How hard do you think it would be to Google something like "who are the current leaders in theoretical physics" and then look up whether or not they have a degree in math? I did that and the result is easily obtained and definitive.garra said:
While I agree with your point, here is one of thise cases where Google bobbles it. About a third of "the current leaders in theoretical physics" are dead,phinds said:
I had a friend who was studying physics and math at uni. I was worried that my only physics degree wouldn't be enoughVanadium 50 said:
Which totally avoids any response to my statement.garra said:
Yeah, but before they died, they didn't have math degreesVanadium 50 said:
Nor after, for that matter.phinds said:
Based on a quick Google search, many universities have procedures for awarding posthumous degrees.Vanadium 50 said:
Having a formal double major or a major/minor in Physics and Math is less important than the actual math courses you've taken.garra said:
garra said:
Yes. Im so embarrassedrobphy said:
Haborix said:
You are right, a single link is enough:martinbn said:
Define ”excellent”, ”theorist”, and ”math degree”haushofer said:Also, I ended up being an excellent theorist without a math degree
Dyson never got a PhD.Vanadium 50 said:
I'll probably end up being disappointed, so let me keep my illusionsOrodruin said:Define ”excellent”, ”theorist”, and ”math degree”
Yes, it is possible to be a good theorist without a formal degree in math. Many successful theorists have backgrounds in physics, computer science, or other related fields. The key is to develop a strong understanding of mathematical concepts and techniques relevant to your area of interest.
There are several alternative paths you can take to become proficient in mathematics. Self-study through textbooks, online courses, and educational platforms like Khan Academy, Coursera, or edX can be highly effective. Additionally, attending workshops, seminars, and collaborating with mathematicians can provide valuable insights and guidance.
While formal education in mathematics can provide a structured and comprehensive foundation, it is not the only path to success in theoretical research. Practical experience, problem-solving skills, and the ability to think critically and creatively are equally important. Many theorists have made significant contributions through self-directed learning and interdisciplinary collaboration.
Absolutely. Collaboration with mathematicians can be a valuable way to compensate for a lack of formal education in math. By working with experts, you can gain insights, learn new techniques, and develop a deeper understanding of mathematical concepts. Collaborative projects can also lead to innovative and impactful research outcomes.
To be a successful theorist without a math degree, focus on developing strong analytical and problem-solving skills. Learn to think abstractly and conceptually, and become proficient in the mathematical tools and techniques relevant to your field. Additionally, improve your ability to communicate complex ideas clearly and collaborate effectively with others.