home *** CD-ROM | disk | FTP | other *** search
- Newsgroups: sci.math
- Path: sparky!uunet!snorkelwacker.mit.edu!galois!riesz!jbaez
- From: jbaez@riesz.mit.edu (John C. Baez)
- Subject: Re: a first year grad student freaks out.
- Message-ID: <1992Nov12.214657.11028@galois.mit.edu>
- Sender: news@galois.mit.edu
- Nntp-Posting-Host: riesz
- Organization: MIT Department of Mathematics, Cambridge, MA
- References: <BxK1uD.9Bz@mentor.cc.purdue.edu> <1992Nov11.223722.29808@galois.mit.edu> <BxKu9s.BAw@news.udel.edu>
- Date: Thu, 12 Nov 92 21:46:57 GMT
- Lines: 45
-
- In article <BxKu9s.BAw@news.udel.edu> cornwall@bach.udel.edu (Ray J Cornwall) writes:
-
- >For those of us who wish to do research (cause we'll get our names in
- >really cool journals! :) can you give us some pointers on how to come
- >up with such topics?
- >I've been trying to be more aggressive with my studies in math, to
- >look for such ideas, but I have a feeling I'm barking up the wrong
- >tree looking in textbooks and looking for my favorite topics here.
- >Where are some good sources of information, and what are some good
- >questions to ask myself?
- >(I know, Bad English on the last part...sorry...)
-
- There are an essentially infinite number of good research topics so for
- me to name any particular topic would be very misleading. Textbooks are
- not especially good for finding out what's NOT known that SHOULD be, as
- you note. By far the best are good colloquia and seminars, conferences,
- advanced math classes and chats with mathematics bigshots. That's how I
- keep up with the "current state of ignorance" and always have piles of
- problems on my plate. Of course, in the final analysis one has to come
- up with problems oneself because one needs to come up with problems one
- can do. Often it's best to first figure out something one can do and
- then see if it solves some problem or other! But keeping in touch with
- other mathematicians is the prime way to find undeveloped areas of math
- where there are plenty of obviously interesting questions to ask that
- haven't been answered yet.
-
- Second best, when compared to interaction with real humans, is reading
- journals. I spend large hunks of time doing this. Don't read anything
- boring, though (that automatically knocks out 99% of the stuff). Start
- with something you are interested in, look it up in Math Reviews and
- find some papers that talk about it. Pay special attention to what the
- papers are *trying to do but not quite succeeding in* -- most papers do
- not definitively settle the question that motivated them, so reading
- them gives you an idea of what people are struggling to do but haven't
- done yet. Conference proceedings are often especially good about
- admitting that X, Y, and Z are still poorly understood. Read some
- papers making sure not to get bogged down in stuff you don't understand
- -- don't spend too much time on any *one* paper until you are *sure* it
- will repay the effort. At first, it's much more important to skim your
- way through lots of stuff in order to get the lay of the land in
- whatever subject you are checking out! Grad students are often way too
- obsessive about understanding every single sentence before they move on
- to the next.
-
-
-