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What book would you recommend to someone wishing to learn modern physics?


A Tripolation

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As an Engineering major, physics courses aren't really a focus for me, though I wish they were. I know a lot of what is considered "classical physics" as that is obviously very important in engineering. But I don't know what "time dilation" is, or what "self-consisting solutions" are, or what the heck String Theory is even talking about.

 

Could anyone recommend a good introductory book on these matters? I have looked online for some material, but it all seems to require a degree in Physics just to look at it. :D Anything on the level of "educated laymen" would be preferable. I'm thinking of a style like that of Michio Kaku, whose "Physics of the Impossible" book was informative and easy to read.

 

Thanks for any suggestions.

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Is it that the popular one seeks to entertain whilst the textbook is more focused on theorems and proofs and math?

 

Yes, roughly. A textbook will get you to do some calculations and try to get you ready for the next level while giving you some kind of overview.

 

So, if you want a textbook on string theory I recommend A First Course in String Theory by Barton Zwiebach.

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It's a bit outdated (1997, I think), but it really made accessible this stuff in an approachable way for me...

 

Black Holes & Time Warps, Einstein’s Outrageous Legacy, by Kip S. Thorne. Loved it. Read it twice.

 

Another one I enjoyed, but was a bit more on the chemistry side, was: Magic Furnace, by Marcus Chown.

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Ok, thanks for the suggestion. Any suggestions for one that deals with time and time dilation and relativity and such matters?

I think the best idea would be walking into a nearby university's library (preferably the library of the physics department), grab a few books with promising titles (both, specialized books and books which are part of a course), and browse them for an afternoon. Then, get yourself the book(s) that suited you best. For a non-professional level any textbook intended for (ongoing) professional physicists should be good enough when it comes to accuracy of the content (it probably also is for all professional sub-professor levels, too). So simply sticking to personal preferences (of writing style and content) seems like a good strategy.

Of course this only works if you live close to a university where you can just walk in as an outsider.

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