridectrihecgigtretridectrihectertretridectrihecpettretridectrihecextretridectriheczetttretridectrihecyottoctaronnillion

```
Hemiquindecillionplex

A **hemiquindecillionplex** is equal to 105x1047, or a one followed by 500 short scale quattuordecillion zeros. It is 500 quattuordecillion +1 digits long.

It is slightly smaller than the Epstein system *hectoseptillia-illion* which is 106x1047 .

Writing down the full decimal expansion would take 200 tredecillion 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-Wechsler system, it is called

one hundred sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Hemimillionduplex

A **hemimillionduplex** (also called a **hemimillionplexplex**) is equal to 1010500,000 or E500,000#2 in Hyper-E notation. It is equal to one followed by a hemimillionplex zeros. It is 500,001 digits long.
This number is close to the Epstein system *hectotretrigintricentreoctodeckilillio-illion* which is 1,000,00010500,000.

Writing down the full decimal expansion would take 100 censexsexaginmilliasescentresexagintillion (10499,994) 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 trestrigintilli-trestrigintatrecentilli(166,665 times)-duotrigintatrecentillion

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

ten tretriginmillia^166666trecentretriginmillia^166665trecentretriginmillia^166664trecentretriginmillia^166663trecentretriginmillia^166662trecentretriginmillia^166661trecentretriginmillia^166660trecentretriginmillia^166659trecentretriginmillia^166658trecentretriginmillia^166657trecentretriginmillia^166656trecentretriginmillia^166655...trecentretriginmillia^25trecentretriginmillia^24trecentretriginmillia^23trecentretriginmillia^22trecentretriginmillia^21trecentretriginmillia^20trecentretriginmillia^19trecentretriginmillia^18trecentretriginmillia^17trecentretriginmillia^16trecentretriginmillia^15trecentretriginmillia^14trecentretriginmillia^13trecentretriginmillia^12trecentretriginmillia^11trecentretriginmillia^10trecentretriginmillia^9trecentretriginmillia^8trecentretriginmillia^7trecentretriginmillia^6trecentretriginmillia^5trecentretriginmillia^4trecentretriginmillia^3trecentretriginmillia^2trecentretriginmilliatrecenduotrigintillion
Guapamanga

The **guapamanga** is equal to a

100

3
×
100

{\displaystyle 100^{3\times100}}

 legion array of B's where B is a

100

3
×
100

{\displaystyle 100^{3\times100}}

 array of 10's =

100

3
×
100

&
&
(

100

3
×
100

&
10
)

{\displaystyle 100^{3\times100} \& \& (100^{3\times100} \& 10)}

 legion array filled with gangulus arrays, solved with BEAF. The term was coined by Jonathan Bowers using the array of operator.

## Sources

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

## See also

Jonathan Bowers' legion array series

**Big boowa group:** Big boowa · Great big boowa · Grand boowa
**Wompogulus group:** Super gongulus · Wompogulus
**Guapamonga group:** Guapamonga · Guapamongaplex
**Big hoss group:** Big hoss · Grand hoss · Great big hoss
**Bukuwaha group:** Bukuwaha · Goshomity · Good goshomity · Big Bukuwaha · Bongo Bukuwaha · Quabinga Bukuwaha · Godly Bukuwaha · Queen Bukuwaha · Minecraft Bukuwaha · Fractal Bukuwaha · Mods Bukuwaha · Large Bukuwaha
**Meameamealokkapoowa group:** Meameamealokkapoowa · Meameamealokkapoowa oompa · Meameamealokkapoowa oompa loompa
**Other numbers:** King boowa · Large boowa · King hoss · Large hoss · Guapaminga · **Guapamanga** · Guapameenga · Buapamonga · Buapaminga · Truapamonga · Quadruapamonga · Guaplamonga · Guaplaminga · Buaplamonga · Guaduplamonga · Guatriplamonga · Guaquadriplamonga · Guaquintiplamonga · High Rise · The Skyscraper · Goshomityplex · Gishomity · Gashomity · Geeshomity · Boshomity · Troshomity · Quadroshomity · Mythical Bukuwaha · Dozen Bukuwaha · Baker Bukuwaha · Poulter Bukuwaha · King Bukuwaha · Time Bukuwaha · Mail Bukuwaha
Hexalogue

A **hexalogue** is equal to 1010101010,000,000,000 = 101010101010, or E1#6 = EEEEEE1 in Hyper-E notation. It is equal to one followed by a pentalogue zeros. It is equal to a power tower of six tens. It is 10101010,000,000,000+1 digits long.

