recursal/Fanatic-Fandom huggingface dataset:
Googolplexibong

A **googolplexibong** (also called a **hectomillionplexplex**) is equal to 1010100,000,000 = 1010108, or E8#3 in Hyper-E notation. It is equal to one followed by a googolbong zeros. It is 10100,000,000+1 digits long.
It is slightly smaller than the Epstein system *hecmegillio-illion* which is 1,000,0001,000,000100,000,000 .

Writing down the full decimal expansion would take 1099,999,994 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-Wechsler system, googolplexibong is also called:

ten trilli-trestrigintatrecentilli(33,333,332 times)-duotrigintatrecentillion

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

ten tremillia^33333333trecentretriginmillia^33333332trecentretriginmillia^33333331trecentretriginmillia^33333330trecentretriginmillia^33333329trecentretriginmillia^33333328trecentretriginmillia^33333327trecentretriginmillia^33333326trecentretriginmillia^33333325trecentretriginmillia...trecentretriginmillia^50trecentretriginmillia^49trecentretriginmillia^48trecentretriginmillia^47trecentretriginmillia^46trecentretriginmillia^45trecentretriginmillia^44trecentretriginmillia^43trecentretriginmillia^42trecentretriginmillia^41trecentretriginmillia^40trecentretriginmillia^39trecentretriginmillia^38trecentretriginmillia^37trecentretriginmillia^36trecentretriginmillia^35trecentretriginmillia^34trecentretriginmillia^33trecentretriginmillia^32trecentretriginmillia^31trecentretriginmillia^30trecentretriginmillia^29trecentretriginmillia^28trecentretriginmillia^27trecentretriginmillia^26trecentretriginmillia^25trecentretriginmillia^24trecentretriginmillia^23trecentretriginmillia^22trecentretriginmillia^21trecentretriginmillia^20trecentretriginmillia^19trecentretriginmillia^18trecentretriginmillia^17trecentretriginmillia^16trecentretriginmillia^15trecentretriginmillia^14trecentretriginmillia^13trecentretriginmillia^12trecentretriginmillia^11trecentretriginmillia^10trecentretriginmillia^9trecentretriginmillia^8trecentretriginmillia^7trecentretriginmillia^6trecentretriginmillia^5trecentretriginmillia^4trecentretriginmillia^3trecentretriginmillia^2trecentretriginmilliatrecenduotrigintillion
Googolplexigong

A **googolplexigong** is equal to 1010100,000 = 1010105, or E100,000#2 in Hyper-E notation. It is equal to one followed by a googolgong zeros. It is 10100,000+1 digits long.
This number is somewhat smaller than the Epstein system *heckilillio-illion* which is 1,000,0001,000,000100,000 .

Writing down the full decimal expansion would take 1099,994 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(33,332 times)-duotrigintatrecentillion
Googolduplexibell

A **googolduplexibell** (also called a **gogolduplexitoll**) is equal to 1010105,000, or E5,000#3 in Hyper-E notation. It is equal to one followed by a googolplexibell (also called gogolplexitoll) zeros. It is 10105,000+1 digits long.

This number is less than an Epstein system *kilillio-illio-illion* which is 1,000,0001,000,000106,000 .

Writing down the full decimal expansion would take 10105,000-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Googolxennaplex

A **googolxennaplex** (also called a **googolmillimillimillimillimillimillimillimillimilliplex**) is equal to E100#(1027+1) in Hyper-E notation. Its name is equal to a googol followed by an octillion plexes. It is a power tower 1010...10100 (with 1027+1 10's).

This number is smaller than any Epstein system number with an apstrophe prefix of *unronna'* or greater (this would be a million topped by a tower of 1027+1 or more larger exponents,possibly multiplied).
Googolplexitoll

A **googolplexitoll** is equal to 101010,000 = 1010104, or E10,000#2 in Hyper-E notation. It is equal to one followed by a googoltoll zeros. It is 1010,000+1 digits long.

It is slightly smaller than an Epstein system *decasexsexaginhexcenkilillia-illion* which is 1,000,0001010,000 .

