Must-Read Books for Beginners in Modern Theoretical Physics

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Discussion Overview

The discussion revolves around recommendations for must-read books for beginners in modern theoretical physics. Participants share their backgrounds and seek guidance on foundational texts that cover various topics, including quantum mechanics, quantum field theory, general relativity, and string theory.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant inquires about essential reading materials for understanding modern theoretical physics.
  • Another participant suggests that a solid understanding of quantum mechanics is necessary before advancing to quantum field theory and general relativity, recommending books like Shankar and Sakurai.
  • For quantum field theory, various texts are proposed, including Greiner and Reinhardt for easier reading, and Zee for a more advanced approach.
  • General relativity recommendations include Hartle for beginners and Wald for a more comprehensive understanding.
  • In string theory, participants mention books by Green, Schwarz, Witten, and Polchinski, noting differing levels of accessibility and modernity.
  • One participant highlights the importance of mathematical knowledge for studying physics and questions the extent of the original poster's math background.
  • Another participant shares their own engineering coursework, indicating familiarity with advanced mathematical concepts.
  • A suggestion is made for Barton Zwiebach's upcoming book on string theory, aimed at undergraduates, although its release has been delayed.
  • One participant recommends "The Elegant Universe" as a good introductory book for a broader audience.

Areas of Agreement / Disagreement

Participants express varying opinions on the best starting points for reading, with no consensus on a definitive list of must-read books. Some participants agree on the necessity of a strong mathematical foundation, while others question the extent of math typically covered in engineering curricula.

Contextual Notes

The discussion reflects differing levels of familiarity with both physics and mathematics among participants, which may influence their recommendations and perspectives on suitable texts.

Who May Find This Useful

This discussion may be useful for beginners in modern theoretical physics, engineering students looking to expand their understanding of physics, and anyone interested in recommended literature for foundational concepts in these fields.

JazzyJAC
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I am new to most all of the concepts in modern theoretical physics. What are the must read books to start off with to develop a basic understanding of the basic principles of modern theoretical physics.
 
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Originally posted by JazzyJAC
I am new to most all of the concepts in modern theoretical physics. What are the must read books to start off with to develop a basic understanding of the basic principles of modern theoretical physics.

Do you have any physics background at all?
 
I have my bachelors in Mechanical Engineering from Cornell and have taken three semesters of Physics. I have a good knowledge up to the subject of basic quantum physics.
 
Originally posted by JazzyJAC
I have my bachelors in Mechanical Engineering from Cornell and have taken three semesters of Physics. I have a good knowledge up to the subject of basic quantum physics.

you say basic quantum mechanics. i m not sure how basic is basic, but before you go on to more theoretical stuff, you should be feeling pretty comfortable with a book like Shankar or Sakurai.

and if you know quantum mechanics, your next step is quantum field theory, and general relativity.

for an easier book in quantum field theory, i suggest Greiner and Reinhardt. for a slightly more advanced book but still very well suited to self study, i suggest this new book by Zee. i read a few chapters in a bookstore, and it was kind of nifty.

Ryder is a serious book, and Weinberg is the bible.

for GR, i think a nice easier book is Hartle, but the nicest book available is probably Wald.

then after that, i guess you want to start on string theory, since you posted in this string theory forum. well i would suggest getting both Green Schwarz and Witten, and Polchinski. GSW is easier to read (in my opinion), but polchinski is more modern. Clifford Johnson has a great book on D-branes. you might also like to have a suppliment a book on conformal field theory. for that, i suggest Di Francesco.

after that, there aren t really many more textbooks, you should just do all your reading on the archiv.

by the way, i have made no mention of the math you have to know to learn all that physics. how much math do you know?
 
lethe!
As an Engineering Student I think he knows much math ;)
 
Originally posted by Moni
lethe!
As an Engineering Student I think he knows much math ;)

really? i thought engineers didn t go much passed calc... maybe diff eqs, tops...
 
Thanks a lot lethe, that should give me a good start. As for math, you are correct, we topped out at basic diff eq., linear algebra. Most of the math I see used in the String/Quantum stuff literally looks like greek to me:smile: .
 
Originally posted by JazzyJAC
Thanks a lot lethe, that should give me a good start. As for math, you are correct, we topped out at basic diff eq., linear algebra. Most of the math I see used in the String/Quantum stuff literally looks like greek to me:smile: .

another book for string theory: barton zwiebach. his book isn t available yet, it was supposed to be published and available by january this year, but i think it has been delayed a few months. but i m sure it will be out any time now. it is a book of string theory for undergrads, and it has a very basic intro to a lot of the concepts of string theory. but not suited for use if you want to learn the modern aspects of string theory (D-branes, aDS/CFT, etc)
 
Originally posted by lethe
really? i thought engineers didn t go much passed calc... maybe diff eqs, tops...

Ha..ha.. Yes! you are correct! But ... I am also an engineering student but in our course we've completed Complex variables, Legendre, Bessel functions, Laplace, Z-transform, Fourier Series, Probability Distributions and Queuing theory, Graph Theory etc. I am not sure you'll call them Higher math or not but I can tell you that I am not that expert :wink:
 
  • #10
Yes i know i have to do a lots of diff equation as an Engineer in Electronics.

But nothing can withold me from reading maths & physics
 
  • #11

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