Knuthy K is There

Happy Birthday, Donald Knuth turned 86! I am going to create the new numbers based off Knuth's Fancy K (10^^^10, a.k.a. deka-taxis by Sbiis Saibian).

Formerly known as "Super K is There".

Current members: 268

1. Peta K = 10^^^^^3 = 10^^^^10^^^^10 (*a.k.a. tria-exaxis)

2. Exa K = 10^^^^^^3 = 10^^^^^10^^^^^10 (*a.k.a. tria-eptaxis)

3. Zetta K = 10^^^^^^^3 (7 arrows) (*a.k.a. tria-octaxis)

4. Yotta K = 10^^^^^^^^3 (8 arrows) (*a.k.a. tria-ennaxis)

5. Ronna K = 10^^^^^^^^^3 (9 arrows) (*a.k.a. tria-dekaxis)

6. Quetta K = 10^^^^^^^^^^3 (10 arrows) (*a.k.a. tria-endekaxis)

7. Onze K = 10^^^^^^^^^^^3 (11 arrows) (*a.k.a. tria-dodekaxis)

8. Douze K = 10^^^^^^^^^^^^3 (12 arrows)

9. Treize K = 10^^^^^^^^^^^^^3 (13 arrows)

10. Quatorze K = 10^^^^^^^^^^^^^^3 (14 arrows)

11. Quinze K = 10^^^^^^^^^^^^^^^3 (15 arrows)

12. Seize K = 10^^^^^^^^^^^^^^^^3 (16 arrows)

13. Vingt K = 10^^^^^^^^^^^^^^^^^^^^3 (20 arrows)

14. Trente K = 10{30}3

15. Quarante K = 10{40}3

16. Cinquante K = 10{50}3

17. Soixante K = 10{60}3

18. Quatre-vingts K = 10{80}3

19. Cent K = 10{100}3

20. Deux-cents K = 10{200}3

21. Trois-cents K = 10{300}3

22. Cinq-cents K = 10{500}3

23. Mille K = 10{1000}3

24. Million K = 10{1000000}3

25. Mini K = 10^^^3 = 10^^10^^10 (*a.k.a. tria-taxis)

26. Tiny K = 10^^3 = 10^10^10 = 10^10,000,000,000 (*a.k.a. trialogue)

27. Proto K = 10^3 = 1,000

28. Superior Proto K = 10{1,000}10

29. Superior Tiny K = 10{10^^3}10 = 10{10^10^10}10 = 10{10^10,000,000,000}10

30. Superior Mini K = 10{10^^^3}10

31. Superior Super K = 10{10^^^^3}10

32. Superior Super K Jr. = 10{10^^^^3}3

33. Superior Peta K = 10{10^^^^^3}10

34. Superior Exa K = 10{10^^^^^^3}10

35. Superior Zetta K = 10{10{7}3}10

36. Superior Yotta K = 10{10{8}3}10

37. Superior Ronna K = 10{10{9}3}10

38. Superior Quetta K = 10{10{10}3}10

39. Double Superior Proto K = 10{10{1,000}10}10

40. Double Superior Tiny K = 10{10{10^10^10}10}10

41. Double Superior Mini K = 10{10{10^^^3}10}10

42. Double Superior Super K = 10{10{10^^^^3}10}10

43. Triple Superior Super K = 10{10{10{10^^^^3}10}10}10

44. Quadruple Superior Super K = 10{10{10{10{10^^^^3}10}10}10}10

45. Corporal Proto K = {10, 1000, 1, 2} in BEAF

46. Corporal Tiny K = {10, 10^10^10, 1, 2} in BEAF

47. Corporal Mini K = {10, 10^^^3, 1, 2} in BEAF

48. Corporal Super K = {10, 10^^^^3, 1, 2} in BEAF

