Programs Electrical Engineer/Physics Double Major

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The discussion revolves around a third-year double major student at Georgia Tech in electrical engineering (EE) and physics, contemplating whether to drop the EE major to focus solely on physics. The student is on track to complete both degrees in five years but is considering graduating in four years to take additional math and physics courses, particularly in preparation for graduate school in physics, with a focus on quantum computing and quantum information processing. The student is weighing the benefits of the EE major, including relevant courses in signal processing and semiconductors, against the potential drawbacks of extending their studies and financial burden. Concerns are raised about how the decision might impact graduate school applications, particularly regarding the ability to take more advanced physics and math classes if the EE major is dropped. The discussion also touches on the student’s deep interest in quantum research and the rationale behind choosing the current academic path.
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Sorry to bring up yet another topic about such hackneyed subject, but I've reached the point in my academic career where I need to start making some important decisions, and I could really use some advice.

I'm currently a 3rd year double major at Georgia Tech in electrical engineering and physics. I started out as a physics major and added on electrical engineering at the beginning of my 2nd year. The reason I did this was I was currently set to graduate in 3 years, my semesters were already pretty light compared to most other students (at least in the amount of work I needed to do), I wanted to take advantage of one my school's high ranked engineering programs, I was already very interested and EE, and I wasn't really sure what I wanted to do when I graduated.

So this brings me to my current problem at hand. After a year and a half of having a double major, I've decided that I'm going to go to grad school for physics, and I was wondering if I should drop my EE major and just focus on physics. I'm currently on track to complete both degrees in 5 years, but if I drop EE I'll probably graduate in 4 years and take several extra math and physics courses. I'm interested in the field of quantum computing/quantum information processing and plan on focusing on that in grad school. I've talked to several EE advisers who've said that those are some important fields in EE as well.

I'm not really sure if I should keep the major or drop it. I know I can benefit from the signal processing and semiconductor courses I'll be taking, but I don't know if it's worth staying the extra time and spending more money to get another degree. I'm also concerned about hurting my chances of getting into the graduate school of my choice. Because I am completing another major, I won't be able to take as many physics or math courses as I would like to. If I drop the major, I can take more math classes like abstract vector spaces and PDE's. I plan on applying to the top graduate programs in the country, and I'm trying make myself the best candidate as possible.

Can anyone shed some light on this? Should I keep the major and go the 5 years? Or do you think it'd be better to drop it and focus on my physics degree. Thanks in advance for any input guys!
 
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I'm interested in the field of quantum computing/quantum information processing

How deep does your interest in that field go?
 
I've always been really interested in it. Additionally, my favorite topic in EE is also signal processing. At the very least, I would like to get involved in quantum research and/or quantum theory. There might be other fields in quantum that I might want to get involved in instead, but at the moment that's the field I'm most interested in.
 
Why didn't you do your physics degree first, and then do a second bachelor's degree in ee?
 
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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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