What Are the Best Advanced Books for Studying QED and QFT?

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Discussion Overview

The discussion revolves around recommendations for advanced books on Quantum Electrodynamics (QED) and Quantum Field Theory (QFT) for independent study. Participants share their experiences and preferences regarding various textbooks, aiming to guide a learner transitioning from quantum mechanics to these advanced topics.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant mentions using Zettili's "Quantum Mechanics: Application and Concepts" and seeks recommendations for advanced texts, expressing a desire to bridge the gap between QED and QFT.
  • Another participant suggests the Weinberg books as essential, noting their similarity in level to Wald's book, and recommends Michele Maggiore's "A Modern Introduction to Quantum Field Theory" as a good introductory text that includes calculations.
  • Peskin's book is highlighted as a standard reference for practical purposes in QFT.
  • For a focused study on QED, Landau's and Greiner's books are mentioned, with Greiner's work praised for providing physical intuition about QED despite its limited field theory content.
  • A participant recommends Ryder's "Quantum Field Theory" as a suitable text.
  • Aitchison and Hey's two-volume work is described as the best introduction among the participant's collection of QFT books.
  • Concerns are raised about Greiner's division of QFT into multiple books, with one participant expressing a preference against recommending Greiner's texts for this reason.
  • Another participant suggests supplementing textbook study with David Tong's lectures and notes on QFT, while recommending Mandl and Shaw's textbook, cautioning against starting with Weinberg or Zee without prior knowledge of quantization and path integrals.
  • One participant finds Ryder's book to be too basic for their needs.

Areas of Agreement / Disagreement

Participants express a variety of opinions on the recommended texts, with no consensus on a single best book or approach. Some participants advocate for specific texts while others critique or suggest alternatives, indicating a range of preferences and experiences.

Contextual Notes

Some recommendations depend on the learner's prior knowledge and familiarity with concepts such as quantization and path integrals, which may affect the suitability of certain texts.

cpsinkule
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Hi All,

I am currently undergoing independent study in quantum mechanics with Zettili's "Quantum Mechanics: Application and Concepts" and would like to know some good books for independent study for the "next level". My ultimate goal is to end up on the forefront of physics in terms of grand unification\cosmology. I am almost done with Zettili's book and found it to be extrodinarily clear and understandable ( as much as one can understand QM). On the other side of the spectrum, I am using RWT Gravitation and Schultz GR for general relativity (I already have Wald's book, but I am saving that for later because I know it's far too advanced for me at this time). So, can anyone point me in the direction of the books I need for the next "levels". If the book is not self contained (there are mathematical subjects that aren't covered thoroughly enough for a self-learner, please suggest a book that I can fill in the missing parts with). I am guessing I need a good book on QED next, but I am not sure how to fill the gap between QED\RWT and something on the level of QFT\Wald.
 
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The Weinberg books are essential and similar in level to Wald's book

For a good intro, Michele Magiores "A Modern Introduction to Quantum Field Theory" is in my opinion a great book that, unlike Zee, is a great starter book and actually does calculations.

Of course you will also need Peskin, mostly because it is a standard and very useful for practical purposes (QFT means nothing if you can't do calculations with it).

The above three books discuss field theory as a whole. If you are looking to learn only QED and skip field theory methods then there are two books:

Landaus QED: This book discusses QED but the notation and viewpoint is a bit dated.

Greiner's QED: This book skips does not do much field theory but it covers feynman diagrams and is in my opinion VERY good at giving a physical intuition about QED.
Hope this helps
 
I would recommend Ryder's Quantum Field Theory
 
Of the many QFT books I have, the best introduction by far is Aitchison and Hey, in two volumes:

https://www.amazon.com/dp/0750308648/?tag=pfamazon01-20

Greiner's QED has been mentioned, but Greiner splits up the subject of QFT into several books, and I would suggest starting with Field Quantization, as it has a lot of good background coverage.
 
Last edited by a moderator:
Daverz said:
... but Greiner splits up the subject of QFT into several books ...
That's one reason why I wouldn't recommen Greiner at all.
 
Besides textbooks, if you are self-studying then I would recommend you to watch David Tong lectures on QFT and follow his notes which I found very useful.

Also I would recommend the textbook by Mandl and Shaw on QFT. I would not recommend to start with Weinberg or Zee unless you already have a good notion of quantization and path integrals. On the other side I found Ryder to be too basic.
 

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