It is somewhat smaller than the Epstein system *decgigillio-illio-illio-illion* which is 1,0000,0001,000,0001,000,0001,000,00010,000,000,000 .

Writing down the full decimal expansion would take 10101010,000,000,000-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Icxenillion

An **icxenillion** is equal to 103×103×1087+3. It is equal to one followed by 3×103×1087+3 zeros. It is 3×103×1087+4 digits long.

Writing down the full decimal expansion would take 3×103×1087-6+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Gugoldgotrigahlah

**Gugoldgotrigahlah** (formerly **gugoldtrigahlah**) is equal to E100#^#100#^#100##100 in Cascading-E Notation. The term was coined by Sbiis Saibian. Gugoldgotrigahlah is comparable to Bowers' bootrol.

### Etymology

The name of this number is based on the numbers "gugold" and "gotrigahlah".

### Approximations in other notations

{
100
,
100
,
100
(
1
)
3
}

{\displaystyle \{100,100,100 (1) 3\}}

{
100
,
100
,
100
[
2
]
3
}

{\displaystyle \{100,100,100 [2] 3\}}

100
!
[
[
1
]
,
2
,
1
,
2
]

{\displaystyle 100![[1],2,1,2]}

f

ω

ω

2
99

(
100
)

{\displaystyle f\_{\omega^{\omega} 2+99}(100)}

H

ω

(

ω

ω

)
2
99

(
100
)

{\displaystyle H\_{\omega^{(\omega^{\omega}) 2+99}}(100)}

g

ϑ
(
(

Ω

ω

)
2
99
)

(
100
)

{\displaystyle g\_{\vartheta((\Omega^{\omega}) 2+99)}(100)}

### Sources

1. ↑ Saibian, Sbiis. Cascading-E Numbers. Retrieved 2015-01-02.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part III
Maximusoctomillillion

A **maximusoctomillillion** (also called an **octomillillionplex** or **octomillilliplexion**) is equal to 101024003, or E24,003#2 in Hyper-E notation. It is equal to one followed by an octomillillion zeros. It is 1024,003+1 digits long.

It is the sixth root of the Epstein system *tetrakilillio-illion* which is 106\*1024003,the *tetrakililliard*th power of a million.

Writing down the full decimal expansion would take 1 septenmillianongenoctononagintillion (1023,997) 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-Wechsler system, it is called

ten trestrigintatrecentilli (8000 times)-duotrigintatrecentillion

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

ten trecentretriginmillia^8000trecentretriginmillia^7999trecentretriginmillia^7998trecentretriginmillia^7997trecentretriginmillia^7996...trecentretriginmillia^5trecentretriginmillia^4trecentretriginmillia^3trecentretriginmillia^2trecentretriginmilliatrecenduotrigintillion
High Rise

The **Happy Birthday** is equal to a

{
8
(
2
)

}

{\displaystyle \{8 (2)}\}

, solved with BEAF. The term was coined by Jonathan Bowers using the array of operatIons.

This is the building that this is the high riseArrats

Jonathan Bowers' legion array series

**Big boowa group:** Big boowa · Great big boowa · Grand boowa
**Wompogulus group:** Super gongulus · Wompogulus
**Guapamonga group:** Guapamonga · Guapamongaplex
**Big hoss group:** Big hoss · Grand hoss · Great big hoss
**Bukuwaha group:** Bukuwaha · Goshomity · Good goshomity · Big Bukuwaha · Bongo Bukuwaha · Quabinga Bukuwaha · Godly Bukuwaha · Queen Bukuwaha · Minecraft Bukuwaha · Fractal Bukuwaha · Mods Bukuwaha · Large Bukuwaha
**Meameamealokkapoowa group:** Meameamealokkapoowa · Meameamealokkapoowa oompa · Meameamealokkapoowa oompa loompa
**Other numbers:** King boowa · Large boowa · King hoss · Large hoss · Guapaminga · Guapamanga · Guapameenga · Buapamonga · Buapaminga · Truapamonga · Quadruapamonga · Guaplamonga · Guaplaminga · Buaplamonga · Guaduplamonga · Guatriplamonga · Guaquadriplamonga · Guaquintiplamonga · **High Rise** · The Skyscraper · Goshomityplex · Gishomity · Gashomity · Geeshomity · Boshomity · Troshomity · Quadroshomity · Mythical Bukuwaha · Dozen Bukuwaha · Baker Bukuwaha · Poulter Bukuwaha · King Bukuwaha · Time Bukuwaha · Mail Bukuwaha
Hemiduodecillionplex

A **hemiduodecillionplex** is equal to 105x1038, or a one followed by 500 undecillion zeros. It is 500 undecillion +1 digits long.