49. Superior Corporal Super K = {10, {10, 10^^^^3, 1, 2}, 1, 2} in BEAF

50. Mulporal Super K = {10, 10^^^^3, 2, 2} in BEAF

51. Powporal Super K = {10, 10^^^^3, 3, 2} in BEAF

52. Terporal Super K = {10, 10^^^^3, 4, 2} in BEAF

53. Hyporal Super K = {10, 10, 10^^^^3, 2} in BEAF

54. Corplodal Super K = {10, 10^^^^3, 1, 3} in BEAF

55. Mulplodal Super K = {10, 10^^^^3, 2, 3} in BEAF

56. Hyplodal Super K = {10, 10, 10^^^^3, 3} in BEAF

57. Cordetal Super K = {10, 10^^^^3, 1, 4} in BEAF

58. Hydetal Super K = {10, 10, 10^^^^3, 4} in BEAF

59. Hypental Super K = {10, 10, 10^^^^3, 5} in BEAF

60. Hyhexal Super K = {10, 10, 10^^^^3, 6} in BEAF

61. General Super K = {10, 10, 10, 10^^^^3} in BEAF

62. Superior General Super K = {10, 10, 10, {10, 10, 10, 10^^^^3}} in BEAF

63. Antrial K = {10, 10^^^^3, 1, 1, 2} in BEAF

64. Butrial K = {10, 10^^^^3, 2, 1, 2} in BEAF

65. Coptrial K = {10, 10, 10^^^^3, 1, 2} in BEAF

66. Acoptrial K = {10, 10^^^^3, 1, 2, 2} in BEAF

67. Boptrial K = {10, 10, 10^^^^3, 2, 2} in BEAF

68. Troptrial K = {10, 10, 10^^^^3, 3, 2} in BEAF

69. Tridal K = {10, 10, 10, 10^^^^3, 2} in BEAF

70. Antridal K = {10, 10^^^^3, 1, 1, 3} in BEAF

71. Coptridal K = {10, 10, 10^^^^3, 1, 3} in BEAF

72. Tritral K = {10, 10, 10, 10^^^^3, 3} in BEAF

73. Triteral K = {10, 10, 10, 10^^^^3, 4} in BEAF

74. Tripetal K = {10, 10, 10, 10^^^^3, 5} in BEAF

75. Quadrial K = {10, 10, 10, 10, 10^^^^3} in BEAF

76. Anquadrial K = {10, 10^^^^3, 1, 1, 1, 2} in BEAF

77. Copquadrial K = {10, 10, 10^^^^3, 1, 1, 2} in BEAF

78. Trioquadrial K = {10, 10, 10, 10^^^^3, 1, 2} in BEAF

79. Quadridal K = {10, 10, 10, 10, 10^^^^3, 2} in BEAF

80. Quadritral K = {10, 10, 10, 10, 10^^^^3, 3} in BEAF

81. Quintial K = {10, 10, 10, 10, 10, 10^^^^3} in BEAF

82. Quintidal K = {10, 10, 10, 10, 10, 10^^^^3, 2} in BEAF

83. Sextial K = {10, 10, 10, 10, 10, 10, 10^^^^3} in BEAF

84. Septial K = {10, 10, 10, 10, 10, 10, 10, 10^^^^3} in BEAF

85. Octial K = {10, 10, 10, 10, 10, 10, 10, 10, 10^^^^3} in BEAF

86. Lineal K = {10, 10^^^^3 (1) 2} in BEAF

87. Lineal K v1.1 = {10, 10^^^^3, 2 (1) 2} in BEAF

88. Lineal K v1.2 = {10, 10, 10^^^^3 (1) 2} in BEAF

89. Lineal K v1.3 = {10, 10, 10, 10^^^^3 (1) 2} in BEAF

90. Lineal K v1.4 = {10, 10^^^^3 (1) 3} in BEAF

91. Lineal K v1.5 = {10, 10^^^^3 (1) 4} in BEAF

92. Lineal K v1.6 = {10, 10 (1) 10^^^^3} in BEAF

