Courses Is Grad-Level E&M a Risk for a Serious Physics Student?

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The discussion centers on an undergraduate student seeking advice about switching to a graduate-level E&M course to improve their academic profile for graduate school applications. The student is concerned about the risk of receiving a grade lower than an A and is considering which 400-level courses to drop. A key point raised is the importance of consulting an academic advisor to assess their academic standing and the competitiveness of their graduate program. The responses emphasize that without understanding the student's background and goals, it's difficult to provide specific advice on course selection. Ultimately, engaging with an advisor is crucial for making informed decisions about course load and graduate school preparation.
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I am an undergraduate with 3 more semesters left and with the majority of my physics core complete, except for quantum theory. I'd like to give my best effort to entering a top graduate school, but I got B marks in E&M I and Classical Mechanics. This semester was a turnaround, with straight A's, including E&M II (which I loved.)

I think that getting an A in grad-level E&M could demonstrate that I know physics core well before entering a PhD program. Question is, how much would I risk getting a grade below an A with a good prof?

And if I do switch into the grad-level course, could you please suggest which of these 400 level courses I can drop as the most "useless" for a serious physics student?

- Theoretical Astrophysics II in the Astro department
- Ordinary Differential Equations II with Stability Theory
- Applied Partial Differential Equations.
 
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yeshuamo said:
I am an undergraduate with 3 more semesters left and with the majority of my physics core complete, except for quantum theory. I'd like to give my best effort to entering a top graduate school, but I got B marks in E&M I and Classical Mechanics. This semester was a turnaround, with straight A's, including E&M II (which I loved.)

I think that getting an A in grad-level E&M could demonstrate that I know physics core well before entering a PhD program. Question is, how much would I risk getting a grade below an A with a good prof?

And if I do switch into the grad-level course, could you please suggest which of these 400 level courses I can drop as the most "useless" for a serious physics student?

- Theoretical Astrophysics II in the Astro department
- Ordinary Differential Equations II with Stability Theory
- Applied Partial Differential Equations.

I will ask this same question as I've asked repeatedly to all the other posts of this type: Have you discussed this exact issue with your academic advisor?!

For some odd reason, members who post this type of question have often neglected to inform us if he/she (i) has talked to an academic advisor, (ii) if yes, what was the response, and (iii) if no, why not?

The reason for this is (i) we do not know how good of a student you are. We don't know if you are an "A"-averaged student, a "B"-averaged students, or if you are teetering on passing and failing. (ii) we don't know how strong of a competition or the caliber of the graduate students you will have in those graduate classes, and (iii) do you need to boost your GPA so that you can get into more competitive graduate schools?

These are the type of 2-way communications that you need to have with the person who will give you such advice that you are seeking.

Zz.
 
ZapperZ said:
I will ask this same question as I've asked repeatedly to all the other posts of this type: Have you discussed this exact issue with your academic advisor?!

For some odd reason, members who post this type of question have often neglected to inform us if he/she (i) has talked to an academic advisor, (ii) if yes, what was the response, and (iii) if no, why not?

The reason for this is (i) we do not know how good of a student you are. We don't know if you are an "A"-averaged student, a "B"-averaged students, or if you are teetering on passing and failing. (ii) we don't know how strong of a competition or the caliber of the graduate students you will have in those graduate classes, and (iii) do you need to boost your GPA so that you can get into more competitive graduate schools?

These are the type of 2-way communications that you need to have with the person who will give you such advice that you are seeking.

Zz.
Thanks, Zz. I got this idea after the end of the semester - so no, I have not discussed the question with my advisor.

If we rightfully set aside the question of my past and future GPA and aptitude, have you any input on the usefulness of the Astro and two math courses I listed above?
 
yeshuamo said:
Thanks, Zz. I got this idea after the end of the semester - so no, I have not discussed the question with my advisor.

If we rightfully set aside the question of my past and future GPA and aptitude, have you any input on the usefulness of the Astro and two math courses I listed above?

It will be irresponsible for me to offer such an advice, because (i) I don't know how strong your background is in taking those courses (ii) I don't know what you intend to do in graduate school (ii) I don't know how useful those courses are with what you are hoping to do.

Zz.
 
Hey, I am Andreas from Germany. I am currently 35 years old and I want to relearn math and physics. This is not one of these regular questions when it comes to this matter. So... I am very realistic about it. I know that there are severe contraints when it comes to selfstudy compared to a regular school and/or university (structure, peers, teachers, learning groups, tests, access to papers and so on) . I will never get a job in this field and I will never be taken serious by "real"...
Yesterday, 9/5/2025, when I was surfing, I found an article The Schwarzschild solution contains three problems, which can be easily solved - Journal of King Saud University - Science ABUNDANCE ESTIMATION IN AN ARID ENVIRONMENT https://jksus.org/the-schwarzschild-solution-contains-three-problems-which-can-be-easily-solved/ that has the derivation of a line element as a corrected version of the Schwarzschild solution to Einstein’s field equation. This article's date received is 2022-11-15...

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