Physics or Mathematical Physics: Which Major Should I Choose?

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In summary, the person is trying to decide between majoring in physics or mathematical physics at Waterloo University. They are interested in the theoretical aspects of physics, but also enjoy math. They are concerned about missing out on potential interests by choosing one major over the other. They ask for opinions on the pros and cons of each and whether it would be easy to switch between majors. The advice given is to major in physics and take extra math courses to keep their options open for both experimental and theoretical fields in the future. It is also suggested to consider a double major in math. The final advice is to not limit oneself early on and to explore different fields of physics.
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redbeard
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So I want to go into physics at waterloo university, but I'm stuck with deciding whether I should take physics, or mathematical physics.

Mathematical physics seems to be the major in which I'll learn all that beautiful theoretical stuff that I've read about in books (ex: the elegant unvierse). But then again, from my understanding, mathematical physics is also very rigourous in terms of math. I do enjoy math, but I don't know how far my capabilities would take me (85% in gr12 advanced functions)

And now for the physics major, it'd probably be not so strictly formalist in terms of math and such, and it'd also offer more hands-on experience (labs) which is probably important for a career, but then, I think "what if i miss out on some of the stuff that could interest me by taking this instead of mathematical physics?".

So there's pros and cons to each, but I don't know which one to decide on. my questions for you guys are:

-what's the pros and cons to each?
-from what I said, what do you think would be a better course of action for me?
-am i able to switch easily between the majors in case i make the wrong decision?, like they are only partially in the same faculty, and wouldn't i need to take extra courses to be able to pull myself into the other?


thanks for your opinions and advice.
 
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  • #2
My advice is to major in physics and take as many extra math courses along the way as you can, maybe even double major. I think everyone, whether they want to do experiment or theory, should take as many labs and as many math courses as possible.

By doing this you'll still leave your options open to do theory in grad school, but you also won't limit yourself to only doing theory. If your experience is anything like mine, you may realize that you find a different field of physics, maybe even an experimental field, more interesting than anything in Brian Greene's books.

My advice in short:

I don't think you should limit yourself early on when you really haven't been formally exposed to much physics at all. I say do the physics major with extra math courses or a double major in math.

Whatever the decision, good luck to you!
 
  • #3


I understand your dilemma and I can offer some insights to help you make your decision. First, it's important to understand that both physics and mathematical physics are highly rigorous and mathematical fields. So if you enjoy math, both majors will likely be a good fit for you.

The main difference between the two is the focus of the courses. In a physics major, you will primarily study the application of physics concepts to real-world problems and phenomena. This will involve more hands-on experiments, as well as theoretical and mathematical analysis. On the other hand, in a mathematical physics major, you will focus more on the mathematical foundations of physics and the development of mathematical models to describe physical systems. This will involve more advanced math courses and a deeper understanding of theoretical concepts.

One potential advantage of a physics major is that it may provide more practical skills and experience through hands-on labs and projects. This can be valuable for a career in industry or research. However, a mathematical physics major may provide a more theoretical and abstract understanding of physics, which can be beneficial for pursuing a career in academia or theoretical research.

Based on your interest in the elegant universe and your enjoyment of math, I would suggest considering a mathematical physics major. This will allow you to dive deeper into the theoretical concepts that interest you and develop your mathematical skills. However, keep in mind that both majors will likely have some overlap in courses, so it may be possible to switch between them if you find that one is not the right fit for you.

I would also recommend talking to academic advisors and professors in both departments to get a better understanding of the course requirements and career opportunities for each major. They can also provide more specific advice based on your interests and goals.

In terms of switching between majors, it is possible but may require taking extra courses. It's important to plan carefully and consult with advisors to ensure a smooth transition if you do decide to switch.

In the end, it's important to choose a major that aligns with your interests and strengths. Whichever major you choose, both physics and mathematical physics are fascinating and rewarding fields of study. Good luck with your decision!
 

What is the meaning of "Choices, choices, choices"?

The phrase "Choices, choices, choices" refers to the idea that we are constantly faced with decisions and have to make choices in our lives. It highlights the importance of making thoughtful and deliberate choices in order to achieve our goals and live a fulfilling life.

Why is it important to make good choices?

Making good choices is important because they can have a significant impact on our lives and the lives of those around us. Good choices can lead to positive outcomes, while poor choices can result in negative consequences. Making good choices also allows us to align our actions with our values and goals.

How can we improve our decision-making skills?

Improving decision-making skills involves being aware of our own biases and thought patterns, gathering information and considering multiple perspectives, and weighing the potential outcomes before making a decision. It also involves practicing self-awareness and reflection to understand our motivations and values.

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How can we make difficult choices easier?

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