It is slightly smaller than the Epstein system *hectosextillio-illion* which is 106x1038 .

Writing down the full decimal expansion would take 200 decillion 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-Wechsler system, it is called

one hundred sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Gugolteslagotrigahlah

**Gugolteslagotrigahlah** (formerly **gugolteslatrigahlah**) is equal to E100#^#100#^#100##100##100 in Cascading-E Notation. The term was coined by Sbiis Saibian. Gugolteslagotrigahlah is comparable to Bowers' batrol.

### Etymology

The name of this number is based on the numbers "gugoltesla" and "gotrigahlah".

### Approximations in other notations

{
100
,
100
,
100
,
3
(
1
)
3
}

{\displaystyle \{100,100,100,3(1)3\}}

{
100
,
100
,
100
,
3
[
2
]
3
}

{\displaystyle \{100,100,100,3[2]3\}}

100
!
[
[
1
,
3
]
,
2
,
1
,
2
]

{\displaystyle 100![[1,3],2,1,2]}

### Sources

1. ↑ Saibian, Sbiis. Cascading-E Numbers. Retrieved 2015-01-02.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part III
Hemibillionplex

A **hemibillionplex** is equal to 10500,000,000. It is equal to one followed by 500 million zeros. It is 500,000,001 digits long.
This number is somewhat smaller than the Epstein system *hecmegillion* which is 1,000,000100,000,000 or 10600,000,000 .(One million raised to a hecmegillion is a *hecmegillio-illion*,which must be distinguished from a *hectomegillio-illion* which is 1,000,000106,000,002 ).

Writing down the full decimal expansion would take 200,000 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

one hundred sesexagintacentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Guapameenga

The **guapameenga** is equal to a

100

4
×
100

{\displaystyle 100^{4\times100}}

 legion array of B's where B is a

100

4
×
100

{\displaystyle 100^{4\times100}}

 array of 10's =

100

4
×
100

&
&
(

100

4
×
100

&
10
)

{\displaystyle 100^{4\times100} \& \& (100^{4\times100} \& 10)}

 legion array filled with geengulus arrays, solved with BEAF. The term was coined by Jonathan Bowers using the array of operator.

## Sources

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

## See also

Jonathan Bowers' legion array series

**Big boowa group:** Big boowa · Great big boowa · Grand boowa
**Wompogulus group:** Super gongulus · Wompogulus
**Guapamonga group:** Guapamonga · Guapamongaplex
**Big hoss group:** Big hoss · Grand hoss · Great big hoss
**Bukuwaha group:** Bukuwaha · Goshomity · Good goshomity · Big Bukuwaha · Bongo Bukuwaha · Quabinga Bukuwaha · Godly Bukuwaha · Queen Bukuwaha · Minecraft Bukuwaha · Fractal Bukuwaha · Mods Bukuwaha · Large Bukuwaha
**Meameamealokkapoowa group:** Meameamealokkapoowa · Meameamealokkapoowa oompa · Meameamealokkapoowa oompa loompa
**Other numbers:** King boowa · Large boowa · King hoss · Large hoss · Guapaminga · Guapamanga · **Guapameenga** · Buapamonga · Buapaminga · Truapamonga · Quadruapamonga · Guaplamonga · Guaplaminga · Buaplamonga · Guaduplamonga · Guatriplamonga · Guaquadriplamonga · Guaquintiplamonga · High Rise · The Skyscraper · Goshomityplex · Gishomity · Gashomity · Geeshomity · Boshomity · Troshomity · Quadroshomity · Mythical Bukuwaha · Dozen Bukuwaha · Baker Bukuwaha · Poulter Bukuwaha · King Bukuwaha · Time Bukuwaha · Mail Bukuwaha
Hemigoogolcentigong

A **hemigoogolcentigong** is equal to 105x10301. It is equal to one followed by 50 short scale novemnonagintillion zeroes. It is 105x10301+1 digits long.

