Embedded Files
Extended -illions:
I made my alternative -illion system called "old style extended -illions", based on CompactStar's original version of extended -illions with some modifications for tiers 4 and 5. Tier 6 that uses Greek quantitative roots uses the exact same names as my preferred system, except it strictly uses the alternative spellings based on CompactStar's original system. Unlike in my preferred system, which it goes all the way to tier 1,000,000 with an indefinite recontinuation, the old-style system is partially capped at tier 8.
[EXTENDED TIER 4 - HYPERCELESTIAL]
[EXTENDED TIER 4 - HYPERCELESTIAL]
[4|15] metillion = 10^(3*10^(3*10^(3*10^45))+3)
[4|15*] dettillion = 10^(3*10^(3*10^(6*10^45))+3)
[4|15*] trettillion = 10^(3*10^(3*10^(9*10^45))+3)
[4|15*] pettillion = 10^(3*10^(3*10^(1.5*10^46))+3)
[4|15*] zeettillion = 10^(3*10^(3*10^(2.1*10^46))+3)
[4|15*] dakettillion = 10^(3*10^(3*10^(3*10^46))+3)
[4|15*] hotettillion = 10^(3*10^(3*10^(3*10^47))+3)
[4|16] xevillion = 10^(3*10^(3*10^(3*10^48))+3)
[4|16*] dakevillion = 10^(3*10^(3*10^(3*10^49))+3)
[4|16*] hotevillion = 10^(3*10^(3*10^(3*10^50))+3)
[4|17] hypillion = 10^(3*10^(3*10^(3*10^51))+3)
[4|17*] dakohypillion = 10^(3*10^(3*10^(3*10^52))+3)
[4|17*] hotohypillion = 10^(3*10^(3*10^(3*10^53))+3)
[4|18] omnillion = 10^(3*10^(3*10^(3*10^54))+3)
[4|18*] dakomnillion = 10^(3*10^(3*10^(3*10^55))+3)
[4|18*] hotomnillion = 10^(3*10^(3*10^(3*10^56))+3)
[4|19] outillion = 10^(3*10^(3*10^(3*10^57))+3)
[4|19*] dakoutillion = 10^(3*10^(3*10^(3*10^58))+3)
[4|19*] hotoutillion = 10^(3*10^(3*10^(3*10^59))+3)
[4|20] barrillion = 10^(3*10^(3*10^(3*10^60))+3)
[4|20*] dakarrillion = 10^(3*10^(3*10^(3*10^61))+3)
[4|20*] hotarrillion = 10^(3*10^(3*10^(3*10^62))+3)
[4|21] barrekalillion = 10^(3*10^(3*10^(3*10^63))+3)
[4|22] barremejillion = 10^(3*10^(3*10^(3*10^66))+3)
[4|23] barregijillion = 10^(3*10^(3*10^(3*10^69))+3)
[4|24] barreastillion = 10^(3*10^(3*10^(3*10^72))+3)
[4|25] barrelunillion = 10^(3*10^(3*10^(3*10^75))+3)
[4|26] barrefermillion = 10^(3*10^(3*10^(3*10^78))+3)
[4|27] barrejovillion = 10^(3*10^(3*10^(3*10^81))+3)
[4|28] barresolillion = 10^(3*10^(3*10^(3*10^84))+3)
[4|29] barrebetillion = 10^(3*10^(3*10^(3*10^87))+3)
[4|30] garrillion = 10^(3*10^(3*10^(3*10^90))+3)
[4|31] garrekalillion = 10^(3*10^(3*10^(3*10^93))+3)
[4|32] garremejillion = 10^(3*10^(3*10^(3*10^96))+3)
[4|35] garrelunillion = 10^(3*10^(3*10^(3*10^105))+3)
[4|40] astarrillion = 10^(3*10^(3*10^(3*10^120))+3)
[4|45] astarrelunillion = 10^(3*10^(3*10^(3*10^135))+3)