93. Lineal K v1.7 = {10, 10 (1) 10, 10^^^^3} in BEAF

94. Lineal K v1.8 = {10, 10^^^^3 (1)(1) 2} in BEAF

95. Lineal K v1.9 = {10, 10^^^^3 (1)(1)(1) 2} in BEAF

96. Dimenal K = {10, 10^^^^3 (2) 2} in BEAF

97. Dimenal K v2.1 = {10, 10 (2) 10^^^^3} in BEAF

98. Dimenal K v2.2 = {10, 10^^^^3 (2)(1) 2} in BEAF

99. Dimenal K v2.3 = {10, 10^^^^3 (2)(2) 2} in BEAF

100. Dimenal K v2.4 = {10, 10^^^^3 (3) 2} in BEAF

101. Dimenal K v2.5 = {10, 10^^^^3 (3)(3) 2} in BEAF

102. Dimenal K v2.6 = {10, 10^^^^3 (4) 2} in BEAF

103. Dimenal K v2.7 = {10, 10^^^^3 (5) 2} in BEAF

104. Dimenal K v2.8 = {10, 10^^^^3 (6) 2} in BEAF

105. Trimenal K = {10, 10^^^^3 (0, 1) 2} in BEAF

106. Trimenal K v3.1 = {10, 10^^^^3 (0, 1)(0, 1) 2} in BEAF

107. Trimenal K v3.2 = {10, 10^^^^3 (1, 1) 2} in BEAF

108. Trimenal K v3.3 = {10, 10^^^^3 (2, 1) 2} in BEAF

109. Trimenal K v3.4 = {10, 10^^^^3 (0, 2) 2} in BEAF

110. Trimenal K v3.5 = {10, 10^^^^3 (0, 3) 2} in BEAF

111. Trimenal K v3.6 = {10, 10^^^^3 (0, 0, 1) 2} in BEAF

112. Trimenal K v3.7 = {10, 10^^^^3 (0, 0, 0, 1) 2} in BEAF

113. Trimenal K v3.8 = {10, 10^^^^3 (0, 0, 0, 0, 1) 2} in BEAF

114. Trimenal K v3.9 = {10, 10^^^^3 (0, 0, 0, 0, 0, 1) 2} in BEAF

115. Permenal K = {10, 10^^^^3 ((1) 1) 2} in BEAF

116. Permenal K v4.1 = {10, 10^^^^3 ((1) 0, 1) 2} in BEAF

117. Permenal K v4.2 = {10, 10^^^^3 ((1)(1) 1) 2} in BEAF

118. Permenal K v4.3 = {10, 10^^^^3 ((2) 1) 2} in BEAF

119. Permenal K v4.4 = {10, 10^^^^3 ((3) 1) 2} in BEAF

120. Permenal K v4.5 = {10, 10^^^^3 ((4) 1) 2} in BEAF

121. Permenal K v4.6 = {10, 10^^^^3 ((0, 1) 1) 2} in BEAF

122. Permenal K v4.7 = {10, 10^^^^3 ((0, 2) 1) 2} in BEAF

123. Permenal K v4.8 = {10, 10^^^^3 ((0, 0, 1) 1) 2} in BEAF

124. Permenal K v4.9 = {10, 10^^^^3 ((0, 0, 0, 1) 1) 2} in BEAF

125. Permenal K v4.10 = {10, 10^^^^3 (((1) 1) 1) 2} in BEAF

126. Permenal K v4.11 = {10, 10^^^^3 (((2) 1) 1) 2} in BEAF

127. Permenal K v4.12 = {10, 10^^^^3 (((0, 1) 1) 1) 2} in BEAF

128. Permenal K v4.13 = {10, 10^^^^3 ((((1) 1) 1) 1) 2} in BEAF

129. Permenal K v4.14 = {10, 10^^^^3 ((((0, 1) 1) 1) 1) 2} in BEAF

130. Permenal K v4.15 = {10, 10^^^^3 (((((1) 1) 1) 1) 1) 2} in BEAF

131. Permenal K v4.16 = {10, 10^^^^3 (((((0, 1) 1) 1) 1) 1) 2} in BEAF

132. Tetmenal K = X^^(10^^3) & 10 in BEAF tetrational arrays = {10, 10^^^^3 (((...(((0, 1) 1) 1) ...) 1) 1) 1) 2} w/ (10^^^^3)/2 pairs of parentheses in BEAF

