root_chart

Hyper-E

Naming System

Root Chart

GUPPY REGIMENT

BASE GOOGOLISM'S/ROOTS

[1] eyelash mite ( 20,000 )

[2] dust mite ( 50,000 )

[3] cheese mite ( 80,000 )

[4] clover mite ( 200,000 )

[5] pipsqueak ( 10,000,000 )

[6] little squeaker/squeaker ( 50,000,000,000 )

[7] small fry ( 10^15 )

[8] guppy ( 10^20 )

[9] minnow ( 10^25 )

[10] goby ( 10^35 )

[11] gogol ( 10^50)

[12] jumbo shrimp/prawn ( 10^65 )

[13] lightweight ( 10^75 )

[14] ogol ( 10^80 )

[15] tiny twerpuloid/twerpuloid ( 10^85 )

[16] googol ( 10^100 )

[17] eceton ( 10^303 )

SIZE MODIFIERS

[18] speck (Definition: (n)-speck = n/10,000,000,000 )

[19] crumb (Definition: (n)-crumb = n/100,000 )

[20] chunk (Definition: (n)-chunk = n/10 )

[21] bunch (Definition: (n)-bunch = 10*n )

[22] crowd (Definition: (n)-crowd = 100,000*n)

[23] swarm (Definition: (n)-swarm = 10,000,000,000*n)

BASE MODIFIERS

[24] bit (base 2)

[25] byte (base 8)

[26] binary (base 2)

[27] ternary (base 3)

[28] quaternary (base 4)

[29] quinary (base 5)

[30] octal (base 8)

[31] duodecimal (base 12)

[32] hexadecimal (base 16)

[33] vigesimal (base 20)

[34] sexagesimal (base 60)

POWER MODIFIERS

[35] dyadia ( ^2 )

[36] triadia ( ^3 )

[37] tetradia ( ^4 )

[38] ding / pentadia ( ^5 )

[39] chime / dekadia ( ^10 )

[40] bell / penantadia ( ^50 )

[41] toll / hectadia ( ^100 )

[42] gong / chiliadia ( ^1000 )

[43] myriadia ( ^10,000 ) ex. googolmyriadia = 10^1,000,000 milliplexion

[44] bong / chilichilidia ( ^1,000,000 )

[45] throng / tritichiliadia ( ^1,000,000,000 )

[46] gandingan / tetertichiliadia ( ^1,000,000,000,000 )

LATIN REPEAT OPERATORS

[47] du (x2)

[48] tri (x3)

[49] quadri (x4)

[50] quinti (x5)

[51] sexti (x6)

[52] septi (x7)

[53] octi (x8)

[54] noni (x9)

[55] deci (x10)

[56] viginti (x20)

[57] triginti (x30)

[58] quadraginti (x40)

[59] quinquaginti (x50)

[60] sexaginti (x60)

[61] septuaginti (x70)

[62] octoginti (x80)

[63] nonaginti (x90)

[64] centi (x100)

[65] milli (x1000)

Misc. OPERATOR(s)

[66] plex/plexi (Definition: (n)-plex = 10^n )

[67] logue (Definition: (n)-logue = 10^^n )

[68] minutia (Definition: (n)-minutia = 1/n )

GREEK NUMBER ROOTS

[69] mono

[70] dia

[71] tria

[72] tetra

[73] penta

[74] hexa

[75] hepta

[76] octa

[77] enna

[78] deka

[79] endeka

[80] dodeka

[81] triadeka

[82] tetradeka

[83] pentadeka

[84] hexadeka

[85] heptadeka

[86] octadeka

[87] ennadeka

[88] icosa

[89] trianta

[90] teranta

[91] penanta

[92] exata

[93] eptata

[94] ogdata

[95] entata

[96] hecta

[97] chilia

[98] myria

BASIC FORMS

G = Googolism

S = Size Modifier

B = Base Modifier

X = Power Modifier/ Argument Modifier

X: = Greek Power Modifier

#P = Plex operator applied # times

#L = logue operator with # as input

A = Any combination of the other root-types

Allowed forms:

{1} G / G-B / B-G ex. googolbit , ternary-googol

{2} G-S / B-G-S googolcrumb size(n)

{3} G-X / B-G-X googoltoll pow(n)

{4} G-S-X / B-G-S-X googolcrumbtoll pow(size(n))

{5} G-X-S / B-G-X-S googoltollcrumb size(pow(n))

{6} G-#P / B-G-#P googolplex , guppyplex plex(n)

{7} G-#P-S / B-G-#P-S googolplexicrumb size(plex(n))

{8} G-S-#P / B-G-S-#P googolcrumbplex plex(size(n))

{9} G-#P-X / B-G-#P-X googolplexigong plex(pow(n))

{10} G-#P-X: / G-#P-X: googolplexichiliadia pow(plex(n))

= (10^10^100)^1000 = 10^10^103

{10} plex(pow(size(n))) (B)-G-S-X-#P googolcrumbtollplex = 10^10^9500

{11} plex(size(pow(n))) (B)-G-X-S-#P googoltollcrumbplex = 10^10^9995

{12} pow(size(plex(n))) (B)-G-#P-S-X: googolplexicrumbhectadia

= (10^(10^100-5))^100 = 10^(10^102-500)

{13} pow(plex(size(n))) (B)-G-S-#P-X: googolcrumbplexihectadia

= (10^10^95)^100 = 10^10^97

{14} size(plex(pow(n))) (B)-G-#P-X-S googolplexigong-crumb = 10^(10^100,000-5)

{15} size(pow(plex(n))) (B)-G-#P-X:-S googolplexihectadia-crumb = 10^(10^102-5)

{16} #L trialogue

{17} A-#L googologue , googolplexilogue , googolduplexilogue , etc.

*Note: The order of the Size Modifier and Power modifier matters. This would lead to things like googolcrumbtoll or googoltollcrumb. Not too bad sounding.

There is two possible interpretations depending on which order the operators are applied.

googolcrumb = 10^95 , so googolcrumbtoll might be 10^9500

On the other hand...

googoltoll = 10^10,000 so googoltollcrumb = 10^9,995

Despite this the values are in the same ballpark roughly.

The Base operator must always be applied last. It's a feature which may either be turned on or off.

1st-dim x 2nd-dim x 3rd dim x 4th dim x 5th dim

17 base googolisms x 7 size modes x 10 base modes x 30 power modes x 21 plex modes = 749,700