Schools Are My Chances of Getting into Grad School Good Enough?

AI Thread Summary
The discussion centers on a Canadian student with a combined honors degree in mathematics and physics from the University of British Columbia, who is contemplating applying to graduate school after a year off due to burnout. The student has a 78% overall standing but achieved A's in key physics courses and completed an undergraduate thesis involving photo emission spectroscopy. There is optimism regarding the student's chances of admission to graduate programs, particularly in experimental physics, given their strong performance in relevant courses and research experience. It is noted that UBC may have a cumulative average requirement of 80%, but this is not a common standard across Canadian universities. The student is advised to reach out to graduate advisors and potential professors to gauge interest and strengthen their application. Additionally, it is suggested that the student stay engaged with physics during their break by studying graduate-level materials to refresh their knowledge. The GRE is mentioned as a requirement primarily for U.S. programs, which may not be necessary for Canadian applications.
JabberWalkie
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Hello all. I am wondering what my chances are of getting into grad school. I realize there are other posts on the topic, but everyone is in a different situation so I think this is warranted.

I have what the university calls a combined honors mathematics and physics BSc degree from the University of British Columbia. I am a Canadian student, so going to a Canadian university would be preferable, as the Canadian government subsidizes tuition fees here. Although, I would go anywhere if I can afford it.

I have an overall standing of 78% for my university career. I took many high level mathematics courses, which ended up lowering my overall standing. I simply enjoyed the tough math, even though it did lower my average and was hard as hell. However, in all the courses that count (QM,E&M,Solid State,Statistical Mechanics/Thermodynamics) I got A's.

I spent my 4th year working on an 'undergraduate thesis'. Which is a small research project you work on with the help of a professor. My project had to do with photo emission spectroscopy on YBCO, which was interesting to say the least. I enjoyed working in the lab, everything from tightening bolts to talking about theory and troubleshooting.

Also, during my 4th year I was getting quite burnt out. All those math classes I took ended up stressing me out. So, I decided not to go directly into graduate schooling. Now it is about a year later, and I am feeling the need to do some physics (next fall I guess). It is hard to describe, but there is something missing. I have toyed with being an engineer, but even with the promise of money and many job prospects I still want to work in physics.

I have not taken the GRE yet, but I have not decided 100% to go to grad school yet. I am just testing the waters, so to speak.

Thanks to anyone that takes the time out of their day read this and formulate a response.
 
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JabberWalkie said:
Hello all. I am wondering what my chances are of getting into grad school. I realize there are other posts on the topic, but everyone is in a different situation so I think this is warranted.

I have what the university calls a combined honors mathematics and physics BSc degree from the University of British Columbia. I am a Canadian student, so going to a Canadian university would be preferable, as the Canadian government subsidizes tuition fees here. Although, I would go anywhere if I can afford it.

I have an overall standing of 78% for my university career. I took many high level mathematics courses, which ended up lowering my overall standing. I simply enjoyed the tough math, even though it did lower my average and was hard as hell. However, in all the courses that count (QM,E&M,Solid State,Statistical Mechanics/Thermodynamics) I got A's.

I spent my 4th year working on an 'undergraduate thesis'. Which is a small research project you work on with the help of a professor. My project had to do with photo emission spectroscopy on YBCO, which was interesting to say the least. I enjoyed working in the lab, everything from tightening bolts to talking about theory and troubleshooting.

Also, during my 4th year I was getting quite burnt out. All those math classes I took ended up stressing me out. So, I decided not to go directly into graduate schooling. Now it is about a year later, and I am feeling the need to do some physics (next fall I guess). It is hard to describe, but there is something missing. I have toyed with being an engineer, but even with the promise of money and many job prospects I still want to work in physics.

I have not taken the GRE yet, but I have not decided 100% to go to grad school yet. I am just testing the waters, so to speak.

Thanks to anyone that takes the time out of their day read this and formulate a response.

Absolutely. If you got all A's in your physics classes and have experimental physics research experience/reference letter then I'd say you're a shoe-in if you apply for experimental in Canada. The only Caveat is that UBC might have a retarded 80% cumulative average requirement (I can't rememeber). However, it is the only school in Canada with that requirement.
 
I don't know about "shoe-in" but it's likely you will be able to get in somewhere. Contact the graduate advisors in the departments you're interested into see what your chances are.

Unless things have changed in the last few years, you only have to write the GRE if you're planning on going to the U.S.

Something you may want to think about is how you can 'stay in the game.' It's likely you will have been out of school for two years by the time you start back again.
 
Choppy said:
Something you may want to think about is how you can 'stay in the game.' It's likely you will have been out of school for two years by the time you start back again.

Well, I was thinking about buying some graduate level QM and E&M texts and studying in the meantime. To be sure, I have gotten rusty. Some recommendations along these lines would be appreciated.

Thanks.
-JabberWalkie
 
JabberWalkie said:
Well, I was thinking about buying some graduate level QM and E&M texts and studying in the meantime. To be sure, I have gotten rusty. Some recommendations along these lines would be appreciated.

Thanks.
-JabberWalkie

I honestly think you have nothing to worry about. I had worse marks (though very good letters of recommendation and work experience) and I essentially had my pick of uni's. I'd only add that in terms of application to grad school, remember that you're applying to profs not schools. Find a prof, initiate a dialogue stating an interest, receive a response gauging their opinion AND THEN send in an application. And consider all schools. I ended up choosing one of the better reputation schools I was accepted to (though not the best) but grad school is a different game where a good prof in a less prestigious place can very much be the better choice.

Go through all the website of the Canadian uni's (well those with phys grad departments) and find the profs that interest you and cold e-mail.
 
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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