Tethrinoolattitope

Tethrinoolattitope is equal to \(\{100,100[1[3\neg2]2]2\}\) in Bird's array notation, using the modified Hierarchical Hyper-Nested Array Notation.Hayden's Big Numbers - My BAN and SAN numbers Retrieved 2023-06-11. The term was coined by googology user HaydenTheGoogologist2009.
==Approximations==
Notation 	Approximation
Almighty Array Notation 	\(a\text{*}(100,100\{1!!!2\}2)\)
Bowers' Exploding Array Function 	\(\{X,X,X^2\} \& 100\) (weak bound, non-climbing)
\(X \uparrow\uparrow X^{X^{2}} \& 100\) (strong bound, climbing)
Extended Cascading-E Notation 	\(\text{E}100\#\text{^^}\#\text{^}\#\#100\)
DeepLineMadom's Array Notation 	\(100[1\{1///2\}2]100\)
Hayden's Extended Array Notation 	\(100 [1[3\neg2]2]_2 100\) (exact)
Strong array notation 	\(\text{s}(100,100\{1\{3^{`}\}2\}2)\)
Username5243's Array Notation 	\(100[0\{0\{2\}_1 1\}1]100\)
Fast-growing hierarchy (with this system of fundamental sequences)	\(f_{\varphi(\omega^2,0)}(100)\)
Hardy hierarchy (with this system of fundamental sequences) 	\(H_{\varphi(\omega^2,0)}(100)\)
Slow-growing hierarchy (with this system of fundamental sequences)	???
==Sources==
Category:Numbers
Category:Numbers by HaydenTheGoogologist2009
Category:Binary phi level
Category:Bird's array notation numbers