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- Path: sparky!uunet!psinntp!kepler1!andrew
- From: andrew@rentec.com (Andrew Mullhaupt)
- Newsgroups: sci.math
- Subject: Re: Math for Physics References
- Message-ID: <1178@kepler1.rentec.com>
- Date: 16 Aug 92 22:51:08 GMT
- References: <4540011@hpcc01.corp.hp.com>
- Organization: Renaissance Technologies Corp., Setauket, NY.
- Lines: 49
-
- In article <4540011@hpcc01.corp.hp.com> flower@hpcc01.corp.hp.com (Graham Flower) writes:
- > in question. So I guess what Im looking for is a book on mathematical
- > physics or two that will give me the framework to answer most of these
- >
- > Morse and Feshbach
-
- This is a bit dated, and mostly a reference. It has all the orthogonal
- coordinate systems in which the Laplacian is separable, however, and not too
- many other books have this.
-
- > Courant and Hilbert
-
- Actually, Hilbert had nothing to do with volume II. In fact, volume I was
- really mostly written by Courant. volume II was written mostly by guys at
- (what later became) the Courant Institute, such as Garabedian, Lax, etc.
- There is a point of view (a little quaint in it's approach to functional
- analysis) which these books are great on.
-
- > whittaker and watson
-
- Peter Lax once said of this book that there were two kinds of mathematicians
- those who loved it and those who hated it. He hated it. He said this to
- me while I was carrying a copy. (?) It has some good stuff, especially if
- you like to read the original Hardy and Littlewood stuff in number theory,
- but it is clearly dated. So is Watson's definitive treatise on the Bessel
- functions. To some extent the Bateman project eclipses these, but I think
- that's a bit old, too.
-
- I would _urge_ you to consider the book _Mathematical Methods of Classical
- and Quantum Physics_ by Byron and Fuller. It's based on T. D. Lee's course
- notes, and it is a very nice complement to Courant and Hilbert.
-
- Now special functions are nice and all, but modern physics needs a lot of
- other stuff too, especially Calculus on manifolds and stochastic processes.
- I'm not aware of a book that 'does it all', but Reed and Simon's four volumes
- are as close as I know of. If you added to this Abraham and Marsden's
- _Foundations of Mechanics_, you'd have a good Math shelf for physics. But
- you'd have a bunch of homework, too.
-
- A final thought - physicists have often 'absorbed' their mathematics without
- the use of books explicitly labelled as mathematics. If you wanted to go
- this route, you'll find some useful stuff on special functions in Jackson's
- _Classical Electrodynamics_. You can learn a lot of applied math from the
- classical fluid dynamics texts (Batchelor's Introduction, Lighthill's _Waves
- in Fluids_ and Chorin and Marsden's book.) You can learn a good deal of
- Calculus on manifolds from Misner Thorne and Wheeler's _Gravitation_.
-
- Later,
- Andrew Mullhaupt
-