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- Path: sparky!uunet!van-bc!rsoft!agate!ames!olivea!mintaka.lcs.mit.edu!hal.gnu.ai.mit.edu!mikc
- From: mikc@hal.gnu.ai.mit.edu (Mike Coughlin)
- Newsgroups: comp.edu
- Subject: Re: Colleges Need to Fix the Bugs in Computer-Science Courses
- Message-ID: <1992Aug23.142652.29929@mintaka.lcs.mit.edu>
- Date: 23 Aug 92 14:26:52 GMT
- References: <155tflINNlnk@agate.berkeley.edu> <1992Jul29.174812.5067@cs.olemiss.edu> <1992Aug07.095526.29006@cadlab.sublink.org>
- Sender: news@mintaka.lcs.mit.edu
- Organization: /etc/organization
- Lines: 36
-
- In article <1992Aug07.095526.29006@cadlab.sublink.org> martelli@cadlab.sublink.org (Alex Martelli) writes:
- >hcc@cs.olemiss.edu (Conrad Cunningham) writes:
- > ...
- >:late '70s. His argument went something like this. There should not be
- >:undergraduate MATHEMATICS majors. Mathematically oriented students should
- >:study something "concrete" at the undergraduate level---e.g., physics,
- >:engineering, or computing. Once a student has some understanding of
- >:the the types of practical problems that mathematics must deal, then
- >:he or she is ready for more "abstract" studies.
- >
- >This idea has one glaring problem -- that, for some still not understood
- >reason, mathematicians, like chess champions, may well be "child
- >prodigies", doing their greatest work at surprising early ages! The
- >romantic figure of Evariste Galois is no doubt the most striking example
- >(what with death in duel and all that), but it's far from an isolated
- >one. Just imagine if somebody DID manage to divert people in their late
- >teens/early twenties from 'more "abstract" studies' until they are 'ready'
- >for them - AND it DOES turn out that this age is indeed the most
- >prolific one for a certain sort of creative mathematical geniuses! What
- >a waste, what a sad 'might have been' for all of mathematics...
-
- Its a surprising thing that there are no child prodigies in mathematics.
- Galois was the youngest mathematician I've heard of that made a major
- contribution to the subject. And he could hardly have been considered
- a child. There are child prodigies in music, art, computer programming
- (especailly in assembly language) and other fields -- but not mathematics
- and physics. The ability to think in mathematical terms grows with age.
- A child who could become a professional mathematician might be
- discouraged from doing after not doing well in arithmetic. I am very
- much opposed to even telling children they are studying mathematics
- in elementary school. The methods used to teach children are not
- mathematical. Children who don't do well in arithmetic should be told
- that they will understand math better when they get older.
- If a child does show an ability and an interest in mathematics
- at an early age, then he should certainly be encouraged to do so.
- Using a computer can be a big help here.
-