[4|50] lunarrillion = 10^(3*10^(3*10^(3*10^150))+3)
[4|60] fermarrillion = 10^(3*10^(3*10^(3*10^180))+3)
[4|70] jovarrillion = 10^(3*10^(3*10^(3*10^210))+3)
[4|80] solarrillion = 10^(3*10^(3*10^(3*10^240))+3)
[4|90] betarrillion = 10^(3*10^(3*10^(3*10^270))+3)
[4|99] betarrebetillion = 10^(3*10^(3*10^(3*10^297))+3)
[4|100] hutillion = 10^(3*10^(3*10^(3*10^300))+3)
[4|101] hukalillion = 10^(3*10^(3*10^(3*10^303))+3)
[4|102] humejillion = 10^(3*10^(3*10^(3*10^306))+3)
[4|103] hugijillion = 10^(3*10^(3*10^(3*10^309))+3)
[4|105] hulunillion = 10^(3*10^(3*10^(3*10^315))+3)
[4|110] huglocillion = 10^(3*10^(3*10^(3*10^330))+3)
[4|115] humetillion = 10^(3*10^(3*10^(3*10^345))+3)
[4|120] hubarrillion = 10^(3*10^(3*10^(3*10^360))+3)
[4|125] hubarrelunillion = 10^(3*10^(3*10^(3*10^375))+3)
[4|130] hugarrillion = 10^(3*10^(3*10^(3*10^390))+3)
[4|140] hutastarrillion = 10^(3*10^(3*10^(3*10^420))+3)
[4|150] hulunarrillion = 10^(3*10^(3*10^(3*10^450))+3)
[4|160] hufermarrillion = 10^(3*10^(3*10^(3*10^480))+3)
[4|170] hujovarrillion = 10^(3*10^(3*10^(3*10^510))+3)
[4|180] husolarrillion = 10^(3*10^(3*10^(3*10^540))+3)
[4|190] hubetarrillion = 10^(3*10^(3*10^(3*10^570))+3)
[4|200] mutillion = 10^(3*10^(3*10^(3*10^600))+3)
[4|210] muglocillion = 10^(3*10^(3*10^(3*10^630))+3)
[4|220] mubarrillion = 10^(3*10^(3*10^(3*10^660))+3)
[4|230] mugarrillion = 10^(3*10^(3*10^(3*10^690))+3)
[4|250] mulunarrillion = 10^(3*10^(3*10^(3*10^750))+3)
[4|300] gutillion = 10^(3*10^(3*10^(3*10^900))+3)
[4|400] astutillion = 10^(3*10^(3*10^(3*10^1,200))+3)
[4|500] lutillion = 10^(3*10^(3*10^(3*10^1,500))+3)
[4|600] futillion = 10^(3*10^(3*10^(3*10^1,800))+3)
[4|700] jutillion = 10^(3*10^(3*10^(3*10^2,100))+3)
[4|800] sutillion = 10^(3*10^(3*10^(3*10^2,400))+3)
[4|900] butillion = 10^(3*10^(3*10^(3*10^2,700))+3)
[4|990] bubetarrillion = 10^(3*10^(3*10^(3*10^2,970))+3)
[4|999] bubetarrebetillion = 10^(3*10^(3*10^(3*10^2,997))+3)
[4|999*] nonecronobubetarrebetillion = 10^(3*10^(3*10^(2.997*10^3,000))+3)
Root table (roots in parentheses are optional):
Notes:
Tier-3 multiplicative to tier 5+: Always add "o" before tier 5+ roots
Tier-4 multiplicative to tier-5 roots: Add "e" before tier-5 roots starting with a consonant
[TIER 4 - COOKIEFONSTER'S HOAXORDINARY]
[TIER 4 - COOKIEFONSTER'S HOAXORDINARY]
[5|1] hepillion = 10^(3*10^(3*10^(3*10^3,000))+3)
[5|1*] hepekalillion = 10^(3*10^(3*10^(3*10^3,003))+3)
[5|1*] hepeglocillion = 10^(3*10^(3*10^(3*10^3,030))+3)
[5|1*] hepehutillion = 10^(3*10^(3*10^(3*10^3,300))+3)
[5|1*] hepemutillion = 10^(3*10^(3*10^(3*10^3,600))+3)