Writing down the full decimal expansion would take 10 tremilliatrecentrigintillion (109,994) 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(3332 times)-duotrigintatrecentillion

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

ten tremillia^3333trecentretriginmillia^3332trecentretriginmillia^3331trecentretriginmillia^3330trecentretriginmillia^3329...trecentretriginmillia^5trecentretriginmillia^4trecentretriginmillia^3trecentretriginmillia^2trecentretriginmilliatrecenduotrigintillion
Googolplexibell

A **googolplexibell** (also called a **maximusgoogolbell** or a **gogolplexitoll**) is equal to 10105,000, or E5,000#2 in Hyper-E notation. It is equal to one followed by a googolbell (also called gogoltoll; or 100 milliquinsexagintasescentillion) zeros. It is 105,000+1 digits long.

The number is less than an Epstein system *nonacentillio-illion* which is 1,000,000105,400 .

Writing down the full decimal expansion would take 100 milliasescentresexagintillion (104,994) 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-Wechsler system, googolplexibell is called:

ten trestrigintilli-trestrigintatrecentilli(1665 times)-duotrigintatrecentillion

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

ten tretriginmillia^1666trecentretriginmillia^1665trecentretriginmillia^1664trecentretriginmillia^1663trecentretriginmillia^1662trecentretriginmillia^1661trecentretriginmillia^1660...trecentretriginmillia^20trecentretriginmillia^19trecentretriginmillia^18trecentretriginmillia^17trecentretriginmillia^16trecentretriginmillia^15trecentretriginmillia^14trecentretriginmillia^13trecentretriginmillia^12trecentretriginmillia^11trecentretriginmillia^10trecentretriginmillia^9trecentretriginmillia^8trecentretriginmillia^7trecentretriginmillia^6trecentretriginmillia^5trecentretriginmillia^4trecentretriginmillia^3trecentretriginmillia^2trecentretriginmilliatrecenduotrigintillion
Godgahlah regiment

The **godgahlah regiment** is a series of numbers from E100#^#100 to E100#^##90 defined using Extended Hyper-E Notation (i.e. beginning from godgahlah and up to eneninto-godgahlah). The numbers were coined by Sbiis Saibian.

## Sources

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

Template:Saibian's regiments
Googarganduul

The **googarganduul** is equal to E100##19 using Hyper-E notation. The term was coined by Sbiis Saibian.

## Approximations in other notations

100

19

101

{\displaystyle 100 \uparrow^{19} 101}

100
→
101
→
19

{\displaystyle 100 \rightarrow 101 \rightarrow 19}

{
100
,
101
,
19
}

{\displaystyle \{100,101,19\}}

102
!
18

{\displaystyle 102!18}

f

20

(
100
)

{\displaystyle f\_{20}(100)}

H

ω

20

(
100
)

{\displaystyle H\_{\omega^{20}}(100)}

g

φ
(
18
,
0
)

(
100
)

{\displaystyle g\_{\varphi(18,0)}(100)}

## Sources

1. ↑ Sbiis Saibian, Hyper-E Numbers - Large Numbers
Googoltriplexigandingan

A **googoltriplexigandingan** is equal to 101010101014, or E14#5 in Hyper-E notation. It is equal to one followed by a googolduplexigandingan zeros. It is 1010101014+1 digits long.

It is slightly smaller than the Epstein system *hecterillio-illio-illio-illion* which is 1,000,0001,000,0001,000,0001,000,0001014.

Writing down the full decimal expansion would take 1010101014-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Goby

A **goby** (also called a **minnowswarm**) is equal to 1035, or E35 in Hyper-E notation. It is equal to one followed by 35 zeros. It is also called **one hundred decillion** in the short scale or one hundred quintilliard long scale. It is 36 digits long.

In the Epstein system,a million raised to this number is a *hectoquintillia-illion*,and an apostrophe number with an apostrophe prefix of *quintridecgiga'* raises a base million to a stack of this many matched larger (1031 or more) exponents.
(In turn,an apostrophe number with the prefix *hectoquintillia-illio'* would raise a million to 1,000,0001035
such exponents).
Hemigoogolquintigong

A **hemigoogolquintigong** is equal to 105x1016, or E50,000,000,000,000 in Hyper-E notation. It is equal to one followed by 50 short scale quadrillion zeroes. It is 50,000,000,000,000,001 digits long.

