Any Recommendations for Electroweak Theory Books?

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Discussion Overview

The discussion revolves around recommendations for books on electroweak theory, with a particular interest in topics such as electroweak phase transition and electroweak baryogenesis. Participants share various resources and inquire about the background of the original poster to tailor suggestions accordingly.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant suggests Howard Georgi's online book 'Weak Interactions' as a resource.
  • Another recommends A. Pich's work on the electroweak standard model and mentions Mandl's textbook on Quantum Field Theory as accessible.
  • Several participants inquire about the original poster's academic background to provide more tailored recommendations.
  • Griffiths' 'Intro to Elementary Particles' is mentioned as a foundational text for particle physics.
  • Electroweak Theory by Paschos and Mukhanov's 'Physical Foundations of Cosmology' are also suggested.
  • One participant expresses concern that Greiner's book may not fully cover electroweak baryogenesis and shares mixed feelings about Greiner's QED book.

Areas of Agreement / Disagreement

Participants generally agree on the value of the suggested texts, but there is no consensus on which book best meets the needs of the original poster, particularly regarding the coverage of specific topics like electroweak baryogenesis.

Contextual Notes

Participants express varying levels of familiarity with quantum mechanics and electroweak theory, which may influence their recommendations. Some suggestions are based on the assumption that the original poster has a solid foundation in related subjects.

Who May Find This Useful

Students and individuals interested in electroweak theory, particularly those seeking comprehensive reference materials or foundational texts in particle physics.

michelad
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Hi all,

I would like to ask if anyone could recommend a good book in electroweak theory, possibly covering ew phase transition, ew baryogenesis as well?

Thank you!
Michela
 
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Welcome to Physics Forums!

What is your background in math and physics?
 
Thanks for the replies!

I'm an undergraduate in theoretical physics. I was maybe looking for a book "from a to z", that could be used as a reference book as well. I've done a course in particle physics though.
 
michelad said:
I'm an undergraduate in theoretical physics. I've done a course in particle physics though.
That's a big vague. Are you in your first year, last year, ...? Have you had QM, EM? What topics did you cover in the particle physics course? Which book did you use? Griffith's Intro to Elementary Particles would be a first step.
 
Haelfix said:
Try the online book by Howard Georgi 'Weak Interactions'

http://www.people.fas.harvard.edu/~hgeorgi/weak.pdf

Wow! I did not know this was available online. It's a great book! (Probably too high-level for the OP, though; it assumes you already know quantum field theory.)
 
Landau said:
That's a big vague. Are you in your first year, last year, ...? Have you had QM, EM? What topics did you cover in the particle physics course? Which book did you use? Griffith's Intro to Elementary Particles would be a first step.

Sorry, you're right.. I'm almost graduating, so I've done QM and EM. For particle physics we used Griffiths, but I read also parts of Halzen & Martin's book.
 
  • #10
michelad said:
Sorry, you're right.. I'm almost graduating, so I've done QM and EM. For particle physics we used Griffiths, but I read also parts of Halzen & Martin's book.

Then I would highly recommend the book on the weak interaction by Greiner.
 
  • #11
nrqed said:
Then I would highly recommend the book on the weak interaction by Greiner.

does it contain the subject "EW baryogenesis"?

I've have been looking at his book, since it will soon come in a new edition. But I have also his QED book, and that is a relly disappointment, it is like a mixture of Relativistic Quantum Mechanics and Field Theory approach. It is full of insights and valuable derivations, but one always have the feeling that "this is not 100% the real deal".
 
  • #12
Thank you guys for all the good suggestions you gave me! =)
 

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