User blog:Plasmath/The Official Number Hierarchy

If you don't think this should be an official hierarchy thing, that's fine. I'm also probably missing a lot of numbers.

? means that the position of the number may be wrong

Negative (< 0)
I couldn't find any.

Fractional (0-1)
Zero (0)

Pre-illion (1-1,000,000)
One (1)

$$\wp\approx1$$(Miner Enumeration)

$$\sqrt{2}\approx1.414$$

Two (2)

R2 (Miner Enumeration)

Three (3)

$$\pi\approx3.1415$$

Four (4)

Five (5)

Six (6)

Seven (7)

Eight (8)

Nine (9)

Ten (10)

რ2(1) = 16 (Plexxe)

$$Y_4(2)=26$$(Miner Sequence)

Hundred (100)

$$Y_4(3)=344$$(Miner Sequence)

$$Y_5(2)=676$$(Miner Sequence)

Thousand (1,000)

Ten Thousand (10,000)

რ2(2) = 65,536 (Plexxe)

Hundred Thousand (100,000)

Googol range (1,000,000-$$10^{10^{100}}$$)
Million (1,000,000)

Billion (1,000,000,000)

$$\eth\approx7,406,352,891$$(Miner Enumeration)

Trillion (1,000,000,000,000)

$$\ell\approx1.5\cdot10^{14}$$(Miner Enumeration)

real part of $$\Im\approx-5\cdot10^{35}$$(Miner Enumeration)

Googol ($$10^{100}$$)

$$\Re=10^{720}$$(Miner Enumeration)

$$\mho\approx10^{2\cdot10^9}$$(Miner Enumeration)

რ3(3)$$\approx10^{10^{12}}$$ (Plexxe)

Large finite number range ($$10^{10^{100}}$$-$$\omega$$)
Googolplex $$10^{10^{100}}$$

Googoltillion $$10^{3\cdot10^{100}+3}$$

Googilliard $$10^{6\cdot10^{100}+3}$$

$$\hbar\approx10^{10^{719}}$$(Miner Enumeration)

Googolduplex $$10^{10^{10^{100}}}$$

1 megalillion (Special numbers)

1 gigalillion (Special numbers)

1 Teralillion (Special numbers)

1 Petalillion (Special numbers)

1 Ultralillion (Special numbers)

1 Gillion (Special numbers)

1 Giliplex (Special numbers)

Miner's Number

Miner's "OH NO" number

Miner's Larger Number

Miner's Super Large Number

Lordnumber

Some number i madr$$\approx G_{50} $$

Graham's number$$=G_{64}$$

Miner's Arrow Number$$\approx G_{121}$$

Miner's Super Arrow Number$$\approx f_{\omega+2}(122) $$

Water's Number?

Miner's Extreme Arrow Number$\approx f_{\omega2}(7421) $

Trifautx$$<f_{\omega\cdot5}(100) $$?

Tweer's Number (Size: Massive)$$\approx f_{\omega^2}(f_{\omega+1}(64)) $$

№$$\approx f_{\omega^2+1}(7) $$

Void's Epic Number (largest value)$$\approx f_{\omega^{\omega+1}+666}(26) $$

Tweer's Number (Size: Epic)

Oof's Number (Size: Monstrous)

TREEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE(3)

Oof's Number (Size: Come again?)

MFGSN

Anim

Abnim

Miner's Loading Number

Miner's Lazer Beam Number

Infinite number range ($$\omega $$-CAI)
$$\omega $$

Aleph null$\aleph_0 $

Little and big yus

$$\Omega $$

$$\aleph_1 $$

$$\Omega_2 $$

$$\aleph_2 $$

$$\Omega_\omega $$

$$\aleph_\omega $$

Miner's Second Number $$I[120] $$

Inaccessible Cardinal $I $, also $\backepsilon $ in Miner Enumeration

0=1 cardinal ($$\imath $$ in Miner Enumeration)

$$\complement_1 $$(Miner Enumeration)

$$\complement_2 $$(Miner Enumeration)

$$\complement_3 $$(Miner Enumeration)

Miner's Cardinal

$$\infin(0,1) $$ (LAIF)?

Cantor's Absolute Infinity (sometimes called $$\Omega $$)

Post-absolute range (CAI-ƒ)
San ʃ?

Vsaue  $$\Lambda$$?

Ret ɼ

The metaset ʃ₂ = ʃʃ

ʃ₃?

ʃ

ƒ = ε(ʃ+1)?

Post-ƒ range (>ƒ)
ƒ ₂, Ful-Two?

ƒ ʃ, Ful-San?

ℾ| ℾ, Gath?

ℾ ℾ, Gath-Gath

ℍ, Hi'Gi

𝕆, Nuf

𝕆₂, Nuf-Two

𝔸, At

𝔸𝔸, At-At

𝕍 ,"Hi'At

𝕎, Wul

𝕗, Fuzou

𝔽, Fuzuz

$$\infin(1,1) $$ (LAIF)?

$$\infin(2,1) $$ (LAIF)?

$$\infin(\omega,1) $$ (LAIF)?

$$\infin(\Omega,1) $$ (LAIF)?

$$\infin(0,2) $$ (LAIF)?

$$\infin(\omega,2) $$?

$$\infin(0,3) $$?

$$\infin(0,\omega) $$?

$$\infin(0,\Omega) $$?

LAIF fixed point