Writing down the full decimal expansion would take 50 billion 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, hemigoogolquintigong is also known as:

one hundred sexdecmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiltretridectrihecmegtretridectrihecgigtretridectrihecteroctapetillion

```
Gotriplasphemorgue

The **gotriplasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}gotriplexulus 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.
Godthrooppegahlah

The **godthrooppegahlah** (formerly **goppethroldahlah**) is equal to E100#^#\*##100#^#\*##100#^#\*##100#^#\*##100 = E100#^#\*###5 in Cascading-E Notation. The term was coined by Sbiis Saibian. Godthrootrigahlah is comparable to Bowers' meesol.

## Etymology

The name of this number is based on the prefix **"peta-"** and the number "godthroogahlah".

## Approximations in other notations

{
100
,
100
(
1
)
99
,
99
,
4
}

{\displaystyle \{100,100 (1) 99,99,4\}}

{
100
,
100
[
2
]
99
,
99
,
4
}

{\displaystyle \{100,100 [2] 99,99,4\}}

## Sources

1. ↑ Saibian, Sbiis. 4.3.5 Cascading-E Numbers. *One to Infinity*. Retrieved 2015-08-12.
2. ↑ Sbiis Saibian's Ultimate Large Numbers List - Part III
Googolquadragintiplex

A **googolquadragintiplex** is equal to E100#41 in Hyper-E notation. Its name is equal to a googol followed by 40 plexes. It is equal to a power tower of 41 tens topped with 100.
It is less than any Epstein system apostrophe number with an apostrophe prefix of *untetradeca'* or higher,which is a million topped by a stack of 41(or more) larger exponents.
Godgathor-carta-terrible tethrathoth

The **godgathor-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 "godgathor" and "terrible tethrathoth" and the -carta- infix, which joins two ExE expressions.

## Approximations in other notations

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

## Sources

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

A **googolsextiplex** is equal to 10101010101010100, or E100#7 in Hyper-E notation. It is equal to one followed by a googolquintiplex zeros. It is 101010101010100+1 digits long.

Writing down the full decimal expansion would take 101010101010100-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Gobybong

A **gobybong** is equal to 1035,000,000, or E35,000,000 in Hyper-E notation. It is equal to one followed by 35,000,000 zeros. It is 35,000,001 digits long.

Writing down the full decimal expansion would take 35 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Iczetillion

An **iczetillion** is equal to 103×103×1081+3. It is equal to one followed by 3×103×1081+3 zeros. It is 3×103×1081+4 digits long.

Writing down the full decimal expansion would take 3×103×1081-6+0.000003 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Goobiduasphemorgue

The **goobiduasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}dubol 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.
Googolpetaplex

A **googolpetaplex** (also called a **googolmillimillimillimillimilliplex**) is equal to E100#(1015+1) in Hyper-E notation. Its name is equal to a googol followed by a quadrillion plexes. It is a power tower 1010...10100 (with 1015+1 10's).

This number is smaller than any Epstein system apostrophe number with an apostrophe prefix of *unpeta'* or greater(this would be a million topped by a tower of 1,000,000,000,000,001 or more larger exponents,possibly multiplied).
Googol-stack

A **googol-stack** (also called a **googologue** or **googolgoogolplex**) is equal to E1#10100 = EEE...EEE1 (googol E's) = 101010...101010 (googol 10's) using Hyper-E notation. It is equal to a power tower of a googol tens.

This number is smaller than any Epstein system apostrophe number with an apostrophe prefix of *decasexdecillia'* or greater (this would be a million topped by a tower of 10100 or more larger exponents,possibly multiplied).
Googoloctiplex

A **googoloctiplex** is equal to 101010101010101010100, or E100#9 in Hyper-E notation. It is equal to one followed by a googolseptiplex zeros. It is 1010101010101010100+1 digits long.

Writing down the full decimal expansion would take 1010101010101010100-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Googolgigagong

A **googolgigagong** is equal to 10103,000,000,002, or E3,000,000,002#2 in Hyper-E notation. It is equal to one followed by 103,000,000,002 zeros. It is 103,000,000,002+1 digits long. This number is slightly close to a maximusnanillion (also called nanillionplex or nanilliplexion).

Writing down the full decimal expansion would take 102,999,999,996 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Googolding

A **googolding** (also called a **gogolchime** or a **hemithousandplex**) is equal to googol5 = (10100)5 = 10500. It is the fifth power of a googol and the square root of a googolchime. It is equal to one followed by 500 zeros. It is 501 digits long. In the short scale of Landon Curt Noll's How high can you count; it is called **one hundred cenquinsexagintillion**.
Goobawambaplex

**Goobawambaplex** is equal to 100 & 10 & 10 & 10 using the array of operator and BEAF. It has goobawamba entries. The term was coined by GoogolBoss.

RedBandServerYT calls the number **Goobawambatri**.

## Approximations

*Since BEAF is ill-defined past tetrational arrays, these values are just expectations.*

 Strong Array Notation
 Fast Growing Hierarchy

f

ψ
(

ψ
1

(

Ω
2

Ω
2

ω

)
)

(
100
)

{\displaystyle f\_{\psi(\psi\_1({\Omega\_2}^{{\Omega\_2}^\omega}))}(100)}

 (debatable)

## See also

* Goobawamba
* BEAF
Googolgigaplex