[5|1*] hepelutillion = 10^(3*10^(3*10^(3*10^4,500))+3)
[5|1*] mejehepillion = 10^(3*10^(3*10^(3*10^6,000))+3)
[5|1*] gijehepillion = 10^(3*10^(3*10^(3*10^9,000))+3)
[5|1*] astehepillion = 10^(3*10^(3*10^(3*10^12,000))+3)
[5|1*] lunehepillion = 10^(3*10^(3*10^(3*10^15,000))+3)
[5|1*] fermehepillion = 10^(3*10^(3*10^(3*10^18,000))+3)
[5|1*] jovehepillion = 10^(3*10^(3*10^(3*10^21,000))+3)
[5|1*] solehepillion = 10^(3*10^(3*10^(3*10^24,000))+3)
[5|1*] betehepillion = 10^(3*10^(3*10^(3*10^27,000))+3)
[5|1*] glocehepillion = 10^(3*10^(3*10^(3*10^30,000))+3)
[5|1*] barrehepillion = 10^(3*10^(3*10^(3*10^60,000))+3)
[5|1*] hutehepillion = 10^(3*10^(3*10^(3*10^300,000))+3)
[5|2] ottillion = 10^(3*10^(3*10^(3*10^3,000,000))+3) (*not to be confused with the one with the same name in my preferred system, which is the 8th of tier 5 instead of the 2nd)
[5|2*] glocottillion = 10^(3*10^(3*10^(3*10^30,000,000))+3)
[5|2*] hutottillion = 10^(3*10^(3*10^(3*10^300,000,000))+3)
[5|3] neatillion = 10^(3*10^(3*10^(3*10^3,000,000,000))+3)
[5|3*] gloceneatillion = 10^(3*10^(3*10^(3*10^3,000,000,000))+3)
[5|3*] huteneatillion = 10^(3*10^(3*10^(3*10^3,000,000,000))+3)
[5|4] deatillion = 10^(3*10^(3*10^(3*10^3,000,000,000,000))+3)
[5|5] unatillion = 10^(3*10^(3*10^(3*10^(3*10^15)))+3)
[5|6] entillion = 10^(3*10^(3*10^(3*10^(3*10^18)))+3)
[5|7] fitillion = 10^(3*10^(3*10^(3*10^(3*10^21)))+3)
[5|8] sytillion = 10^(3*10^(3*10^(3*10^(3*10^24)))+3)
[5|9] brontillion = 10^(3*10^(3*10^(3*10^(3*10^27)))+3)
[5|10] geopillion = 10^(3*10^(3*10^(3*10^(3*10^30)))+3)
[5|11] gea'hepillion = 10^(3*10^(3*10^(3*10^(3*10^33)))+3)
[5|12] gea'ottillion = 10^(3*10^(3*10^(3*10^(3*10^36)))+3)
[5|13] gea'neatillion = 10^(3*10^(3*10^(3*10^(3*10^39)))+3)
[5|14] gea'deatillion = 10^(3*10^(3*10^(3*10^(3*10^42)))+3)
[5|15] gea'unatillion = 10^(3*10^(3*10^(3*10^(3*10^45)))+3)
[5|16] gea'entillion = 10^(3*10^(3*10^(3*10^(3*10^48)))+3)
[5|17] gea'fitillion = 10^(3*10^(3*10^(3*10^(3*10^51)))+3)
[5|18] gea'sytillion = 10^(3*10^(3*10^(3*10^(3*10^54)))+3)
[5|19] gea'brontillion = 10^(3*10^(3*10^(3*10^(3*10^57)))+3)
[5|20] amosillion = 10^(3*10^(3*10^(3*10^(3*10^60)))+3)
[5|21] ama'hepillion = 10^(3*10^(3*10^(3*10^(3*10^63)))+3)
[5|22] ama'ottillion = 10^(3*10^(3*10^(3*10^(3*10^66)))+3)
[5|23] ama'neatillion = 10^(3*10^(3*10^(3*10^(3*10^69)))+3)
[5|24] ama'deatillion = 10^(3*10^(3*10^(3*10^(3*10^72)))+3)
[5|25] ama'unatillion = 10^(3*10^(3*10^(3*10^(3*10^75)))+3)
[5|26] ama'entillion = 10^(3*10^(3*10^(3*10^(3*10^78)))+3)
[5|27] ama'fitillion = 10^(3*10^(3*10^(3*10^(3*10^81)))+3)
