Books about the Standard Model (with math)

In summary, Leonard Susskind's lectures are helpful for understanding SR, GR, and QM, but do not cover the mathematical aspect of the standard model in depth. For a more balanced approach, Gordon McCabe's book "Structure and Interpretation of the Standard Model" is recommended. Another option is M. D. Schwartz's "Quantum Field Theory and the Standard Model" which is the current favorite for its balance of math and physics.
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Samy_A
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I've been trying to learn more about the standard model.
Leonard Susskind's lectures have been very helpful for SR, GR and QM.

His lectures about the standard model are interesting, I learned a lot, no question.
But he doesn't really cover in any depth the mathematical side of it. He mentions the various symmetry groups, but that's about it.

What book(s) about the standard model can you suggest that don't try to be easy on the mathematics side of the standard model?
 
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My current favorite is

M. D. Schwartz, Quantum Field Theory and the Standard Model, Cambridge University Press
 
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FAQ: Books about the Standard Model (with math)

1. What is the Standard Model in physics?

The Standard Model is a theory in physics that describes the fundamental particles and their interactions. It is currently the best understanding of how the universe works at the smallest scales.

2. What type of math is used in books about the Standard Model?

Books about the Standard Model often use advanced mathematics, such as quantum field theory, group theory, and differential equations. These mathematical tools are necessary to understand the complex interactions between particles described in the Standard Model.

3. Are there any recommended books for beginners to learn about the Standard Model with math?

Yes, there are several books that are recommended for beginners to learn about the Standard Model with math. Some popular options include "Introduction to Elementary Particles" by David Griffiths and "The Theoretical Minimum: What You Need to Know to Start Doing Physics" by Leonard Susskind and George Hrabovsky.

4. How does the Standard Model explain the existence of different particles?

The Standard Model explains the existence of different particles through the concept of symmetry breaking. This theory suggests that at very high energies, all particles are massless and indistinguishable, but as the universe cooled, certain symmetries were broken and particles gained mass and distinct properties.

5. Is the Standard Model a complete theory of the universe?

No, the Standard Model is not a complete theory of the universe. It does not account for gravity and dark matter, among other phenomena. Scientists are still working to develop a more comprehensive theory, such as a unified theory of everything, that can fully explain the universe.

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