A **googolgigaplex** (also called a **googolmillimillimilliplex**) is equal to E100#1,000,000,001 in Hyper-E notation. Its name is equal to a googol followed by one billion plexes. It is a power tower 1010...10100 (with 1,000,000,001 10's).

This number is smaller than any Epstein system apostrophe number with an apostrophe prefix of *ungiga'* or greater(this would be a million topped by a tower of 1,000,000,001 or more larger exponents,possibly multiplied).
Googuldol

The **googuldol** is equal to E100##16 using Hyper-E notation. The term was coined by Sbiis Saibian.

## Approximations in other notations

100

16

101

{\displaystyle 100 \uparrow^{16} 101}

100
→
101
→
16

{\displaystyle 100 \rightarrow 101 \rightarrow 16}

{
100
,
101
,
16
}

{\displaystyle \{100,101,16\}}

102
!
15

{\displaystyle 102!15}

f

17

(
100
)

{\displaystyle f\_{17}(100)}

H

ω

17

(
100
)

{\displaystyle H\_{\omega^{17}}(100)}

g

φ
(
15
,
0
)

(
100
)

{\displaystyle g\_{\varphi(15,0)}(100)}

## Sources

1. ↑ Sbiis Saibian, Hyper-E Numbers - Large Numbers
Gonglasphemorgue

The **gonglasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}gongulus 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.
Googolquadragintigong

A **googolquadragintigong** is equal to 1010122, or E122#2 in Hyper-E notation. It is equal to one followed by 100 novemtrigintillion zeros. It is 10122+1 digits long.

Writing down the full decimal expansion would take 10116 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Googolteragong

A **googolteragong** is equal to 10103,000,000,000,002, or E3,000,000,000,002#2 in Hyper-E notation. It is equal to one followed by 103,000,000,000,002 zeros. It is 103,000,000,000,002+1 digits long. This number is slightly close to a maximuspicillion (also called picillionplex or picilliplexion).

Writing down the full decimal expansion would take 102,999,999,999,996 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Godsgoblasphemorgulus

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

## Approximations

f

ϕ
(
ω
,
0
,
ϕ
(
1
,
0
,
0
,
0
)
1
)

(
100
)

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

## Sources

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

A **googolmegaplex** (also called a **googolmillimilliplex**) is equal to E100#1,000,001 in Hyper-E notation. Its name is equal to a googol followed by 1,000,000 plexes. It is a power tower 1010...10100 (with 1,000,001 10's).

This is smaller than any Epstein system apostrophe number with an apostrophe prefix of *unmega'* or greater (this would be a million topped by a tower of 1,000,001 or more larger exponents,possibly multiplied).
Gossasphemorgue

The **gossasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}gossol 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.
Googolduplexigong

A **googolduplexigong** is equal to 101010100,000 = 101010105, or E100,000#3 in Hyper-E notation. It is equal to one followed by a googolplexigong zeros. It is 1010100,000+1 digits long.

It is slightly smaller than the Epstein system *heckilillio-illio-illion* which is 1,000,0001,000,0001,000,000100,000.

Writing down the full decimal expansion would take 1010100,000-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Googoloctigong

A **googoloctigong** is equal to 101026, or E26#2 in Hyper-E notation. It is equal to one followed by 100 septillion zeros. It is 1026+1 digits long.

Writing down the full decimal expansion would take 1020 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Fzgoogoltoll

A **fzgoogoltoll** is equal to googoltollgoogoltoll = (1010,000)1010,000 = 101010,004. It is equal to one followed by 10,000 googoltoll zeros. It is 1010,004+1 digits long. This number is slightly larger than a googolplexitoll.

Writing down the full decimal expansion would take 109,998 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Googolseptigong

A **googolseptigong** is equal to 101023, or E23#2 in Hyper-E notation. It is equal to one followed by 100 sextillion zeros. It is 1023+1 digits long.

Writing down the full decimal expansion would take 1017 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Googoltriplexiding

A **googoltriplexiding** (also called a **gogoltriplexichime**) is equal to 10101010500, or E500#4 in Hyper-E notation. It is equal to one followed by a googolduplexiding (also called gogolduplexichime) zeros. It is 101010500+1 digits long.

Writing down the full decimal expansion would take 101010500-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Goobisexasphemorgue

The **goobisexasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}hexubol 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.
Hemigoogol-undecigong

A **hemigoogol-undecigong** is equal to 105x1034. It is equal to one followed by 50 decillion zeroes. It is 50 short scale decillion +1 digits long.

It is slightly smaller than the Epstein system *decaquintillia-illion* which is 106\*1034

Writing down the full decimal expansion would take 50 octillion 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, hemigoogol-undecigong is also known as:

one hundred sexdecmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Gugology Wiki

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Hemigoogolbong

A **hemigoogolbong** is equal to 1050,000,000, or E50,000,000 in Hyper-E notation. It is equal to one followed by 50 million zeroes. It is 50,000,001 digits long.

Writing down the full decimal expansion would take 50 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, hemigoogolbong is also known as:

one hundred sexdecmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiloctamegillion

