Studying Studying Physics or Mathematics content first?

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A UK student preparing to study Physics at university seeks guidance on whether to prioritize learning physics content or mathematical techniques, such as real and complex analysis. The discussion emphasizes that while both subjects are important, focusing on analysis may be beneficial as it is integral to understanding physics concepts. It is noted that classical mechanics is more aligned with school-level mathematics, making it a suitable starting point. The student expresses a tendency to favor advanced topics like quantum mechanics and differential geometry over classical mechanics, acknowledging this as a potential oversight. The conversation also touches on the practice of note-taking during self-study, with varying opinions on its effectiveness. Some participants advocate for taking notes as a memorization aid, while others find exercises sufficient for retention. Overall, the consensus suggests that a balance between mathematical foundations and physics content is essential for a successful study approach.
Liam Lau
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Hi, I'm a student in the UK and am going on to study Physics at university next year. I enjoy self-study and was wondering which approach would be best, whether to read the physics content first or learn mathematical techniques first ( real and complex analysis etc.) Moreover, I wasn't sure whether to take notes on this extra maths material- I have had mixed messages from teachers and friends, some find taking notes quite cumbersome and just do some exercises and seem to remember everything alright, but some take notes. Any advice would be greatly appreciated.
 
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In my opinion mathematics (analysis) should be more suitable to self-study. Furthermore analysis will become your natural habitat in physics, so you will have to learn it anyway. As it is usually a rather different approach from how it is dealt with at school, you might get some difficulties (not necessarily, but eventually). In this case I'd say you should switch to physics, as the mathematics in there (I assume classical mechanics) is closer to what appeared at school. Maybe it's written in a different way, but basically by similar means. Wikipedia is a good source to look up symbols or definitions you're unfamiliar with. Of course this is a personal view and guided by what's practical, so it might happen that one or the other will make more fun, or you're more curious about. Both, but even more the latter, are good conditions to start learning. Thus whatever provides you with more of them, you should choose. I wouldn't start with complex analysis (except perhaps some complex arithmetic), as it's quite different from the real case, and one should get used to the techniques first.
 
Thank you for your insight. I'm currently doing some linear algebra, complex arithmetic - nothing really difficult: just transformations onto the complex plane and De Moivre's theorem. I need to look into analysis, as you mentioned, and really more into classical mechanics. I always neglect classical mechanics (I know that's bad) to favour quantum mechanics and differential geometry to set me up for General relativity.

Just one question, when you self taught maths or some physical concepts, did you always make notes on it?
 
Liam Lau said:
Thank you for your insight. I'm currently doing some linear algebra, complex arithmetic - nothing really difficult: just transformations onto the complex plane and De Moivre's theorem. I need to look into analysis, as you mentioned, and really more into classical mechanics. I always neglect classical mechanics (I know that's bad) to favour quantum mechanics and differential geometry to set me up for General relativity.

Just one question, when you self taught maths or some physical concepts, did you always make notes on it?
Sounds like a good plan. And I know, that GR, QM and differential geometry are far more exciting than Newton's mechanics. But you would be surprised how many questions here about GR can actually already be answered by good old Isaac.

I always write down things as it helps me a lot to better memorize it. Similar is true to drawings and scribbles. Try to get a picture from the stuff you read. It doesn't have to be perfect, just as much as is needed to grasp the principle behind.
 
Thanks for all the advice!
 
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