The discussion focuses on the prerequisites for studying particle physics, including both theoretical and experimental aspects. Participants share their educational backgrounds and seek recommendations for textbooks and resources to aid their self-study.
Participants generally agree on the importance of foundational topics such as quantum mechanics and special relativity for studying particle physics. However, there is no consensus on a definitive list of prerequisites or the best resources, as multiple recommendations and perspectives are presented.
Some prerequisites mentioned depend on individual educational backgrounds and may vary in importance based on specific areas of focus within particle physics. The discussion reflects a range of opinions on the necessary foundational knowledge and resources.
Thanks for the recommendation, I'll check it out.garcol said:try Quantum Physics: The Theoretical Minimum - Books 1 & 2 - by Susskind
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.
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.