[5|28] ama'sytillion = 10^(3*10^(3*10^(3*10^(3*10^84)))+3)
[5|29] ama'brontillion = 10^(3*10^(3*10^(3*10^(3*10^87)))+3)
[5|30] haprillion = 10^(3*10^(3*10^(3*10^(3*10^90)))+3)
[5|31] hapa'hepillion = 10^(3*10^(3*10^(3*10^(3*10^93)))+3)
[5|32] hapa'ottillion = 10^(3*10^(3*10^(3*10^(3*10^96)))+3)
[5|35] hapa'unatillion = 10^(3*10^(3*10^(3*10^(3*10^105)))+3)
[5|40] kyrillion = 10^(3*10^(3*10^(3*10^(3*10^120)))+3)
[5|41] kya'unatillion = 10^(3*10^(3*10^(3*10^(3*10^135)))+3)
[5|50] pidgillion = 10^(3*10^(3*10^(3*10^(3*10^150)))+3) (*modified to avoid conflict)
[5|60] saganillion = 10^(3*10^(3*10^(3*10^(3*10^180)))+3)
[5|70] pictrillion = 10^(3*10^(3*10^(3*10^(3*10^210)))+3) (*modified to avoid conflict)
[5|80] nisabillion = 10^(3*10^(3*10^(3*10^(3*10^240)))+3)
[5|90] zotzillion = 10^(3*10^(3*10^(3*10^(3*10^270)))+3)
[5|99] zoza'brontillion = 10^(3*10^(3*10^(3*10^(3*10^297)))+3)
[5|100] alphillion = 10^(3*10^(3*10^(3*10^(3*10^300)))+3)
[5|110] alfa'geopillion = 10^(3*10^(3*10^(3*10^(3*10^330)))+3)
[5|120] alfa'amosillion = 10^(3*10^(3*10^(3*10^(3*10^360)))+3)
[5|130] alfa'haprillion = 10^(3*10^(3*10^(3*10^(3*10^390)))+3)
[5|140] alfa'kyrillion = 10^(3*10^(3*10^(3*10^(3*10^420)))+3)
[5|150] alfa'pidgillion = 10^(3*10^(3*10^(3*10^(3*10^450)))+3)
[5|160] alfa'saganillion = 10^(3*10^(3*10^(3*10^(3*10^480)))+3)
[5|170] alfa'pictrillion = 10^(3*10^(3*10^(3*10^(3*10^510)))+3)
[5|180] alfa'nisabillion = 10^(3*10^(3*10^(3*10^(3*10^540)))+3)
[5|190] alfa'zotzillion = 10^(3*10^(3*10^(3*10^(3*10^570)))+3)
[5|200] betaillion = 10^(3*10^(3*10^(3*10^(3*10^600)))+3)
[5|210] befa'geopillion = 10^(3*10^(3*10^(3*10^(3*10^630)))+3)
[5|220] befa'amosillion = 10^(3*10^(3*10^(3*10^(3*10^660)))+3)
[5|250] befa'pidgillion = 10^(3*10^(3*10^(3*10^(3*10^750)))+3)
[5|300] gammillion = 10^(3*10^(3*10^(3*10^(3*10^900)))+3)
[5|400] deltillion = 10^(3*10^(3*10^(3*10^(3*10^1,200)))+3)
[5|500] thetillion = 10^(3*10^(3*10^(3*10^(3*10^1,500)))+3)
[5|600] iotillion = 10^(3*10^(3*10^(3*10^(3*10^1,800)))+3)
[5|700] kappillion = 10^(3*10^(3*10^(3*10^(3*10^2,100)))+3)
[5|800] lambdillion = 10^(3*10^(3*10^(3*10^(3*10^2,400)))+3)
[5|900] sigmillion = 10^(3*10^(3*10^(3*10^(3*10^2,700)))+3)
[5|990] sifa'zotzillion = 10^(3*10^(3*10^(3*10^(3*10^2,970)))+3)
[5|999] sifa'zoza'brontillion = 10^(3*10^(3*10^(3*10^(3*10^2,997)))+3)
[5|999*] bubetarrebetesifa'zoza'brontillion = 10^(3*10^(3*10^(3*10^(2.997*10^3,000)))+3)
Root table:
Notes:
Lone tier 3 roots immediately followed after tier 5+ roots, not tier-4 roots, always use Sbiis Saibian's "i" connection.
