Preparing for Quantum Physics: Recommended Books, Courses, and Topics

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To effectively prepare for studying Quantum Physics, a solid foundation in mathematics is essential. Key prerequisites include Linear Algebra, which is crucial for understanding quantum mechanics concepts. The specific requirements for Quantum Physics courses can vary significantly between institutions; some may only require Calculus I and II, while others might necessitate additional coursework in Calculus and Differential Equations. It's important to review the course catalog of your school to determine the exact prerequisites for the Quantum Physics course you intend to take. Additionally, understanding the nature of the course—whether it covers a broad range of topics in physics or focuses specifically on the mathematics of quantum mechanics—can help tailor your preparatory studies effectively.
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What books/courses/topics would you say or recommend for the prerequisites to be able to fully understand Quantum Physics (or at least get started doing so)?

I find that my school's courses are really slow for me and I want to get ahead so that I don't waste my time.

I have finished Calculus II and Differential equations. I'm starting Calc III and linear algebra soon.

Thank you.
 
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Linear Algebra, for one.
 
If you're referring to a course named "Quantum Physics" at your college/university, what does the school's course catalog or website say about prerequisites? At some schools, it's a second-year course that requires only Calc 1 and 2 as prerequisites. At others, it's a third/fourth-year course that might require calculus and differential equations as prerequisite. Also, what kind of course is it? It may be either a course that covers a variety of atomic, molecular, nuclear and/or solid-state physics topics, or it may be a course that focuses narrowly on the mathematics of quantum mechanics.
 
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