```
Hemiseptillionplex

A **hemiseptillionplex** is equal to 105x1023, or a one followed by 500 short scale sextillion zeros. It is 500 sextillion +1 digits long.
It is somewhat smaller than an Epstein system *heczettillion* which is 106x1023 .

Writing down the full decimal expansion would take 200 quintillion 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 sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Goobiquatrelasphemorgue

The **goobiquatrelasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}tetrubol 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.
Hemisextillionplex

A **hemisextillionplex** is equal to 105x1020, or a one followed by 500 short scale quintillion zeros. It is 500,000,000,000,000,000,001 digits long.
It is somewhat smaller than the Epstein system *hecexillion* which is 106x1020 .

Writing down the full decimal expansion would take 200 quadrillion 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 sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Guppybong

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

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

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

### Etymology

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

### Approximations in other notations

{
100
,
100
,
100
,
2
(
1
)
3
}

{\displaystyle \{100,100,100,2 (1) 3\}}

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

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

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

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

### Sources

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

The **goobiquinasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}pentubol 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.
Guppygandingan

A **guppygandingan** is equal to 1020×1,000,000,000,000, or E20×1,000,000,000,000 in Hyper-E notation. It is equal to one followed by 20 trillion zeros. It is 20×1,000,000,000,000+1 digits long.

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

A **hemiquattuordecillionplex** is equal to 105x1044, or a one followed by 500 short-scale tredecillion zeros. It is 500 tredecillion +1 digits long.

It is slightly smaller than an Epstein system *hectoseptillio-illion* which is 106x1044 .

Writing down the full decimal expansion would take 200 duodecillion 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 sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Hemioctillionplex

A **hemioctillionplex** is equal to 105x1026, or a one followed by 500 short scale septillion zeros. It is 500 septillion and 1 digits long.

It is smaller than an Epstein system *hecyottillion* which is 106x1026 .

Writing down the full decimal expansion would take 200 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

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

one hundred sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Heptoogol regiment

The **heptoogol regiment** is a series of numbers from E100#^(7)100 to E100#^(8)10 defined using Extended Hyper-E Notation (i.e. beginning from heptoogol and up to heptoodekol). 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
Hemigoogoldecigong

A **hemigoogoldecigong** is equal to 105x1031. It is equal to one followed by 50 nonillion zeroes. It is 50 Short scale nonillion 1 digits long.

Writing down the full decimal expansion would take 50 Short scale septillion 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, hemigoogoldecigong is also known as:

