Prereqs for learning particle physics?

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SUMMARY

The discussion outlines essential prerequisites for studying particle physics, emphasizing the importance of quantum field theory and relativistic quantum mechanics. Key foundational topics include special relativity, nonrelativistic quantum mechanics, electrodynamics, and classical mechanics, particularly Hamiltonian and Lagrangian formalism. Recommended textbooks include "Introduction to Elementary Particles" by Griffiths, "Introduction to Elementary Particle Physics" by Alessandro Bettini, and "Particle Physics" by B.R. Martin and G. Shaw. Additionally, accessing online syllabi and lecture materials is advised for structured learning.

PREREQUISITES
  • Quantum field theory
  • Relativistic quantum mechanics
  • Special relativity
  • Electrodynamics
NEXT STEPS
  • Study Hamiltonian and Lagrangian formalism in classical mechanics
  • Learn about solid-state physics and its relevance to particle detectors
  • Explore introductory quantum physics courses and materials
  • Read "Quantum Physics: The Theoretical Minimum" by Susskind
USEFUL FOR

Students in physics, particularly those pursuing particle physics, educators seeking textbook recommendations, and self-learners aiming to build a solid foundation in theoretical and experimental physics.

ChrisPI
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I want to start studying particle physics on my own and wanted to know what the prerequisite are? I'm in my second year of college and have finished Calc. 3 and Physics with calc. 3. I'd also be interested in textbook recommendations.
 
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On the theoretical side, particle physics is quantum field theory. Relativistic quantum mechanics helps, which then needs special relativity and nonrelativistic quantum mechanics. Electrodynamics is probably useful to understand special relativity better. Nonrelativistic quantum mechanics relies on concepts introduced in classical mechanics (in particular, Hamilton/Lagrange formalism) and algebra and analysis.

On the experimental side, special relativity is absolutely necessary, if you want to understand the detectors some solid-state physics is necessary, electrodynamics for sure, maybe electronics depending on the level of detail.

I'm sure I forgot some points.
 
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try Quantum Physics: The Theoretical Minimum - Books 1 & 2 - by Susskind
 
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garcol said:
try Quantum Physics: The Theoretical Minimum - Books 1 & 2 - by Susskind
Thanks for the recommendation, I'll check it out.
 
mfb said:
On the theoretical side, particle physics is quantum field theory. Relativistic quantum mechanics helps, which then needs special relativity and nonrelativistic quantum mechanics. Electrodynamics is probably useful to understand special relativity better. Nonrelativistic quantum mechanics relies on concepts introduced in classical mechanics (in particular, Hamilton/Lagrange formalism) and algebra and analysis.

On the experimental side, special relativity is absolutely necessary, if you want to understand the detectors some solid-state physics is necessary, electrodynamics for sure, maybe electronics depending on the level of detail.

I'm sure I forgot some points.

Thanks for your advice, looks like I have some work to do :)
 
ChrisPI said:
I want to start studying particle physics on my own and wanted to know what the prerequisite are? I'm in my second year of college and have finished Calc. 3 and Physics with calc. 3. I'd also be interested in textbook recommendations.

An excellent undergraduate book is Griffiths "Introduction to Elementary Particles"
 
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"Introduction to Elementary Particle Physics" by Alessandro Bettini, and "Particle Physics" by B.R.Martin and G.Shaw are both good and used in many third year introductory courses. Most courses at this level also require an introductory course in quantum physics as a prerequisite, so you need that background.

Also, you can search online for a syllabus, lecture slides, course notes, etc. for an introductory course. That can help you plan your studies.
 
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