User:Cloudy176/Department of bubbly negative numberbottles/By 99.185.0.100

Ordinals2 (actually about ordinals)

 * By 99.185.0.100

Note: this is an extras article for ordinal

This is the extras article for ordinal (see above link). It has a listing of ordinals up to \(\omega_\omega\)

NEGATIVE REIGON
..., -5, -4, -3, -2, -1, 0

FINITE REIGON
0, 1, 2, 3, 4, 5, 6, 7,...

\(\omega\) REIGON
\(\omega\), $$\omega+1$$, $$\omega+2$$, $$\omega+3$$, $$\omega+4$$,...

\(\omega\)* REIGON
$$\omega*2$$, $$\omega*3$$, $$\omega*4$$, $$\omega*5$$,...

\(\omega\)^ REIGON
$$\omega^2$$, $$\omega^3$$, $$\omega^4$$, $$\omega^5$$,...

\(\omega\)^^ REIGON
Note: Carets are used because at the time the writer doesn't know how to get double superscripts

$$\omega^\omega$$, \(\omega\)^\(\omega\)^\(\omega\), \(\omega\)^\(\omega\)^\(\omega\)^\(\omega\), ..., \(\omega\)^

\(\omega\)^... = \(\varepsilon_0\)

\(\varepsilon_0\) as a fixed point (removed section)
Because \(\varepsilon_0\) = \(\omega\)^\(\omega\)^..., $$\omega^\varepsilon_0$$ has one more \(\omega\). But because

this is at the beginning, $$\omega^\varepsilon_0$$ has $$1+\omega$$ \(\omega\)'s instead of $$\omega

+1$$ \(\omega\)'s. Because $$1+\omega=\omega$$, $$\omega^\varepsilon_0 = \varepsilon_0$$.

\(\varepsilon\) REIGON
\(\varepsilon_0\), \(\varepsilon_1\), \(\varepsilon_2\), ..., \(\varepsilon_\omega\)

\(\omega_x\) REIGON
\(\omega_1\), \(\omega_2\), \(\omega_3\), ..., \(\omega_\omega\)

Ordinals2 (not actually about ordinals)

 * By 99.185.0.100, deletion template added by 36.231.116.123 and 84.61.147.240

666 is not the beast's number

\(\Omega\)\(\omega\)

666666 666 = ERRRRRRRRROOOR

Slanidro

 * Once again, by 99.185.0.100


 * "Rayo's number is the best!!" &mdash; 99.185.0.100, summary of the 6th revision of this article, 21:00, May 8, 2015 (UTC)

slanidro is a very very very large salad number, plus "ordinals" backwards, and an alternate name for

Cookie monster bonster tronster quadronster omegamonster brontstor brontobyte guy, and a

bunch of random notes by an anonymous user.

It will topple croutonillion right over because it uses croutonillion in its definition. It

is the biggest number ever, and thus its order type, the slanidrordinal, is the biggest ordinal in the history of FGH.

\(\omega\)\(\omega\) \(\omega\) DELETE THIS!!!!!

This isn't really a navbox but it is supposed to be:
googolplex * googolduplex * Googol * Giggol * Gaggol * Boogol * Goobol


