Editing Talk:1277: Ayn Random
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All numbers are random, but some numbers are more random than others. [[User:Jorgbrown|Jorgbrown]] ([[User talk:Jorgbrown|talk]]) 23:33, 2 November 2014 (UTC) | All numbers are random, but some numbers are more random than others. [[User:Jorgbrown|Jorgbrown]] ([[User talk:Jorgbrown|talk]]) 23:33, 2 November 2014 (UTC) | ||
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Computers don't store any "thing", they store a representation. Therefore, a computer can reference any "thing", because representation "sets" can be swapped out. At any given moment, if the user is aware, "1" could mean a purple flying dog. At any other given moment, "1" could mean a swimming cactus. Therefore, the number of "things" that computers can store representations for is unlimited, even if the "set" of representations it can store at any given time is limited. In our specific example, the computer can store a representation of an irrational number by collapsing the number into a recursive or incremental method of reproducing the number. [[Special:Contributions/108.162.216.114|108.162.216.114]] 20:07, 10 December 2014 (UTC) | Computers don't store any "thing", they store a representation. Therefore, a computer can reference any "thing", because representation "sets" can be swapped out. At any given moment, if the user is aware, "1" could mean a purple flying dog. At any other given moment, "1" could mean a swimming cactus. Therefore, the number of "things" that computers can store representations for is unlimited, even if the "set" of representations it can store at any given time is limited. In our specific example, the computer can store a representation of an irrational number by collapsing the number into a recursive or incremental method of reproducing the number. [[Special:Contributions/108.162.216.114|108.162.216.114]] 20:07, 10 December 2014 (UTC) |