Replace an aphostrophe with "a" if it comes before "hapax".
[TIER 6 - GREEK QUANTITATIVE]
[TIER 6 - GREEK QUANTITATIVE]
One key difference between my preferred system and my old-style system is that the latter system strictly uses the alternative roots for certain numbers. That being said, H13#6 is always called "decatriakis", but "triadecakis" is not valid in the old-style system. Similarly, H70#6 is "hebdomecontakis", not "heptacontakis".
[6|1] hapaxillion = 10^(3*10^(3*10^(3*10^(3*10^3,000)))+3)
[6|1*] otigapaxillion = 10^(3*10^(3*10^(3*10^(3*10^6,000)))+3)
[6|1*] negapaxillion = 10^(3*10^(3*10^(3*10^(3*10^9,000)))+3)
[6|1*] degapaxillion = 10^(3*10^(3*10^(3*10^(3*10^12,000)))+3)
[6|1*] ungapaxillion = 10^(3*10^(3*10^(3*10^(3*10^15,000)))+3)
[6|1*] engapaxillion = 10^(3*10^(3*10^(3*10^(3*10^18,000)))+3)
[6|1*] figapaxillion = 10^(3*10^(3*10^(3*10^(3*10^21,000)))+3)
[6|1*] sygapaxillion = 10^(3*10^(3*10^(3*10^(3*10^24,000)))+3)
[6|1*] brogapaxillion = 10^(3*10^(3*10^(3*10^(3*10^27,000)))+3)
[6|1*] gegapaxillion = 10^(3*10^(3*10^(3*10^(3*10^30,000)))+3)
[6|1*] amagapaxillion = 10^(3*10^(3*10^(3*10^(3*10^60,000)))+3)
[6|1*] algapaxillion = 10^(3*10^(3*10^(3*10^(3*10^300,000)))+3)
[6|2] disillion = 10^(3*10^(3*10^(3*10^(3*10^3,000,000)))+3)
[6|2*] gegadisillion = 10^(3*10^(3*10^(3*10^(3*10^30,000,000)))+3)
[6|2*] algadisillion = 10^(3*10^(3*10^(3*10^(3*10^300,000,000)))+3)
[6|3] trisillion = 10^(3*10^(3*10^(3*10^(3*10^3,000,000,000)))+3)
[6|3*] gegatrisillion = 10^(3*10^(3*10^(3*10^(3*10^30,000,000,000)))+3)
[6|3*] algatrisillion = 10^(3*10^(3*10^(3*10^(3*10^300,000,000,000)))+3)
[6|4] tetrakisillion = 10^(3*10^(3*10^(3*10^(3*10^3,000,000,000,000)))+3)
[6|5] pentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^15))))+3)
[6|6] hexakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^18))))+3)
[6|7] heptakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^21))))+3)
[6|8] octakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^24))))+3)
[6|9] enneakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^27))))+3)
[6|10] decakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^30))))+3)
[6|10#] doodecakisillion = 10^(3*10^(3*10^(6*10^(3*10^(3*10^30))))+3) (*used to avoid conflict)
[6|11] hendecakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^33))))+3)
[6|12] dodecakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^36))))+3)
[6|13] decatriakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^39))))+3)
[6|14] decatetrakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^42))))+3)
[6|15] decapentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^45))))+3)
[6|16] decahexakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^48))))+3)
[6|17] decaheptakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^51))))+3)
[6|18] decaoctakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^54))))+3)
[6|19] decaenneakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^57))))+3)
[6|20] icosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^60))))+3)
[6|21] icosihenakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^63))))+3)
[6|22] icosidyakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^66))))+3)
[6|23] icositryakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^69))))+3)
[6|24] icositetrakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^72))))+3)
[6|25] icosipentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^75))))+3)
[6|26] icosihexakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^78))))+3)
[6|27] icosiheptakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^81))))+3)
[6|28] icosioctakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^84))))+3)
[6|29] icosienneakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^87))))+3)
[6|30] triacontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^90))))+3)
[6|31] triacontahenakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^93))))+3)
[6|32] triacontadyakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^96))))+3)
[6|35] triacontapentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^105))))+3)
[6|40] tessaracontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^120))))+3)
[6|45] tessaracontapentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^135))))+3)
[6|50] pentecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^150))))+3)
[6|60] hexecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^180))))+3)
[6|70] hebdomecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^210))))+3)
[6|80] ogdoecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^240))))+3)
[6|90] enenecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^270))))+3)
[6|99] enenecontaenneakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^297))))+3)
[6|100] hecatontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^300))))+3)
[6|101] hecatontahenakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^303))))+3)
[6|102] hecatontadyakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^306))))+3)
[6|103] hecatontatryakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^309))))+3)
[6|105] hecatontapentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^315))))+3)
[6|110] hecatontadecakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^330))))+3)
[6|115] hecatontadecapentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^345))))+3)
[6|120] hecatontaicosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^360))))+3)
[6|125] hecatontaicosipentakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^375))))+3)
[6|130] hecatontatriacontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^390))))+3)
[6|140] hecatontatessaracontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^420))))+3)
[6|150] hecatontapentecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^450))))+3)