133. Grand K = 10^^^^4 (*a.k.a. tetra-petaxis)

134. Grand grand K = 10^^^^5 (*a.k.a. penta-petaxis)

135. Grand grand grand K = 10^^^^6 (*a.k.a. hexa-petaxis)

136. Grand grand grand grand K = 10^^^^7 (*a.k.a. hepta-petaxis)

137. Five-ex-grand K = 10^^^^8 (*a.k.a. octa-petaxis)

138. Six-ex-grand K = 10^^^^9 (*a.k.a. enna-petaxis)

139. Seven-ex-grand K = 10^^^^10 (*a.k.a. deka-petaxis)

140. Ten-ex-grand K = 10^^^^13

141. Hundred-ex-grand K = 10^^^^103

142. Super-K-ex-grand K = 10^^^^(10^^^^3 + 3)

143. Grand Peta K = 10^^^^^4 (*a.k.a. tetra-exaxis)

144. Grand Exa K = 10^^^^^^4 (*a.k.a. tetra-eptaxis)

145. Grand Zetta K = 10^^^^^^^4 (7 arrows) (*a.k.a. tetra-octaxis)

146. Grand Yotta K = 10^^^^^^^^4 (8 arrows) (*a.k.a. tetra-ennaxis)

147. Grand Ronna K = 10^^^^^^^^^4 (9 arrows) (*a.k.a. tetra-dekaxis)

148. Grand Quetta K = 10^^^^^^^^^^4 (10 arrows) (*a.k.a. tetra-endekaxis)

149. Grand Onze K = 10^^^^^^^^^^^4 (11 arrows) (*a.k.a. tetra-dodekaxis)

150. Grand Mini K = 10^^^4 = 10^^10^^10^^10 (*a.k.a. tetra-taxis)

151. Grand Tiny K = 10^^4 = 10^10^10^10 = 10^10^10,000,000,000 (*a.k.a. tetralogue)

152. Grand Proto K = 10^4 = 10,000

153. Grand grand Mini K = 10^^^5 (*a.k.a. penta-taxis)

154. Grand grand Tiny K = 10^^5 = 10^10^10^10^10 (*a.k.a. pentalogue)

155. Grand grand Proto K = 10^5 = 100,000

156. Great Super K = 10^^^^10^^^^3 = 10^^^^10^^^10^^^10

157. Great great Super K = 10^^^^10^^^^10^^^^3

158. Great great great Super K = 10^^^^10^^^^10^^^^10^^^^3

159. Great Peta K = 10^^^^^10^^^^^3

160. Great Exa K = 10^^^^^^10^^^^^^3

161. Tiny-Augmented Proto K = 10^^10^3 = 10^^1,000

162. Mini-Augmented Tiny K = 10^^^10^^3 = 10^^^10^10^10

163. Super-Augmented Mini K = 10^^^^10^^^3 = 10^^^^10^^10^^10

164. Peta-Augmented Super K = 10^^^^^10^^^^3

165. Exa-Augmented Peta K = 10^^^^^^10^^^^^3

166. Double-Super-Augmented Mini K = 10^^^^10^^^^10^^^3

167. Sub-Proto K from Multiplication = 10*3 = 30

168. Sub-Proto K from Addition = 10+3 = 13

169. Sub-Proto K Successor = 10+1 = 11

170. Reverse K from Predecessor = 10-1 = 9

171. Reverse K from Subtraction = 10-3 = 7

172. Reverse K from Division = 10/3 ~ 3.3333333333333333333333333333333...

173. Reverse K from Cube Root = 10^(1/3) ~ 2.1544346900318837217592935665194

