Studying physics in universities

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SUMMARY

Studying physics at the undergraduate level provides a solid foundation for pursuing advanced topics such as black holes, quantum mechanics, and relativity. While many universities do not offer specialized courses in theoretical physics, students can still transition into this field by focusing on essential coursework in classical mechanics, quantum mechanics, statistical mechanics, and advanced mathematics. Graduate studies typically involve a deeper exploration of these subjects, culminating in research and a thesis for a Ph.D. Continuous engagement with mathematics throughout one's education is crucial for success in theoretical physics.

PREREQUISITES
  • Understanding of classical mechanics
  • Knowledge of quantum mechanics
  • Familiarity with statistical mechanics
  • Proficiency in advanced mathematics, including ODE, PDE, and vector calculus
NEXT STEPS
  • Research graduate programs that offer theoretical physics specializations
  • Explore advanced mathematics courses relevant to physics
  • Investigate research opportunities in black hole physics and quantum mechanics
  • Study the differences between theoretical and experimental physics in Ph.D. programs
USEFUL FOR

Students pursuing a degree in physics, aspiring theoretical physicists, and anyone interested in advanced research topics in quantum mechanics and relativity.

startic84
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A couple of questions...please help to answer =)

Assuming i have gotten my degree, and i studied physics, is it possible to further my studies to the Masters' level studying things like black holes, in depth quantum mechanics and relativity; and then join a research team and do research on the topics i mentioned above while, probably, after my Masters', write a thesis to prepare for the Ph.d?

Im asking this because the topics i mentioned don't seem to be covered sufficiently/extensively in an ordinary physics course in colledge. I'm rather concerned for my career, in the future; in my country none of the universities offer a course in theoretical physics, so i wonder if an education in colledge physics has what's needed to study, research and work on the topics i mentioned above.(i.e stuff from theoretical phycics).

Since most of the reknown physicsts have a Ph.D. in theoretical physics, does it mean they have to start studying theoretical physics, exclusively, right from the degree stage to prepare for theoretical physics work later on in their life?

Is it impossible/difficult to go on to take up theoretical physics in colledge right after studying ordinary physics?
 
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While the exact course work varies from university to university I believe that the normal approach is that for an undergrad degree you get the first time through for Classical, Quantum and Statistical Mechanics as well as Electro Magnetism. In conjunction with these subjects you will be expected to be taking mathematics, ODE and PDE in addition to vector calculus.

The first 2 years of grad school will simply be a 2nd time through of the same material plus any specialization courses. The last 2 years will be spend doing research and additional course work in your specialty. Math is a constant, of course, you must be taking the math courses which are required to fully comprehend your physics courses.

The difference between Theoretical and Experimental physicist comes in the final years of the PhD work.
 
Many thanks for your taking of time off to reply.

So you're saying that if i continously take up maths modules during my course of study(physics), then i can, in the later stages of my life, study/research/work on stuff categorised under the title theoreteical physics eventhough i took up a course, explictly state as physics, and not theoretical physics?
 

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