[6|160] hecatontahexecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^480))))+3)
[6|170] hecatontahebdomecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^510))))+3)
[6|180] hecatontaogdoecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^540))))+3)
[6|190] hecatontaenenecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^570))))+3)
[6|200] diacosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^600))))+3)
[6|210] diacosidecakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^630))))+3)
[6|220] diacosiicosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^660))))+3)
[6|250] diacosipentecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^750))))+3)
[6|300] triacosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^900))))+3)
[6|400] tetracosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^1,200))))+3)
[6|500] pentacosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^1,500))))+3)
[6|600] hexacosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^1,800))))+3)
[6|700] heptacosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^2,100))))+3)
[6|800] octacosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^2,400))))+3)
[6|900] enneacosakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^2,700))))+3)
[6|990] enneacosienenecontakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^2,970))))+3)
[6|999] enneacosienenecontaenneakisillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^2,997))))+3)
[6|999*] sifa'zoza'brog'enneacosienenecontaenneakisillion = 10^(3*10^(3*10^(3*10^(3*10^(2.997*10^3,000))))+3)
Root table:
[TIER 7 - COLORIZE]
[TIER 7 - COLORIZE]
Tiers 7 and 8 have the same set of etymologies as in my preferred system, except being simplified and reduced with inclusion of Greek roots for the names of 20-90 and 200-900 in tier 7, and combining tier-8 "ones" roots for multiples of tens (after 20) and hundreds instead of using unique element names like titanium (30) and silver (200), and some of them are slightly shortened, and thus is partially harmonious with MrRedShark77's name. The tier-6 multiplicative roots are also different, with dedicated final roots used instead of just replacing "-kis" with "-kia".
[7|1] redillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000))))+3)
[7|1*] dykeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^6,000))))+3)
[7|1*] trykeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^9,000))))+3)
[7|1*] tetrekeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^12,000))))+3)
[7|1*] pentekeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^15,000))))+3)
[7|1*] hexekeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^18,000))))+3)
[7|1*] heptekeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^21,000))))+3)
[7|1*] octekeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^24,000))))+3)
[7|1*] ennekeredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^27,000))))+3)
[7|1*] deciseredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^30,000))))+3)
[7|1*] icoiseredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^60,000))))+3)
[7|1*] hecatiseredillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^300,000))))+3)
[7|2] orangillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000))))+3)
[7|2*] deciserangillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^30,000,000))))+3)
[7|2*] hecatiserangillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^300,000,000))))+3)
[7|3] yellowillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000,000))))+3)
[7|3*] decisellowillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000,000))))+3)
[7|3*] hecatisellowillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000,000))))+3)
[7|4] limillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000,000,000))))+3)
[7|5] greenillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^15)))))+3)
[7|6] cyanillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^18)))))+3)
[7|7] bluillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^21)))))+3)
[7|8] purplillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^24)))))+3)
[7|9] magentillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^27)))))+3)
[7|10] pinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^30)))))+3)
[7|11] redopinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^33)))))+3)
[7|12] orapinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^36)))))+3)
[7|13] yellopinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^39)))))+3)
[7|14] limipinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^42)))))+3)
[7|15] grepinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^45)))))+3)
[7|16] cyapinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^48)))))+3)
[7|17] bluipinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^51)))))+3)
[7|18] puripinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^54)))))+3)
[7|19] magipinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^57)))))+3)
[7|20] dinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^60)))))+3)
[7|21] redodinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^63)))))+3)
[7|22] oradinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^66)))))+3)
[7|23] yellodinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^69)))))+3)
[7|24] limidinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^72)))))+3)
[7|25] gredinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^75)))))+3)
[7|26] cyadinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^78)))))+3)
[7|27] bluidinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^81)))))+3)
[7|28] puridinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^84)))))+3)
[7|29] magidinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^87)))))+3)
[7|30] trinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^90)))))+3)
[7|31] redotrinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^93)))))+3)