174. Reverse K from Base 3 Logarithm = log3(10) ~ 2.0959032742893846042965675220214

175. Proto-Augmented Sub-Proto K from Multiplication = 10^30 = 1,000,000,000,000,000,000,000,000,000,000

176. Proto-Augmented Sub-Proto K from Addition = 10^13 = 10,000,000,000,000

177. Proto-Augmented Sub-Proto K Successor = 10^11 = 100,000,000,000

178. Sub-Proto-Multiplied Sub-Proto K from Addition = 10*13 = 130

179. Sub-Proto-Added Sub-Proto-K successor = 10+11 = 21

180. Tiny-Augmented Sub-Proto-K from Multiplication = 10^^30

181. Tiny-Augmented Sub-Proto-K from Addition = 10^^13

182. Tiny-Augmented Sub-Proto-K Successor = 10^^11

183. Base-Super-K-Giggol = (10^^^^3)^^100

184. Base-Super-K-Gaggol = (10^^^^3)^^^100

185. Base-Super-K-Geegol = (10^^^^3)^^^^100

186. Base-Super-K-Gigol = (10^^^^3)^^^^^100

187. Base-Super-K-Goggol = (10^^^^3)^^^^^^100

188. Base-Super-K-Gagol = (10^^^^3)^^^^^^^100

189. Base-Super-K-Boogol = {10^^^^3, 10^^^^3, 100}

190. Base-Super-K-Grangol = E[E1#1#1#3]100#100 in Hyper-E

191. Base-Super-K-Greagol = E[E1#1#1#3]100#100#100 in Hyper-E

192. Base-Super-K-Gigangol = E[E1#1#1#3]100#100#100#100 in Hyper-E

193. Base-Super-K-Gorgegol = E[E1#1#1#3]100#100#100#100#100 in Hyper-E

194. Base-Super-K-Gulgol = E[E1#1#1#3]100#100#100#100#100#100 in Hyper-E

195. Base-Super-K-Gaspgol = E[E1#1#1#3]100#100#100#100#100#100#100 in Hyper-E

196. Base-Super-K-Ginorgol = E[E1#1#1#3]100#100#100#100#100#100#100#100 in Hyper-E

197. Base-Super-K-Gargantuul = E[E1#1#1#3]100#100#100#100#100#100#100#100#100 in Hyper-E

198. Base-Super-K-Googondol = E[E1#1#1#3]100#100#100#100#100#100#100#100#100#100 in Hyper-E

199. Base-Super-K-Gugold = E[E1#1#1#3]100##100 in extended Hyper-E

200. Hyper-E.K = E[E1#1#1#3]1#1#1#3 = (10^^^^3)^^^^3 in Hyper-E

201. Hyper-E-Expanded K = E[E1#1#1#3](E1#1#1#3)#(E1#1#1#3)#(E1#1#1#3)#3 in Hyper-E

202. Hyper-E-Expanded Tiny K = E[E1#1#3](E1#1#3)#(E1#1#3)#3 in Hyper-E

203. Hyper-E-Expanded Mini K = E[E1#3](E1#3)#3  in Hyper-E = E[EEE1](EEE1)#3 = E[EE10](EE10)#3 = E[EE10](E[EE10](EE10)#2) = E[EE10](E[EE10](E[EE10](EE10))) = E[10^10^10](E[10^10^10]((10^10^10)^(10^10^10))) = E[10^10^10](E[10^10^10]((10^10^10)^(10^10^10))) =
     (10^10^10)^((10^10^10)^((10^10^10)^(10^10^10)))

