Extending English names

This is really bad!

Introduced from other extensions

I used dictionary numbers and extensons by John Horton Conway and Richard K. Guy.

• Million=\(10^6\)
• Decillion=\(10^{33}\)
• Googol=\(10^{100}\)=ten duotrigintillion(for comparison)
• Centillion=\(10^{303}\)

Extending Bowers' Extension

I don't even know. Here's some examples.

• Millillion=\(10^{3003}\)
• Micrillion=\(10^{3000003}\)
• Trialogue(by Sbiis Saibian, for comparison)=E1#3=\(10^{10^{10}}\)=\(10^{10000000000}\)
• Yoctillion=\(10^{3\times10^{21}+3}\)=\(10^{3\times10^{3\times7}+3}\)

• Tenillion=\(10^{3\times10^{3\times10}+3}\)=\(10^{3\times10^{30}+3}\)
• Ninehundredninetynineillion=\(10^{3\times10^{3\times999}+3}\)=\(10^{3\times10^{2997}+3}\)
• Thousandillion=\(10^{3\times10^{3\times1000}+3}\)=\(10^{3\times10^{3000}+3}\)
• Millionillion=\(10^{3\times10^{3\times1000000}+3}\)=\(10^{3\times10^{3000000}+3}\)_{Not to be confused with Millinillion=Mlllillion}
• Billionillion=\(10^{3\times10^{3\times1000000000}+3}\)=\(10^{3\times10^{3000000000}+3}\)
• Tetralogue(by Sbiis Saibian, for comparison)=E1#4=\(10^{10^{10^{10}}}\)
• Trillionillion=\(10^{3\times10^{3\times10^{12}}+3}\)
• Decillionillion=\(10^{3\times10^{3\times10^{33}}+3}\)
• Centillionillion=\(10^{3\times10^{3\times10^{303}}+3}\)

I don't know

More using SI prefix:

• Kiloillion=\(10^{3\times10^{3\times10^{3003}}+3}\)
• Megaillion=\(10^{3\times10^{3\times10^{3000003}}+3}\)
• Gigaillion=\(10^{3\times10^{3\times10^{3000000003}}+3}\)
• Pentalogue(by Sbiis Saibian, for comparison)=E1#5=\(10^{10^{10^{10^{10}}}}\)
• Teraillion=\(10^{3\times10^{3\times10^{3\times10^{12}+3}}+3}\)
• Yottaillion=\(10^{3\times10^{3\times10^{3\times10^{21}+3}}+3}\)

• Ettallion=\(10^{3\times10^{3\times10^{3\times10^{3\times8}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{24}+3}}+3}\)
• Thetallion=\(10^{3\times10^{3\times10^{3\times10^{3\times9}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{27}+3}}+3}\)
• Iotallion=\(10^{3\times10^{3\times10^{3\times10^{3\times10}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{30}+3}}+3}\)
• Rhollion=\(10^{3\times10^{3\times10^{3\times10^{3\times100}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{300}+3}}+3}\)

I then extended using SI units but with first vowel replaced with "e"(or "ee" is it is already "e").

• Keloillion=\(10^{3\times10^{3\times10^{3\times10^{3\times1000}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3000}+3}}+3}\)
• Meegaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^6}+3}}+3}\)
• Gegaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^9}+3}}+3}\)
• Hexalogue(by Sbiis Saibian, for comparison)=E1#6=\(10^{10^{10^{10^{10^{10}}}}}\)
• Teeraillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{12}}+3}}+3}\)
• Peetaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{15}}+3}}+3}\)
• Yettaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{21}}+3}}+3}\)

This however, was again extended using roman numerals.

• Viiiaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times8}}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{24}}+3}}+3}\)
• Xaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times10}}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{30}}+3}}+3}\)
• Laillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times50}}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{150}}+3}}+3}\)
• Caillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times100}}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{300}}+3}}+3}\)
• Daillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times500}}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{1500}}+3}}+3}\)
• Maillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times1000}}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3000}}+3}}+3}\)

Realm of confuse

Now, SI units AGAIN, but this time the first vowel is replaced by "a."

• Kaloillion=Maillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times1000}}+3}}+3}\)=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3000}}+3}}+3}\)
• Magaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times10^6}}+3}}+3}\)
• Gagaillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times10^9}}+3}}+3}\)
• Heptalogue(by Sbiis Saibian, for comparison)=E1#6=\(10^{10^{10^{10^{10^{10^{10}}}}}}\)
• Taraillion=\(10^{3\times10^{3\times10^{3\times10^{3\times10^{3\times10^{12}}}+3}}+3}\)

Now I use the first my own extension, the number thing but modified, "a" is replacing the last "i."

More coming soon...