read the Notes and Credits
please tell me what your high score is...(if the score is good the score will be the high score!!!) numbers you have to get to get the high score... million = 1x106 billion = 1x109 trillion = 1x1012 quadrillion = 1x1015 quintillion = 1x1018 sextillion = 1x1021 septillion = 1x1024 octillion = 1x1027 nonillion = 1x1030 decillion = 1x1033 undecillion = 1x1036 duodecillion = 1x1039 tredecillion = 1x1042 quattuordecillion = 1x1045 quindecillion = 1x1048 sexdecillion = 1x1051 septemdecillion = 1x1054 octodecillion = 1x1057 novemdecillion = 1x1060 vigintillion = 1x1063 unvigintillion (or vigintunillion) = 1x1066 duovigintillion (or vigintiduoillion) = 1x1069 trevigintillion (or vigintitrillion) = 1x1072 quattuorvigintillion (or vigintiquadrillion) = 1x1075 quinvigintillion (or vigintiquintrillion) = 1x1078 sexvigintillion (or vigintisextillion) = 1x1081 septvigintillion (or vigintiseptillion) = 1x1084 octovigintillion (or vigintoctillion) = 1x1087 nonvigintillion (or vigintinonillion) = 1x1090 trigintillion = 1x1093 untrigintillion = 1x1096 duotrigintillion = 1x1099 ten-duotrigintillion = googol = 1x10100 skewer's number = 1x10130 centillion = 1x10303 googolplex = 1 followed by a googol zeroes Googolplexianth = 1 followed by a googolplex zeroes Graham's number is a "power tower" of the form 3↑↑n (with a very large value of n), so its rightmost decimal digits must satisfy certain properties common to all such towers. One of these properties is that all such towers of height greater than d (say), have the same sequence of d rightmost decimal digits. Graham's number and TREE(3) are not really "used" for anything. They are both examples of extremely large numbers that emerge naturally from calculations intended to solve problems arising out of graph theory. They are both finite integers. Loader's number. Loader's number is the output of loader. c, a C program by Ralph Loader that came in first place for the Bignum Bakeoff contest, whose objective was to write a C program (in 512 characters or less) that generates the largest possible output on a theoretical machine with infinite memory. The definition of Rayo's number is a variation on the definition: The smallest number bigger than any finite number named by an expression in the language of set theory with a googol symbols or less. Aleph null (also Aleph naught or Aleph 0) is the smallest infinite number. It is the cardinality (size) of the set of natural numbers (there are aleph null natural numbers). It is also sometimes called Aleph naught. It is the first infinite number in a series of infinite cardinal numbers. infinity
