esme Posted April 22, 2012 Share Posted April 22, 2012 No, it definitely requires that certain rules are broken, for example the infinite set +1 is identical to the infinite set, breaking basic mathematical rules.this is because by the definition of infinity, infinity + 1 is already a member of the set. Link to comment Share on other sites More sharing options...
HeadingNorth Posted April 22, 2012 Share Posted April 22, 2012 The Cantor characterization explicitly breaks at least this rule (and by implication the opposite). There is no rule to that effect. That's an observation of finite sets. When infinite sets are examined, it is not observed. Link to comment Share on other sites More sharing options...
MrSmith Posted April 22, 2012 Share Posted April 22, 2012 There is no rule to that effect. That's an observation of finite sets. When infinite sets are examined, it is not observed. I apologise to everyone for mentioning infinity, I didn't anticipate the discussion that would follow. Link to comment Share on other sites More sharing options...
spooky3 Posted April 22, 2012 Share Posted April 22, 2012 I apologise to everyone for mentioning infinity, I didn't anticipate the discussion that would follow. Go on, next you'll be saying it was a random comment. Link to comment Share on other sites More sharing options...
Cyclone Posted April 23, 2012 Share Posted April 23, 2012 There is no rule to that effect. That's an observation of finite sets. When infinite sets are examined, it is not observed. Are you arguing with the wikipedia article now? I know it can be wrong, but is it? Is all the talk about the axiom of choice wrong? Or is that just one axiom that you might choose to use and do Cantors proofs only come out of using that axiom? Link to comment Share on other sites More sharing options...
esme Posted April 23, 2012 Share Posted April 23, 2012 I apologise to everyone for mentioning infinity, I didn't anticipate the discussion that would follow. This is a good point, we are going off topic, we should start another thread if we are going to discuss the mathematics of infinity Link to comment Share on other sites More sharing options...
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