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- From: petry@zermelo.math.washington.edu (David Petry)
- Newsgroups: sci.math
- Subject: Re: Frankly,my dear......was: Fermat's Last Theorem
- Message-ID: <1ilihlINN6ke@shelley.u.washington.edu>
- Date: 9 Jan 93 03:58:45 GMT
- Article-I.D.: shelley.1ilihlINN6ke
- References: <1ifdq3INNblv@zaphod.mps.ohio-state.edu> <1993Jan7.021308.10566@nuscc.nus.sg> <1993Jan7.054017.25511@leland.Stanford.EDU>
- Distribution: usa
- Organization: University of Washington, Mathematics, Seattle
- Lines: 29
- NNTP-Posting-Host: zermelo.math.washington.edu
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- In article <1993Jan7.054017.25511@leland.Stanford.EDU> ilan@leland.Stanford.EDU (ilan vardi) writes:
- >
- > One of the reasons people are interested [Fermat's Last Theorem] is that
- >a certain phenomenon is taking place (i.e., *no* solutions exist) and
- >no one can explain why this happens.
-
- While it is true that no one can explain why Fermat's Last theorem has to
- be true, there are very convincing heuristics arguments that it really
- ought to be true. Briefly, for a given large exponent p, the set of
- numbers which are perfect p'th powers is a very sparse set of numbers,
- and the probability that some number from such a set is the sum of two
- others from the set is very small.
-
-
- > This is a natural phenomenon that should be explained.
-
- Actually, it's questionable whether it should be called a phenomenon
- at all. Usually we think of a "phenomenon" as something that occurs
- which is improbable (don't we?). Fermat's Last theorem is far from
- being improbable.
-
-
- Anyways, if the probabilities behind Fermat's Last theorem were more widely
- known, maybe fewer amateurs would choose to seek glory through finding
- a proof of the theorem.
-
-
-
- David Petry
-