[7|32] oratrinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^96)))))+3)
[7|35] gretrinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^105)))))+3)
[7|40] terinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^120)))))+3)
[7|45] greterinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^135)))))+3)
[7|50] peninkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^150)))))+3)
[7|60] hexinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^180)))))+3)
[7|70] hepinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^210)))))+3)
[7|80] octinkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^240)))))+3)
[7|90] enninkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^270)))))+3)
[7|99] magenninkillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^270)))))+3)
[7|100] violetillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^300)))))+3)
[7|101] redovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^303)))))+3)
[7|102] oravioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^306)))))+3)
[7|103] yellovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^309)))))+3)
[7|105] grevioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^315)))))+3)
[7|110] pinkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^330)))))+3)
[7|115] grepinkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^345)))))+3)
[7|120] dinkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^360)))))+3)
[7|125] gredinkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^375)))))+3)
[7|130] trinkvioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^390)))))+3)
[7|140] terinkioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^420)))))+3)
[7|150] peninkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^450)))))+3)
[7|160] hexinkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^480)))))+3)
[7|170] hepinkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^510)))))+3)
[7|180] octinkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^540)))))+3)
[7|190] enninkovioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^570)))))+3)
[7|200] dioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^600)))))+3)
[7|210] pinkodioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^630)))))+3)
[7|220] dinkodioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^660)))))+3)
[7|250] peninkodioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^750)))))+3)
[7|300] trioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^900)))))+3)
[7|400] terioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^1,200)))))+3)
[7|500] penioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^1,500)))))+3)
[7|600] hexioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^1,800)))))+3)
[7|700] hepioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,100)))))+3)
[7|800] octioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,400)))))+3)
[7|900] ennioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,700)))))+3)
[7|990] enninkoennioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,970)))))+3)
[7|999] magenninkoennioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,997)))))+3)
[7|999*] enneacosienenecontaennekemagenninkoennioletillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,997)))))+3)
Root table:
[TIER 8 - ELEMENTAL]
[TIER 8 - ELEMENTAL]
[8|1] hydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000)))))+3)
[8|1*] orahydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^6,000)))))+3)
[8|1*] yellohydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^9,000)))))+3)
[8|1*] limihydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^12,000)))))+3)
[8|1*] grehydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^15,000)))))+3)
[8|1*] cyanihydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^18,000)))))+3)
[8|1*] bluihydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^21,000)))))+3)
[8|1*] purihydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^24,000)))))+3)
[8|1*] magihydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^27,000)))))+3)
[8|1*] pinkohydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^30,000)))))+3)
[8|1*] dinkohydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^60,000)))))+3)
[8|1*] violetihydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^300,000)))))+3)
[8|2] helillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000)))))+3)
[8|2*] pinkohelillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^30,000,000)))))+3)
[8|2*] violetihelillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^300,000,000)))))+3)
[8|3] lithillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000,000)))))+3)
[8|3*] pinkolithillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^30,000,000,000)))))+3)
[8|3*] violetilithillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^300,000,000,000)))))+3)
[8|4] berylillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^3,000,000,000,000)))))+3)
[8|5] borillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^15))))))+3)
[8|6] carbillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^18))))))+3)
[8|7] nitrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^21))))))+3)
[8|8] oxygillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^24))))))+3)
[8|9] fluorillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^27))))))+3)
[8|10] neonillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^30))))))+3)
[8|11] sodillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^33))))))+3)
[8|12] magnesillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^36))))))+3)
[8|13] aluminillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^39))))))+3)
[8|14] silicillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^42))))))+3)
[8|15] phosphillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^45))))))+3)
