Milli-millillion

A milli-millillionLarge Numbers by Robert Munafo or micrillionIllion Numbers by Jonathan Bowers is equal to 103,000,003 in the short scale, or 106,000,000 in the long scale. It is equal to 1 followed by 3,000,003 zeros. It is 3,000,004 digits long.
The word milli-millillion was coined by Professor Henkle in his system to devise one million -illionsLarge Numbers - 2.4.5 - Prof. Henkles million illions, and milli-millillion was the largest name in that system. The long scale of this number is equal to the fzmillion.
Micrillion is also known as one milliamilliatillion according to Landon Curt Noll's The English name of a number.
This number is also called ekatommyriahenillion in Russ Rowlett's Greek-based naming system of zillions.Russ Rowlett's Greek Based -illions
The name micrillion was coined by Jonathan Bowers. It comes from micr(o)- + -illion, where micro- is analogous to the metric prefixes deci-, centi-, and milli-.
==Approximations==
For short scale:
Notation 	Lower bound 	Upper bound
Scientific notation 	\(1\times10^{3\,000\,003}\) 	\(1\times10^{3\,000\,003}\)
Arrow notation 	\(10\uparrow3\,000\,003\) 	\(10\uparrow3\,000\,003\)
Steinhaus-Moser Notation 	6[3][3] 	7[3][3]
Copy notation 	2[2[7]] 	3[3[7]]
Chained arrow notation 	\(10→3\,000\,003\) 	\(10→3\,000\,003\)
Taro's multivariable Ackermann function	A(3,A(3,20)) 	A(3,A(3,21))
Pound-Star Notation 	#*((1660893))*705 	#*((1660894))*705
BEAF 	{10,3000003} 	{10,3000003}
Hyper-E notation 	E3,000,003 	E3,000,003
Bashicu matrix system 	(0)(1)[4] 	(0)(1)[5]
Hyperfactorial array notation 	(9!)! 	(10!)!
Fast-growing hierarchy 	\(f_2(f_2(19))\) 	\(f_2(f_2(20))\)
Hardy hierarchy 	\(H_{\omega^22}(19)\) 	\(H_{\omega^22}(20)\)
Slow-growing hierarchy 	\(g_{\omega^{\omega^63+3}}(10)\)	\(g_{\omega^{\omega^63+3}}(10)\)
For long scale:
Notation 	Lower bound 	Upper bound
Scientific notation 	\(1\times10^{6\,000\,000}\) 	\(1\times10^{6\,000\,000}\)
Arrow notation 	\(10\uparrow6\,000\,000\) 	\(10\uparrow6\,000\,000\)
Steinhaus-Moser Notation 	1000000[3] 	1000000[3]
Copy notation 	5[5[7]] 	6[6[7]]
Taro's multivariable Ackermann function	A(3,A(3,21)) 	A(3,A(3,22))
Pound-Star Notation 	#*((12278))*975 	#*((12279))*975
BEAF 	{10,6000000} 	{10,6000000}
Hyper-E notation 	E(6E6) 	E(6E6)
Bashicu matrix system 	(0)(1)[4] 	(0)(1)[5]
Hyperfactorial array notation 	(9!)! 	(10!)!
Fast-growing hierarchy 	\(f_2(f_2(19))\) 	\(f_2(f_2(20))\)
Hardy hierarchy 	\(H_{\omega^22}(19)\) 	\(H_{\omega^22}(20)\)
Slow-growing hierarchy 	\(g_{\omega^{\omega^66}}(10)\)	\(g_{\omega^{\omega^66}}(10)\)
== Sources ==
== See also ==
ja:ミリミリリオン
Category:Numbers
Category:Illion
Category:Class 3
Category:Powers of 10 with squarefree exponent
Category:Lower class 3
Category:Tier 2 -illion numbers