one hundred sexdecmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiltretridectrihecmegtretridectrihecgigtretridectrihectertretridectrihecpettretridectrihecextretridectriheczetttretridectrihecyotttretridectrihecronnoctaquettillion

```
Guppyplex

A **guppyplex** (also called a **googolsextigong**) is equal to 101020, or E20#2 in Hyper-E notation. It is equal to one followed by a guppy (100 quintillion) zeros. It is 1020+1 digits long.

Writing down the full decimal expansion would take 1014 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Guppyduplex

A **guppyduplex** is equal to 10101020, or E20#3 in Hyper-E notation. It is equal to one followed by a guppyplex zeros. It is 101020+1 digits long.

Writing down the full decimal expansion would take 101020-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Internet police

Template:Short description Template:About Template:Internet **Internet police** is a generic term for police and government agencies, departments and other organizations in charge of policing Internet in a number of countries. The major purposes of Internet police, depending on the state, are fighting cybercrime, as well as censorship and propaganda

1. ↑ Jennifer Coleman, "Internet Police Patrol Cyberspace for Child-Sex Stalkers", Associated Press Online, March 14, 2000.
Grand goxxasphemorgue

The **grand goxxasphemorgue** is equal to

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

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

 = E100{#,#+1,1,2}grand 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.
Gralgathor regiment

The **gralgathor regiment** is a series of numbers from E100#^#^##100 to E100#^#^###90
defined using Cascading-E notation (i.e. beginning from gralgathor and up to gralgathornonagintice). The numbers were coined by Sbiis Saibian.

## Sources

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

Template:Saibian's regiments
Grangol-carta-terrible tethrathoth

The  **grangol-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 "grangol" and "terrible tethrathoth" and the -carta- infix, which joins two ExE expressions.

## Approximations in other notations

 Slow-growing hierarchy | \(g\_{\vartheta(\varepsilon\_{\Omega 3})}(100)\)

## Sources

1. ↑ Saibian, Sbiis. 4.3.7 Extended Cascading-E Numbers Part I. *One to Infinity*. Retrieved 2017-02-17.
2. ↑ Using particular notation \(\{a,b (A) 2\} = A\ \&\ a\) with prime b.
Hemitredecillionplex

A **hemitredecillionplex** is equal to 105x1041, or a one followed by 500 short-scale duodecillion zeros. It is 500 duodecillion +1 digits long.

It is slightly smaller than the Epstein system *hectosextillia-illion* which is 106x1041 .

Writing down the full decimal expansion would take 200 undecillion 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 sesexagintacentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentillisesexagintasescentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
Grangolchime

A **grangolchime** is equal to E1,000#1,000 = EEE...EEE1,000 (1,000 E's) = 101010...10101,000 (1,000 10's), using Hyper-E notation. It is equal to a power tower of 1,000 tens topped with 1,000.

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

A **heptalogue** is equal to 101010101010,000,000,000 = 10101010101010, or E1#7 = EEEEEEE1 in Hyper-E notation. It is equal to one followed by a hexalogue zeros. It is equal to a power tower of seven tens. It is 1010101010,000,000,000+1 digits long.

It is slightly smaller than an Epstein system *decgigillio-illio-illio-illio-illion* which is

1,000,0001,000,0001,000,0001,000,0001,000,00010,000,000,000.

Writing down the full decimal expansion would take 1010101010,000,000,000-6 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Gugoldgotergahlah

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

### Etymology

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

### Approximations in other notations

{
100
,
100
,
100
(
1
)
4
}

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

{
100
,
100
,
100
[
2
]
4
}

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

100
!
[
[
1
,
99
,
98
]
,
2
,
1
,
2
]

{\displaystyle 100![[1,99,98],2,1,2]}

### Sources

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

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

## Approximations

f

ϕ
(
2
,
0
,
0
)

(
100
)

{\displaystyle f\_{\phi(2,0,0)}(100)}

## See also

* Pentacthulhum regiment
* Pentacthulcross regiment

## Sources

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

A **hemimillionplex** (also called a **gargoogolbar**) is equal to 10500,000 or E500,000#1 in Hyper-E notation.. It is equal to one followed by 500,000 zeros. It is 500,001 digits long.

Writing down the full decimal expansion would take 1 book of 200 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 sesexagintacentilliquinsexagintasescentillion

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

one hundred censexsexaginmilliasescenquinsexagintillion
In the Epstein system this number is a hundred tretrigintricentreoctodeckilillion.
Hemigoogolseptigong

A **hemigoogolseptigong** is equal to 105x1022. It is equal to one followed by 50 short scale sextillion zeroes. It is 50 sextillion 1 digits long.

Writing down the full decimal expansion would take 50 quadrillion 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, hemigoogolseptigong is also known as:

one hundred sexdecmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiltretridectrihecmegtretridectrihecgigtretrdectrihectertretridectrihecpettretridectrihecexoctazettillion

```
How To Name Polygons From1- 1,000,000 Sides

A polygon is any plane figure that has many sides and many angles. The name of a polygon tells you how many sides and angles it has. Here's some examples of those names.