 * Greagol * Godgahlah * googolplex * googolduplex * Googol * Giggol *

Gaggol * Boogol * Goobol * Greagol * Godgahlah * googolplex * googolduplex


 * Googol * Giggol * Gaggol * Boogol * Goobol * Greagol * Godgahlah


 * googolplex * googolduplex * Googol * Giggol * Gaggol * Boogol *

Goobol * Greagol * Godgahlah * googolplex * googolduplex * Googol * Giggol


 * Gaggol * Boogol * Goobol * Greagol * Godgahlah * sam's number *

Infinity * Ultrafinitism * Ordinal * Slardino * Ordinals2 * Boogol * Goobol


 * Greagol * Godgahlah * googolplex * googolduplex * Googol * Giggol *

Gaggol * Boogol * Goobol * Greagol * Godgahlah * sam's number * Infinity


 * Ultrafinitism * Ordinal * Slardino * Ordinals2 * Boogol * Goobol *

Greagol * Godgahlah * googolplex * googolduplex * Googol * Giggol * Gaggol


 * Boogol * Goobol * Greagol * Godgahlah * sam's number * Infinity *

Ultrafinitism * Ordinal * Slardino * Ordinals2 * Boogol * Goobol * Greagol


 * Godgahlah * googolplex * googolduplex * Googol * Giggol * Gaggol *

Boogol * Goobol * Greagol * Godgahlah * sam's number * Infinity *

Ultrafinitism * Ordinal * Slardino * Ordinals2 * Boogol * Goobol * Greagol


 * Godgahlah * googolplex * googolduplex * Googol * Giggol * Gaggol *

Boogol * Goobol * Greagol * Godgahlah * sam's number * Infinity *

Ultrafinitism * Ordinal * Slardino * Ordinals2 * Boogol * Goobol * Greagol


 * Godgahlah * googolplex * googolduplex * Googol * Giggol * Gaggol *

Boogol * Goobol * Greagol * Godgahlah * sam's number * Infinity *

Ultrafinitism * Ordinal * Slardino * Ordinals2 * The Library of Babel *

multiplication * exponentiation * addition * Tetration * Hyper operator * BEAF


 * Array notation * Fishies swimming in the ocean *  Fish number 100 *

g00g0l * NOT!! * I * Am * Running * Out * Of * Things * To


 * say

MOAR!!!
Goooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo

oooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooogolpleeeeeeeeeeeeeeeeeeeeee

eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeex

-min-max-minex-gogol-gogogogogogogirl-blah

???
???????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????

???????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????

???????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????????

??????????????????????????????????????????????????

Fish number 100
Let fish number 8 be the sum of all 7 fish numbers Let fish number 9 be the product of all 8 new numbers Let fish number 10 be the power tower of all 9 new numbers Let fish number 11 be the tetration tower of all 10 new numbers ...

Fishier numbers
Let F2(x) be F(F(F(...(F(F(x)))...))) with x Fs where F(x) is the xth fish number

Let F3(x) be F2(F2(F2(...(F2(F2(x)))...))) with x Fs ...

Let F1,2(x) be FF ... F F x(x) (x) ... (x) (x) (x) with x

layers

Continue with F1,3(x), F1,4(x), F2,1(x), F2,2(x), F3,1(x),

F4,1(x), etc.

We can continue further with arrays of all sizes, such as:

F1,1,2(x)

F1,1,3(x)

F1,2,1(x)

F1,2,2(x)

F2,1,1(x)

F2,1,2(x)

F3,1,1(x)

F4,1,1(x)

F1,1,1,1(x)

F1,1,1,1,1(x)

etc.

what slanidro is equal to
Define FFF(x) as F1,1,1,...,1,1(x) with x 1's

Define salad(x) as $$f_{\omega^{\omega}}((x^{x^{x}})!+F(x^{F(99999999999999999999999999999999)}))$$

Define croutonillionsalad(x) as (salad(x*salad(x*salad(x-1)-1)-1)-1)*croutonillion*F(croutonillion*F(x))

Slandiro = croutonillionsaladcroutonillionsalad croutonillionsalad croutonillion(croutonillion)

(croutonillion) (croutonillion)

the slandiro sequence
sl(1) = slandiro

To get sl(2), replace "croutonillion" with "slandiro".

To get sl(x), replace it with sl(x-1)

Super slandiro: sl(2)

Super duper slandiro: sl(3)

Super truper slandiro: sl(4)

Mega slandiro: sl(sl(1))

Super mega slandiro: sl(sl(2))

Mega mega slandiro: sl(sl(sl(1)))

Define sl2(x,y) as sl(sl(sl(...(sl(sl(y)))...))) with x layers

Giga slandiro: sl2(sl(1),1)

Super giga slandiro: sl2(sl(1),2)

Mega giga slandiro: sl2(sl(1),sl(1))

Infinityscraper: sl2(sl(sl(sl2(sl(1),1))),1)

Infinity: ∞

Infinity-one: ∞+1

Difinity: 2∞

Squarefinity: ∞2

Cubefinity: ∞3

Infinityplex: 10∞

Infinnity: ∞∞

Infinnnity: ∞∞ ∞

Infinnnnity: ∞∞ ∞ ∞

Infinilinity: ∞↑↑∞

Pentatinity: ∞↑↑↑∞

Hexatinity: ∞↑↑↑↑∞

Heptatinity: ∞↑↑↑↑↑∞

Infinitinity: ∞↑∞∞

Infibbity: ∞↑∞↑ ∞∞ ∞

Infibbbity: ∞↑∞↑ ∞↑ ∞∞ ∞ ∞

Infilargity: {∞,∞,1,2}