[8|16] sulfillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^48))))))+3)
[8|17] chlorillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^51))))))+3)
[8|18] argonillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^54))))))+3)
[8|19] potassillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^57))))))+3)
[8|20] calcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^60))))))+3)
[8|21] calcehydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^63))))))+3)
[8|22] calcehelillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^66))))))+3)
[8|23] calcelithillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^69))))))+3)
[8|24] calceberylillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^72))))))+3)
[8|25] calceborillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^75))))))+3)
[8|26] calcecarbillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^78))))))+3)
[8|27] calcenitrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^81))))))+3)
[8|28] calceoxygillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^84))))))+3)
[8|29] calcefluorillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^87))))))+3)
[8|30] licalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^90))))))+3) (*not to be confused with H23#8 in my preferred system)
[8|31] licalcehydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^93))))))+3)
[8|32] licalcehelillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^96))))))+3)
[8|35] licalceborillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^105))))))+3)
[8|40] berycalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^120))))))+3) (*not to be confused with H24#8 in my preferred system)
[8|45] berycalceborillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^135))))))+3)
[8|50] bocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^150))))))+3) (*not to be confused with H25#8 in my preferred system)
[8|60] carcalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^180))))))+3) (*not to be confused with H26#8 in my preferred system)
[8|70] nicalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^210))))))+3) (*not to be confused with H27#8 in my preferred system)
[8|80] oxocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^240))))))+3) (*not to be confused with H28#8 in my preferred system)
[8|90] fluocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^270))))))+3) (*not to be confused with H29#8 in my preferred system)
[8|99] fluocalcefluorillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^297))))))+3)
[8|100] kryptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^300))))))+3)
[8|101] kryptehydrillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^303))))))+3)
[8|102] kryptehelillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^306))))))+3)
[8|103] kryptelithillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^309))))))+3)
[8|105] krypteborillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^315))))))+3)
[8|110] krypteneonillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^330))))))+3)
[8|115] kryptephosphillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^345))))))+3)
[8|120] kryptecalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^360))))))+3)
[8|125] kryptecalceborillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^375))))))+3)
[8|130] kryptelicalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^390))))))+3)
[8|140] krypteberycalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^420))))))+3)
[8|150] kryptebocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^450))))))+3)
[8|160] kryptecarcalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^480))))))+3)
[8|170] kryptenicalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^510))))))+3)
[8|180] krypteoxocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^540))))))+3)
[8|190] kryptefluocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^570))))))+3)
[8|200] heryptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^600))))))+3) (*not to be confused with hekryptillion = H102#8 in my preferred system)
[8|210] herypteneonillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^630))))))+3)
[8|220] heryptecalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^660))))))+3)
[8|250] heryptebocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^750))))))+3)
[8|300] liryptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^900))))))+3) (*not to be confused with likryptillion = H103#8 in my preferred system)
[8|400] beryptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^1,200))))))+3) (*not to be confused with berykryptillion = H104#8 in my preferred system)
[8|500] boryptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^1,500))))))+3) (*not to be confused with bokryptillion = H105#8 in my preferred system)
[8|600] caryptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^1,800))))))+3) (*not to be confused with carkryptillion = H106#8 in my preferred system)
[8|700] niryptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,100))))))+3) (*not to be confused with nikryptillion = H107#8 in my preferred system)
[8|800] oxyptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,400))))))+3) (*not to be confused with oxokryptillion = H108#8 in my preferred system)
[8|900] fluyptillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,700))))))+3) (*not to be confused with fluokryptillion = H109#8 in my preferred system)
[8|990] fluyptefluocalcillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,970))))))+3)
[8|999] fluyptefluocalcefluorillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^2,997))))))+3)
[8|999*] magenninkoennioletifluyptefluocalcefluorillion = 10^(3*10^(3*10^(3*10^(3*10^(3*10^(3*10^(2.997*10^3,000))))))+3)
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