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I'm a second year Physics and Mathematics student.

Although I haven't attended many different professor's lectures, from what I have experienced, and what I know about the professors in both of my departments, I generally don't like the style that the lecturers uses in both departments. What I mean by this is that, for example, in physics courses, generally lecturers tend to justify their claim by doing "sloppy mathematics" and generally without clearly stating their assumptions, and they don't explicitly state what is an experimental result and what is a mathematical result, so this generally confuses me.Of course this is just one of the examples only in physics department.Therefore, mostly I studied the subject by myself, and ask the questions either to the T.A, or the professor's itself depending on situation.

I should also note that, in both departments, there are some professors whose way of explains things coincides with how I think, so if I cannot understand a subject that I'm self-studying, I generally go to those professors and ask them.

So, for this reason, I'm going to ended up studying lots of subject by myself, and for that reason I will not take course on those subject because why should I waste time by taking the lectures on subjects that I have already know.Instead I can take different course that I really benefit from.

However, the only problem in this way is that I will not have an official account on those subjects that I will have beed studied when I apply to graduate school.

So my question is that how can I make these studies official ? I mean, for example, I will study point-set topology in the next spring break and I will not take this course from the department, but how can I prove that I know this subject when I apply to graduate school.

I'm hoping that I'm able to clearly express what I'm asking.If not, please say it what is not clear.

Note that, I have seen this question, but even though I don't exactly know the content of GRE tests, I don't think it will be a valid method in my case.

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    Just as a comment, physics isn't math. It isn't worthwhile being less sloppy about the mathematics: the expectation is that, as part of learning physics, you learn to deal with that "sloppiness" and recognize that it isn't sloppy at all, but usually based on common sense. In contrast, much of what makes mathematics "not sloppy" is unnecessarily verbose and boring in the context of physics. Many of the results you will encounter in an undergraduate physics course have substantial experimental and mathematical support; which came first is more an issue of history of science. – Bryan Krause Jul 25 '17 at 19:13
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    Science does not depend on proofs, only mathematics does. I would really suggest you take a broad spectrum of classes, in class, rather than learning on your own. It isn't always just about learning and understanding the material, but also learning and understanding the language in which people in a field communicate. Self-study can always supplement. – Bryan Krause Jul 25 '17 at 19:21
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    @BryanKrause What I meant by a "proof" can be a mathematically rigorous proof, or and experimental observation. – onurcanbektas Jul 25 '17 at 19:24
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    The word "proof" is not used in English to mean "experimental observation" except by a lay audience. – Bryan Krause Jul 25 '17 at 19:27
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    Have you asked your academic adviser? – Michael Jul 25 '17 at 21:18
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I don't know much about Turkey, but in most systems there isn't really any way to get credit for a course you didn't take.

You may be allowed to enrol on a course, skip all the lectures, and just turn up to the exam, depending on how strict your department is about attendance, but I wouldn't recommend it.

Courses are taught in a certain way for a number of important reasons. University is not just about imparting knowledge, but also familiarising students with the norms of a field. Concepts may be introduced or explained in a way that seems silly to you for the sake of demonstrating some property or relating disparate concepts (like electromagnetism and gravity).

You may be unsatisfied with the mathematical rigour of your physics course, but this is deliberate and necessary. Most of the equations you will learn as an undergraduate are empirically derived (or derived under certain assumptions), and will probably prove to be inaccurate or incomplete later on. But they are useful, and teaching them "properly" would require bogging down first-year courses with complex and mostly-irrelevant mathematics. Imagine if, instead of stating Newton's third law, your lecturer had diverged for several lectures to discuss conservation of momentum, introduce Lagrangian mechanics, and prove Noether's theorem.

You are, of course, encouraged to dig deeper. There is nothing better a student can do. But university courses are (usually) carefully designed to teach you important concepts and the "language" of the field in the simplest and most efficient way.

And, uh, the lectures are what the exam will be based on.

To get the grade on your transcript, you must enrol on the course and pass the exam. That probably means attending the lectures. It may not seem like it, but your lecturers know more about teaching their subject than you do.

  • Just a small correction, I never said they don't know how to teach properly, it is just their teaching style is not matching with how I learn. – onurcanbektas Jul 26 '17 at 11:09

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