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SHIVANSH VERMA
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HI, can anyone suggest a good book on general relativity with fairly good mathematics for beginner for self study?
jtbell said:What is your current mathematical level?
Not to mention that since I joined PF less than a year ago, this same question has been asked at least 2 dozen times.micromass said:To be honest, I wish that all threads that don't adequately answer this question should be locked and deleted. It annoys me so much. How can we possibly give an answer without this kind of crucial information.
Mondayman said:Not to mention that since I joined PF less than a year ago, this same question has been asked at least 2 dozen times.
You can always look at their profile info. In this case it doesn't help + he is a new member. But he explicitly asksmicromass said:But you're right, posts like the OP, with no background information at all, are asked tons of time. I usually refuse to answer them. But they're really annoying.
That is a particular known level for General Relativity, so may be us knowing his background is somewhat irrelevant. Since he wants the math he will get the math.SHIVANSH VERMA said:fairly good mathematics for beginner for self study
Two classic textbooks that have survived over the years are:SHIVANSH VERMA said:HI, can anyone suggest a good book on general relativity with fairly good mathematics for beginner for self study?
I think you can also find them both on line.Stavros Kiri said:Two classic textbooks that have survived over the years are:
1. Steven Weinberg, "Gravitation and Cosmology: Principles and Applications of the General Theory o Relativity" (Wiley, 1972)
2. Peter G. Bergmann, "Introduction to the Theory of Relativity" [with a foreword by Albert Einstein] (Original 1942; republished: (Dover Books on Physics) Dover Publications, 1976).
What do you like about the Hobson book?sunrah said:hobson efstathiou lasenby
http://www.cambridge.org/es/academi...ction-physicists?format=HB&isbn=9780521829519
Schutz (more formal, very good tensor introduction)
http://www.cambridge.org/gb/academi...n/first-course-general-relativity-2nd-edition
these are the books I'm using. they both have their merits.
Yeah it is a good book ( I suggested above) for GR. For SR though, it uses ict.Stavros Kiri said:Also ideal may be:
D. F. Lawden, "Introduction to Tensor Calculus, Relativity and Cosmology" (Dover Books on Physics)
Ok. Thanks for pointing that out.smodak said:yeah it is a good book ( isuggested above) for gr. For SR thought, it uses ict.
I wrote a book on relativity (both special and general, plus section on quantum mechanics) specifically for someone who knows little math but is interested in the math and logic of relativity. My premise is that even if you know only high school math (had good courses in algebra, trig, geometry, maybe pre-calc) I can walk you through the steps till you understand Einstein's field equations of general relativity, even how these are solved. I tried to address the amateur scientist or undergraduate student. It goes into gravity waves (to 2014), but of course there's been much progress on this lately. But if you know a lot about the subject already, you may find my treatment to be too slow. If you order a copy, please make sure the title is as follows (not my previous version also available whose title starts with "The Mathematics of Relativity...")SHIVANSH VERMA said:HI, can anyone suggest a good book on general relativity with fairly good mathematics for beginner for self study?
Ordered it. Willing to give it a try.ljagerman said:I wrote a book on relativity (both special and general, plus section on quantum mechanics) specifically for someone who knows little math but is interested in the math and logic of relativity. My premise is that even if you know only high school math (had good courses in algebra, trig, geometry, maybe pre-calc) I can walk you through the steps till you understand Einstein's field equations of general relativity, even how these are solved. I tried to address the amateur scientist or undergraduate student. It goes into gravity waves (to 2014), but of course there's been much progress on this lately. But if you know a lot about the subject already, you may find my treatment to be too slow. If you order a copy, please make sure the title is as follows (not my previous version also available whose title starts with "The Mathematics of Relativity...")
Amazon carries this: "Relativity Math Updated and Revised for the Rest of Us" by Louis Jagerman, 2014
smodak said:The following book is actually quite good for GR (Chapter 5 onwards) but I would not use it for SR as it uses the weird ict convention
https://www.amazon.com/dp/0486425401/?tag=pfamazon01-20
smodak said:Yeah it is a good book ( I suggested above) for GR. For SR though, it uses ict.
Stavros Kiri said:[But in any case it's good to be flexible and get used to all conventions (it helps you understand relativity better)*[see next comment] - something like with software, computer programs, apps, versions and editions - flexibility is good ...]
Just the presentation, everything is laid out really clearly and the figures are great. Also there's a lot of physical discussion compared to the Schulz book.smodak said:What do you like about the Hobson book?
General relativity is a theory of gravity that was developed by Albert Einstein in the early 20th century. It explains how massive objects distort the fabric of space and time, and how this distortion affects the motion of objects in the universe.
While special relativity deals with the laws of physics in inertial (non-accelerating) frames of reference, general relativity takes into account the effects of gravity and acceleration. It also provides a more comprehensive and accurate description of the universe on a large scale.
According to general relativity, when a massive object collapses under its own gravity, it creates a singularity - a point of infinite density and zero volume. This creates a gravitational pull so strong that not even light can escape, resulting in a black hole.
General relativity has been tested and confirmed through various experiments and observations, such as the bending of starlight near massive objects, the time dilation of clocks in different gravitational fields, and the detection of gravitational waves. It has also been used to make accurate predictions about the behavior of objects in the universe.
Yes, there are alternative theories to general relativity, such as modified Newtonian dynamics (MOND) and loop quantum gravity. However, general relativity remains the most widely accepted and successful theory of gravity, as it has been able to explain and predict a wide range of phenomena in the universe.