Fzmilliplexion

The fzmilliplexion is equal to \((10^{1,000,000})^{(10^{1,000,000})} = 10^{10^{1,000,006}}\). The term was coined by Sbiis Saibian. The name is formed by applying the fz- prefix to a milliplexion.
It is comparable to a millionduplex, even though it's actually equal to raising a millionduplex to the power of 1,000,000.
== Approximations ==
Notation 	Lower bound 	Upper bound
Arrow notation 	\((10\uparrow10\uparrow6)\uparrow\uparrow2\)	\((10\uparrow10\uparrow6)\uparrow\uparrow2\)
Down-arrow notation 	\(10\downarrow\downarrow1000007\) 	\(10\downarrow\downarrow1000007\)
Steinhaus-Moser Notation 	\(10^{1000000}[3]\) 	\(10^{1000000}[3]\)
Copy notation 	9[9[9[6]]] 	1[1[1[7]]]
H* function 	H(3H(333334)) 	H(4H(333334))
Taro's multivariable Ackermann function	A(3,A(3,A(3,18))) 	A(3,A(3,A(3,19)))
Pound-Star Notation 	#*((1))*((3445))*307 	#*((1))*((3446))*307
Hyper-E notation 	EE1000006 = E1000006#2 	EE1000006 = E1000006#2
BEAF 	{{10,{10,6}},{10,{10,6}},2} 	{{10,{10,6}},{10,{10,6}},2}
Bashicu matrix system 	(0)(1)[1822] 	(0)(1)[1823]
Hyperfactorial array notation 	((8!)!)! 	((9!)!)!
Fast-growing hierarchy 	\(f_2^3(17)\) 	\(f_2^3(18)\)
Hardy hierarchy 	\(H_{\omega^23}(17)\) 	\(H_{\omega^23}(18)\)
Slow-growing hierarchy 	\(g_{\omega^{\omega^{\omega^6+6}}}(10)\) 	\(g_{\omega^{\omega^{\omega^6+6}}}(10)\)
== Sources ==
==See also==
Category:Numbers by Sbiis Saibian
Category:Numbers
Category:Class 4
Category:Fz-
Category:Guppy regiment