1. Henagon-1 side
2. Digon-2 sides
3. Trigon(or Triangle)-3 sides
4. Tetragon(or Quadrilateral)-4 sides
5. Pentagon-5 sides
6. Hexagon-6 sides
7. Heptagon-7 sides
8. Octagon-8 sides
9. Enneagon(or Nonagon)-9 sides
10. Decagon-10 sides
11. Undecagon(or Hendecagon)-11 sides
12. Dodecagon-12 sides
13. Triskaidecagon(Tridecagon)-13 sides
14. Tetrakaidecagon(Tetradecagon)-14 sides
15. Pentakaidecagon(Pentadecagon)-15 sides
16. Hexakaidecagon(Hexadecagon)-16 sides
17. Heptakaidecagon(Heptadecagon)-17 sides
18. Octakaidecagon(Octadecagon)-18 sides
19. Enneakaidecagon(Enneadecagon/Nonakaidecagon/Nonadecagon)-19 sides
20. Icosagon-20 sides
21. Triacontagon-30 sides
22. Tetracontagon-40 sides
23. Pentacontagon-50 sides
24. Hexacontagon-60 sides
25. Heptacontagon-70 sides
26. Octacontagon-80 sides
27. Enneacontagon(Nonacontagon)-90 sides
28. Hectagon(Hecatontagon)-100 sides
29. Chilliagon(Milliagon)-1,000 sides
30. Myriagon(Decahectagon)-10,000 sides
31. Hectamyriagon-100,000 sides
32. Megagon-1,000,000 sides
Gobythrong

A **gobythrong** is equal to 1035,000,000,000, or E35,000,000,000 in Hyper-E notation. It is equal to one followed by 35,000,000,000 zeros. It is 35,000,000,001 digits long.

Writing down the full decimal expansion would take 35,000 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).
Grangolbong

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

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

*Not to be confused with guaplamonga.*
The **guapamonga** is equal to a 10100 legion array of B's where B is a 10100 array of 10's =

10

100

&
&
(

10

100

&
10
)

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

 legion array filled with gongulus 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
Hundrelasphemorgue

The **hundrelasphemorgue** is equal to E100{#,#+1,1,2}100 = E100{{{ ... {{#,#,1,2},#,1,2} ... },#,1,2},100,1,2}100 with 100 "1,2"s 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 2018-02-18.
Hemigoogolthrong

A **hemigoogolthrong** is equal to 1050,000,000,000, or E50,000,000,000 in Hyper-E notation. It is equal to one followed by 50 short scale billion (Long scale milliard) zeroes. It is 50,000,000,001 digits long.

Writing down the full decimal expansion would take 50,000 books of 400 pages, with 2,500 digits on each page (except for the first, which would have 2,501).

## Names in -illion systems

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

one hundred sexdecmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiltretridectrihecmegoctagigillion

```
Hotilliasphemorgue

The **hotilliasphemorgue** is equal to

{
100
,
100
[
1
[
1
∖
3
¬
2
]

10

3
×

10

3
×

10

300

3

1
]
2
}

{\displaystyle \{100,100 [1 [1 \backslash 3 \neg 2] 10^{3\times10^{3\times10^{300}}+3}+1] 2\}}

 = E100{#,#+1,1,2}hotillion 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.
Grand BIGG

The **Grand BIGG** (stands for **Bewilderingly Incomprehensibly Ginormous Googolism**) is equal to (((...(((200?)?)?)?...?)?)?)? (BIGG pairs of ()), using Hyperfactorial array notation. The term was coined by Lawrence Hollom.

It is the largest googologism coined by Lawrence Hollom, 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**
Hemigoogoloctigong

A **hemigoogoloctigong** is equal to 105x1025. It is equal to one followed by 50 Short scale septillion zeroes. It is 50 septillion 1 digits long.

Writing down the full decimal expansion would take 50 Short scale quintillion 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, hemigoogoloctigong is also known as:

one hundred sexdecmilliamilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliamilliasescensexsexaginmilliamilliamilliamilliasescensexsexaginmilliamilliamilliasescensexsexaginmilliamilliasescensexsexaginmilliasescenquinsexagintillion
In the Epstein system this is

```
one hundred tretrigintricentretridectriheckiltretridectrihecmegtretridectrihecgigtretridectrihectertretridectrihecpettretridectrihecextretridectriheczettoctayottillion

```