It is slightly smaller than the Epstein system *decaquinquagintillio-illion* which is 106x10301

Writing down the full decimal expansion would take 50 septennonagintillion books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, hemigoogolcentigong is also known as:

one hundred sexdecmillia^100sescensexsexaginmillia^99sescensexsexaginmillia^98sescensexsexaginmillia^97sescensexsexaginmillia^96sescensexsexaginmillia^95sescensexsexaginmillia^94sescensexsexaginmillia^93sescensexsexaginmillia^92sescensexsexaginmillia^91sescensexsexaginmillia^90sescensexsexaginmillia^89sescensexsexaginmillia^88sescensexsexaginmillia^87sescensexsexaginmillia^86sescensexsexaginmillia^85sescensexsexaginmillia^84sescensexsexaginmillia^83sescensexsexaginmillia^82sescensexsexaginmillia^81sescensexsexaginmillia^80sescensexsexaginmillia^79sescensexsexaginmillia^78sescensexsexaginmillia^77sescensexsexaginmillia^76sescensexsexaginmillia^75sescensexsexaginmillia^74sescensexsexaginmillia^73sescensexsexaginmillia^72sescensexsexaginmillia^71sescensexsexaginmillia^70sescensexsexaginmillia^69sescensexsexaginmillia^68sescensexsexaginmillia^67sescensexsexaginmillia^66sescensexsexaginmillia^65sescensexsexaginmillia^64sescensexsexaginmillia^63sescensexsexaginmillia^62sescensexsexaginmillia^61sescensexsexaginmillia^60sescensexsexaginmillia^59sescensexsexaginmillia^58sescensexsexaginmillia^57sescensexsexaginmillia^56sescensexsexaginmillia^55sescensexsexaginmillia^54sescensexsexaginmillia^53sescensexsexaginmillia^52sescensexsexaginmillia^51sescensexsexaginmillia^50sescensexsexaginmillia^49sescensexsexaginmillia^48sescensexsexaginmillia^47sescensexsexaginmillia^46sescensexsexaginmillia^45sescensexsexaginmillia^44sescensexsexaginmillia^43sescensexsexaginmillia^42sescensexsexaginmillia^41sescensexsexaginmillia^40sescensexsexaginmillia^39sescensexsexaginmillia^38sescensexsexaginmillia^37sescensexsexaginmillia^36sescensexsexaginmillia^35sescensexsexaginmillia^34sescensexsexaginmillia^33sescensexsexaginmillia^32sescensexsexaginmillia^31sescensexsexaginmillia^30sescensexsexaginmillia^29sescensexsexaginmillia^28sescensexsexaginmillia^27sescensexsexaginmillia^26sescensexsexaginmillia^25sescensexsexaginmillia^24sescensexsexaginmillia^23sescensexsexaginmillia^22sescensexsexaginmillia^21sescensexsexaginmillia^20sescensexsexaginmillia^19sescensexsexaginmillia^18sescensexsexaginmillia^17sescensexsexaginmillia^16sescensexsexaginmillia^15sescensexsexaginmillia^14sescensexsexaginmillia^13sescensexsexaginmillia^12sescensexsexaginmillia^11sescensexsexaginmillia^10sescensexsexaginmillia^9sescensexsexaginmillia^8sescensexsexaginmillia^7sescensexsexaginmillia^6sescensexsexaginmillia^5sescensexsexaginmillia^4sescensexsexaginmillia^3sescensexsexaginmillia^2sescensexsexaginmilliasescenquinsexagintillion
Hemigogolplex

A **hemigogolplex** (also called **hemigoogol-sexdecigong**) is equal to 105x1049. It is equal to one followed by 50 short scale quindecillion zeroes. It is 50 quindecillion 1 digits long.

It is slightly smaller than the Epstein system *decaoctillio-illion* (106x1049).

Writing down the full decimal expansion would take 50 short scale tredecillion books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

According to Landon Curt Noll's The English name of a number, hemigogolplex is also known as:

one hundred sexdecmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion