Re: General Relativity
- From: glhansen@xxxxxxxxxxxxxxxxxxxxx (Gregory L. Hansen)
- Date: Wed, 17 Aug 2005 14:52:25 +0000 (UTC)
In article <1124212305.741870.24540@xxxxxxxxxxxxxxxxxxxxxxxxxxxx>,
Zack <klw1026@xxxxxxxxxxxx> wrote:
>I was wondering if anybody could help me. I am currently a student of
>Mathematics and Physics at a university. However, my university does
>not offer a class on GR and I am having trouble finding a book to use
>to teach myself. Does, anybody know a good book? I have had training
>in Mathematics up to the advanced calculus stage and in physics up to a
>working knowledge of quantum mechanics. Thanks for your time.
>
"Exploring Black Holes" by Thorne and Wheeler. They do an amazing amount
of general relativity with little more than high school algebra. But the
conceptual understanding they provide cannot be beat. Mainly, what is the
metric, and what do you do with it when you have one?
When differential geometry is motivated, I would recommend going to a more
standard text to learn the details. Schutz's "A First Course in General
Relativity" is supposed to be the one you read before MTW's "Gravitation",
but I thought it was a bit confusing, partly because several different
notations were used interchangeably for the same operations. I thought
the more old-fashioned Bergmann's "Introduction to the Theory of
Relativity" was easier to follow, and it's available as a cheap Dover
book.
MTW is not a good introductory text. I would recommend "Exploring Black
Holes" and then Bergmann, and get MTW if you love the subject and have to
get into the advanced material.
--
"Not that there's anything wrong with just lying around on your back. In
its way, rotting is interesing too... It's just that there are other ways
to spend your time as a cadaver." -- Mary Roach, "Stiff", 2003.
.
- References:
- General Relativity
- From: Zack
- General Relativity
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