204. Hyper-E-Expanded Proto K = E[E3]3  in Hyper-E = E[10^3]3 = E[1,000]3 = 1,000^3 = 1,000,000,000

205. Normal K = 10^^^10 (a.k.a. deka-taxis)

206. Simplified K = 10^^10 (a.k.a. dekalogue)

207. Trivial K = 10^10 = 10,000,000,000 (a.k.a. dialogue)

208. Tetra K = 10^^^^10 (a.k.a. deka-petaxis)

209. Penta K = 10^^^^^10 (a.k.a. deka-exaxis)

210. Hexa K = 10^^^^^^10 (a.k.a. deka-eptaxis)

211. Hepta K = 10^^^^^^^10 = 10{7}10 (a.k.a. deka-octaxis)

212. Octa K = 10^^^^^^^^10 = 10{8}10 (a.k.a. deka-ennaxis)

213. Ennea K = 10^^^^^^^^^10 = 10{9}10 (a.k.a. deka-dekaxis)

214. Deka K = 10^^^^^^^^^^10 = 10{10}10 (a.k.a. deka-endekaxis / tridecal)

215. Endeka K = 10^^^^^^^^^^^10 = 10{11}10 (a.k.a. deka-dodekaxis)

216. Dodeka K = 10^^^^^^^^^^^^10 = 10{12}10

217. Dekatria K = 10{13}10

218. Dekatetra K = 10{14}10

219. Dekapenta K = 10{15}10

220. Dekahexa K = 10{16}10

221. Dekahepta K = 10{17}10

222. Dekaocta K = 10{18}10

223. Dekaennea K = 10{19}10

224. Icosa K = 10{20}10

225. Icosihena K = 10{21}10

226. Icosidya K = 10{22}10

227. Icositrya K = 10{23}10

228. Icositetra K = 10{24}10

229. Icosipenta K = 10{25}10

230. Icosihexa K = 10{26}10

231. Icosihepta K = 10{27}10

232. Icosiocta K = 10{28}10

233. Icosiennea K = 10{29}10

234. Triaconta K = 10{30}10

235. Tessaraconta K = 10{40}10

236. Penteconta K = 10{50}10

237. Hexeconta K = 10{60}10

238. Hebdomeconta K = 10{70}10

239. Ogdoeconta K = 10{80}10

240. Eneneconta K = 10{90}10

241. Hecatonta K = 10{100}10

242. Hecatontaicosa K = 10{120}10

243. Hecatontapenteconta K = 10{150}10

244. Diacosa K = 10{200}10

245. Triacosa K = 10{300}10

246. Tetracosa K = 10{400}10

247. Pentacosa K = 10{500}10

248. Hexacosa K = 10{600}10

249. Heptacosa K = 10{700}10

250. Octacosa K = 10{800}10

251. Enneacosa K = 10{900}10

252. Chilia K = 10{1000}10

253. Myria K = 10{10,000}10

254. Dekakismyria K = 10{100,000}10

255. Hecatommyria K = 10{1,000,000}10

256. Octadis K = 10{100,000,000}10

257. Sedeniadis K = 10{10,000,000,000,000,000}10

258. GugolK = E100##(E1#1#1#3) in extended Hyper-E

259. GraatagolK = E100##100#(E1#1#1#3) in extended Hyper-E

260. GugolthraK = E100##100##(E1#1#1#3) in extended Hyper-E

261. ThroogoK = E100###(E1#1#1#3) in extended Hyper-E

262. GodgalaK = E100#^#(E1#1#1#3) in Cascading-E

263. GridgalaK = E100#^##(E1#1#1#3) in Cascading-E

264. GodgathoK = E100#^#^#(E1#1#1#3) in Cascading-E

265. GodtothoK = E100#^#^#^#(E1#1#1#3) in Cascading-E

266. TethrathoK = E100#^^#(E1#1#1#3) in extended Cascading-E

267. E.U.O.U.A.E. = E[E1#1#1#3](E1#1#1#3)#^^^#(E1#1#1#3) in extended Cascading-E

268. Rayo's Blud = Rayo^(Super K)(TREE^(E.U.O.U.A.E.)(3)) = Rayo^(10^^^^3)(TREE^(E[E1#1#1#3](E1#1#1#3)#^^^#(E1#1#1#3))(3))