My Number is WAYYY larger [game]

[ababa11e]

X^^(X+2) & 10 using the climbing method, approx. f_{ε(ω^ω)}(10)

f_{ε(ω^ω^ω)}(10)

[get_Snacked]

f_{ε(ω^ω^ω)}(10)

f_{ε2^ε2}(10^10^100+1)

f_{ω^^ω}(10^[10]10)

f_{ω^ω^ω^ω}(10000)

Updated Rules:
A: NO SALAD NUMBERS! [ie no rayo's number, no TREE[TREE[TRREE[G[64]], no using overused functions more than once, and NO tree(x)]

(well, i did use the Buchholz hydra notation more than once, but you guys used FGH wayyyy more than i did.)
anyways,
(0)(2)(4)[10] using the Large Primitive Sequence System (LPrSS), approx. f_{ε(ε0)}(10)

[ababa11e]

f_{ε(ω^ω^ω)}(10)

f_{ε2^ε2}(10^10^100+1)

f_{ω^^ω}(10^[10]10)

f_{ω^ω^ω^ω}(10000)

Updated Rules:
A: NO SALAD NUMBERS! [ie no rayo's number, no TREE[TREE[TRREE[G[64]], no using overused functions more than once, and NO tree(x)]

(well, i did use the Buchholz hydra notation more than once, but you guys used FGH wayyyy more than i did.)
anyways,
(0)(2)(4)[10] using the Large Primitive Sequence System (LPrSS), approx. f_{ε(ε0)}(10)

(0)(2)(5)[10] in LPrSS [it isnt overused, so we can use it more than once until it is overused]

[get_Snacked]

(0)(2)(5)[10] in LPrSS [it isnt overused, so we can use it more than once until it is overused]

nonstandard, and that is approx. f_{ζ0}(10).
(0)(3)(5)[10] (i don't know the growth rate but it's approx. either f_{ε(ζ0+1)}(10) or f_{ζ(ε0)}(10).)

[ababa11e]

(0)(2)(5)[10] in LPrSS [it isnt overused, so we can use it more than once until it is overused]

nonstandard, and that is approx. f_{ζ0}(10).
(0)(3)(5)[10] (i don't know the growth rate but it's approx. either f_{ε(ζ0+1)}(10) or f_{ζ(ε0)}(10).)

(0)(3)(6)[10]

[get_Snacked]

(0)(4)(8)[10] approx. f_{η(η0)}(10).

[unname4798]

(0)(9)(9)[10]

[ababa11e]

(0)(9)(9)[10]

0[x] = f_[phi(x,0)](x)
b[x] = b-1[b[x-1]]
b[0] = b-1

my number is 10[10]

[CARuler]

(10^10^100+1)[10^10^100+1]

[get_Snacked]

the growth rate of the above function is Γ0+something.
(0)(1,1)(0)(1,1)[10] in Large Primitive Sequence System hehe
approx. f_{Γ0*2}(10)

[eRroR_6o6]

How about we remove "rule A", since "rule F" already disallows you from using "salad numbers"?

[CARuler]

(10)(10,10)(10)(10,10)[10]

[get_Snacked]

(10)(10,10)(10)(10,10)[10]

nonstandard, expression must start with (0). your expression is an uncountable ordinal right now

[CARuler]

oh, sorry
(0)(10,10)(10),(10,10)[10]

[get_Snacked]

oh, sorry
(0)(10,10)(10),(10,10)[10]

there's a comma outside of the parentheses
EDIT: that was an easy 3 posts (although i'm not aiming for something unlik-)

[tommyaweosme]

tree(

7x7x7x7 tetrational BEAF array where all arguments are 77 (tetrational BEAF is around f_{w^^3}(x) but idk what x is in this case)

i don't understand the Z thing so i'll just stick to BEAF for now. i wonder how quickly we'll finally pass my mn(x) function...

)
i know nothing about this,

but i know how to combine stuff

thats minecrafts lesson: combine stuffs, get awesome stuff

even if you know nothing

[get_Snacked]

tree(

7x7x7x7 tetrational BEAF array where all arguments are 77 (tetrational BEAF is around f_{w^^3}(x) but idk what x is in this case)

i don't understand the Z thing so i'll just stick to BEAF for now. i wonder how quickly we'll finally pass my mn(x) function...

)
i know nothing about this,

but i know how to combine stuff

thats minecrafts lesson: combine stuffs, get awesome stuff

even if you know nothing

that is nowhere close to the current magnitude of growth rate

[ababa11e]

oh, sorry
(0)(10,10)(10),(10,10)[10]

(0)(10,10^10)(10),(10,10)[10]

[CARuler]

(0)(10^[10]10,10^[10]10)(10^[10]10)(10^[10]10,10^[10]10)[10^[10]10]

[get_Snacked]

(0)(2,2,2)[10]

[ababa11e]

(0)(2,2,2)[10]

(0)(2,2,2,2)[10]

[get_Snacked]

(0)(2,1,,1)[10] using dimensional LPrSS (i don't even know if it's formalised but let's just go with it)

[ababa11e]

(0)(2,1,,1)[10] using dimensional LPrSS (i don't even know if it's formalised but let's just go with it)

not formalized

[get_Snacked]

a bit of a big jump: (0,(0,1)[10])[10]

nonstandard, expression must start with (0). your expression is an uncountable ordinal right now

[ababa11e]

a bit of a big jump: (0,(0,1)[10])[10]

nonstandard, expression must start with (0). your expression is an uncountable ordinal right now

oh srry. edited
you get a free next number